The Blood & Marrow Stem Cell Transplantation Program
- About Transplantation
- Becoming a Patient
- Preparing for Your Transplant
- Cellular Therapy Laboratory
- During Your Transplant
- Care During Transplantation
- Transplantation and Other Treatments
- Going Home
- Blood and Platelet Transfusion
- When to Call the Doctor
- Research
- Glossary
About Transplantation
Welcome to the Blood and Marrow Stem Cell Transplantation Program at The Cancer Center. We recognize that the prospect of undergoing a transplant may be daunting, therefore, we intend to make you and your loved ones as comfortable as possible during every step of treatment and aftercare.
The Blood and Marrow Stem Cell Transplantation Program at The Cancer Center is one of the 10 largest in the United States, with more than 250 transplants performed here each year. The program's medical team delivers the latest, most advanced care; conducts international clinical research trials; and innovates cutting-edge treatment approaches. Our stem cell transplantation team has trained and/or practiced at many of the leading transplantation centers in the nation, including the Fred Hutchinson Cancer Research Center in Seattle, Memorial Sloan-Kettering Cancer Center in New York City, and Temple University Medical Center, the University of Pennsylvania, Fox Chase Cancer Center, and Jefferson Medical College of Thomas Jefferson University, all in Philadelphia.
Over the past two decades, blood and marrow stem cell transplants have offered new hope to people with cancer, blood diseases, and immune deficiency conditions. Stem cell transplantation has matured progressively from being an experimental treatment to one that is standard for many types of cancer and serious blood disorders. In recent years, the techniques involved in blood and marrow stem cell transplantation and their success rates have improved significantly. Many of the advancements in the way transplantation is performed and the procedure's ability to bring about a cure have been accomplished due to the innovative clinical trials and research studies that take place every day at The Cancer Center.
Becoming a Patient
You may refer yourself directly to the program by calling the transplantation office at (201) 996-5849. Your hematologist/oncologist may refer you to one of the program's transplant physicians. You will be advised as to what steps are necessary to begin the consultation process. You may be asked to forward several types of medical information before your first appointment, including a medical history, treatment history, laboratory results, X-rays, CT scans, and/or MRI films. You must bring your insurance card and any referral forms or pre-certification information that your insurance carrier requires.
Hackensack University Medical Center is easily accessible from Newark Airport, the Garden State Parkway, the New Jersey Turnpike, and from routes 80, 46, and 3. There are numerous hotels and motels in the Bergen County area, which are located within a 10-mile radius of the medical center.
Preparing for Transplantation-Examinations and Tests
Entering the transplant program in the best possible health maximizes your chances of a favorable outcome and lowers your risk of complications. To make sure you are physically prepared for your transplant therapy, your doctor will tell you of some medical exams you should have prior to treatment. These include:
- A dental exam: Your dentist will examine you and treat any possible sources of infection before your transplant. He/She may recommend fluoride treatments to help prevent decay. Your dentist will need to send a letter or call the Transplantation Office at (201) 996-5849 to let us know that you have been cleared to proceed with your transplant therapy.
- A gynecologic exam: All women need to have a gynecologic exam before transplant therapy to treat any possible infections. A Pap smear is not required. During your hospitalization for your transplant therapy, your doctor may place you on hormonal therapy to temporarily suppress menstruation. Your gynecologist will need to send a letter or call the Transplantation Office at (201) 996-5849 to let us know that you have been cleared to proceed with the transplant.
- Your diet: It is not necessary to be on a special diet before your transplant or to take more vitamins or gain weight in advance. Our staff will help you plan for your nutritional needs. If you are over- or underweight now, however, ask your doctor how to achieve your normal weight before your admission to the hospital.
- Sperm banking: Chemotherapy and radiation can cause a man to become sterile (unable to have children). If you are interested in storing your sperm in a sperm bank before your transplant, ask your doctor for information. Your ability to engage in sexual relations should not be affected by your transplant.
- Tests: Before you are admitted to the hospital for your transplant, we will perform a number of tests to establish baseline information. This will tell us how your body is functioning now and will help us to evaluate any changes that occur during or after the transplant. We may perform these tests and possibly others:
- An audiogram: a hearing test to determine the level of your hearing at various sound frequencies
- Blood tests: to determine your blood counts and the chemical composition of your blood. We will repeat these tests and others frequently throughout hospitalization.
- Bone marrow aspiration and biopsy: to provide a sample of your bone marrow
- Chest X-ray: an X-ray showing your lungs, heart, and ribs
- Cardiac (MUGA) scan: to measure how well your heart is functioning
- Computerized axial tomography (CAT or CT) scan: a special X-ray that will provide images of your soft tissues and bones. It will also provide measurements of your chest to help us plan radiation treatments, if necessary.
- Electrocardiogram (EKG): a test that measures the electrical activity of your heart.
- Echocardiogram: a record of the size and motion of your heart
- Magnetic resonance imaging (MRI): a special imaging test that is similar to a CAT scan
- PET scan
- Pulmonary function tests (PFTs): breathing tests to assess how your lungs function
- Urinalysis: an analysis of a urine sample
Preparing for Your Transplant
Cellular Therapy Laboratory
The Stem Cell Processing and Applied Research Laboratory at The Cancer Center comprises 2,050 square feet, with 900 square feet dedicated to developmental research and general administrative functions and 1,150 square feet for clinical laboratory activities. The preparation of cells for more than 250 annual blood and marrow stem cell transplants is performed in the laboratory, with a maximum capacity of 1,200 per year. More than 700 procedures are performed in the laboratory, with maximum capacity of approximately 2,500 per year.
The clinical laboratory suite (the Clean Room) has been engineered to meet with access, containment, and air quality specifications, consistent with the current Good Manufacturing Practices (cGMP) typically observed in the pharmaceuticals industry. The Clean Room specifications meet the highest standards of air quality, directional flow, and cleanliness required for the performance of a range of clinical laboratory activities, including standard cell processing through the most sophisticated cellular manipulations. This space is subdivided into five rooms, with varying levels of environmental control, each optimized for a specific set of activities:
- The Gowning Room: Personnel access to the Clean Room is controlled through Room 131, an air-lock design gowning room. Within this secure space, authorized personnel scrub and gown up prior to entrance into the work areas. It is through this space as well that all supplies and reagents required to perform the laboratory activities enter the facility.
- Accession and Distribution: All human cellular products gain access to and are distributed from the facility through a wall pass-through, directly into and from Suite 130 (Accession and Distribution). Here, each product is formally received by the staff and logged into the laboratory accessioning system. Processing orders are verified and work assignments are made. At the completion of processing and following preparation for release (distribution), each cell product receives its final examination and is packaged within this room. It is issued through either one of two wall pass-throughs, depending upon whether it will be transported to another facility or transfused to a patient in the adjoining outpatient transfusion room, where patients receive their cellular therapy.
- The Cellular Therapy Laboratory: The largest of the rooms in the clinical laboratory suite is the Cellular Therapy Laboratory, where routine cell processing activities are performed. This room provides Class 100,000 air quality and its activities include, but are not limited to, hematopoietic progenitor cell cryopreservation, donor leukocyte preparation, and CD34 selections. In addition, cellular assays designed to assess the functional viability, cellular characteristics, and effectiveness of the products for their intended use are performed in this room.
- Ex Vivo Expansion: This Class 10,000 hepa-filtered space is the larger of two spaces within the suite that meet this stringent air quality specification. This room is equipped with the pre-production version of the Aastrom Cellular Production System (RepliCell) designed for ex vivo expansion of bone marrow, placental cord blood, dendritic cells, gene insertion, and other human cell manipulations for transplantation. There are currently 12 RepliCell incubators available in this room, and depending upon the patients' treatment protocols, cells from three to 11 patients can be processed at the same time. The room has been designed with space for at least 12 additional RepliCell incubators, bringing the maximum load capacity to between seven and 23 patients.
- Thawing and Preparation: This Class 10,000 hepa-filtered space is the smaller of two spaces within the suite that meet this stringent air quality specification. Preparation of cells for infusion takes place within this room using protocol-specific procedures. Activities include, but are not limited to, thawing, washing, and labeling of cellular products for distribution.
Adjacent to and connecting the remainder of the facility and the Clean Room is the 200-square-foot freezer room. Hematopoietic progenitor cells are cryopreserved and stored in a frozen state within this area. The facility is capable of storing more than 2,400 products at the same time within continuously monitored conditions 24 hours a day. Storage temperatures are maintained through the use of liquid nitrogen (LN2) at temperature ranges between -85°C and -196°C, depending upon the treatment protocol and intended duration of storage. LN2 is continuously available and supplied from a 950-liter bulk supply system located at the ground level, four floors directly below the laboratory. Due to its unique dual access points, the freezer room also provides a route for personnel and trash to exit the Clean Room without risk of cross-contamination of the Gowning Room.
The remaining 700 square feet is divided into general administrative and developmental research space. Within the research laboratory, up to two research scientists can evaluate, refine, scale-up, and validate new procedures for transfer into the Clean Room. The administrative space contains offices for the director and manager of the Laboratory, a conference room, a receptionist's area, and storage for general supplies.
During Your Transplant
Harvesting
An important step in a blood or marrow stem cell transplant is called "harvesting." This is the procedure that we use to obtain the stem cells needed for your transplant. These cells may be harvested from you, a relative, an unrelated donor, or from an umbilical cord. There are two ways to harvest cells:
Bone Marrow Harvesting
During bone marrow harvesting, we remove a small portion of bone marrow during an outpatient procedure that is performed in an operating room at our Same Day Surgery Center. You or the donor will be given general or spinal anesthesia. The physician who is performing the harvest will use a syringe - the same size as the one used for your bone marrow aspirations and biopsies - to take bone marrow from your or the donor's hips and/or breastbone (sternum). The amount of marrow he/she will take depends on your weight and your particular illness. The donor's body will replace this marrow in about two weeks.
After the doctor has obtained the amount of marrow needed, you or the donor will stay in the recovery room for about one or two hours and then be discharged to go home.
The dressings placed over the sites where the marrow was taken are to prevent any bleeding. These dressings should be removed 24 hours after the procedure. Leaving them on longer may cause an infection under the bandage. You or the donor may find it easiest to remove the dressings in the shower when they are wet.
You or the marrow donor may feel some soreness at the sites where the marrow was taken after the anesthetic wears off. Your physician may prescribe pain medicine to take at home. You or the donor:
- MUST NOT take aspirin, products containing aspirin, or ibuprofen unless the doctor prescribes it. Warm soaks applied to the sites will help relieve the pain and stiffness. Walking, general movement, and warm showers will also help to relieve these symptoms.
- MUST NOT take a tub bath for two days after the procedure. Showering is permitted.
- MUST eat a well-balanced diet high in iron. Include six to eight glasses of fluid each day. Check with your doctor about taking vitamin supplements.
- MUST check with the doctor about returning to work.
You or the donor should call us if you/he/she:
- notices bleeding from the harvest site(s)
- notices redness or drainage at the harvest site(s)
- develops chills and/or fever
- develops a persistent cough
Blood Stem Cell Harvesting
Blood stem cell harvesting is an outpatient procedure to obtain stem cells for use in your transplant therapy. These cells can help you to recover from the effects of high-dose chemotherapy and radiation therapy. Blood stem cells grow into bone marrow and make blood.
To obtain the stem cells, doctors will place catheters (thin tubes) into your veins and collect blood into a leukapheresis machine. This process takes some elements of your blood that are needed for the transplant and then returns the rest of the blood to you.
During this procedure - which takes between two and four hours - you will be awake and will be able to watch television, eat, or chat with friends. The procedure is generally painless, although some people experience a temporary buzzing in their lips or they feel muscle cramps. When this session has been completed, you may go home. It may take from two to five collection sessions to obtain enough blood stem cells for a successful transplant.
Chemotherapy Treatment
Patients undergo a period of high-dose chemotherapy treatment. This treatment is usually done on an inpatient basis.
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Infusion/Transplantation
The actual transplantation procedure for bone marrow or blood stem cell infusion is quick and relatively simple. Whether you are receiving your own bone marrow/stem cells or bone marrow/stem cells from a relative or someone who is not related to you, the transplant will resemble a blood transfusion and can take as little as 30 minutes or up to four hours to complete. There are generally few side effects.
If receive the type of transplant therapy where the marrow or blood stem cells have been stored in a freezer, the blood transfusion takes about 15 to 30 minutes and will be administered by your transplant physician.
During an infusion that uses frozen and then thawed marrow or stem cells, you will smell and taste a garlic-like odor or flavor. This is from the preservative DMSO (Dimethyl Sulfoxide) that is used during the process of freezing the cells that will be given to you. This taste and odor may persist for about 30 minutes, after which you'll probably become used to it. The garlic-like odor may also be detected in your urine, stool, saliva, and perspiration. This odor may be noticeable to those around you for two to four days after the infusion, but it will disappear completely within a week.
You may experience some common side effects during the infusion. These include fever, chills, nausea, vomiting, abdominal cramping, and diarrhea. You will be given pre-medication 30 minutes before the actual infusion to reduce these potential side effects. In addition, you may notice your urine turning a reddish-burgundy color after the infusion. Your urine should return to its normal color within 24 hours.
Engraftment
After receiving high-dose chemotherapy within the medical center or outpatient setting, autologous transplant patients are permitted to complete their transplant treatment while staying nearby, outside the hospital. These patients must return to The Cancer Center’s ambulatory unit each day for observation until they are discharged to their homes.
If you are required to remain hospitalized, you are encouraged to make your room and stay as much like a home environment as possible. This includes wearing your own clothes (sweat pants, shorts, T-shirts, nightgowns, and pajamas are suggested), blanket or comforter, pillow, photographs, posters, etc. However, please check with your nurse for approval and any special cleansing procedures that might be necessary.
You will be staying in The Benito and Carmen Lopez Stem Cell Transplantation Center, located on the eighth floor of the Hackensack University Medical Plaza. The Center contains 19 private bedrooms, two of which are isolation rooms. All patient rooms are large and allow for family care. Each room’s amenities include a large 37-inch interactive plasma screen television for patient education and entertainment, a built-in desktop writing/work surface, a guest sleeper chair, storage cabinets, and a full height wardrobe for patient use. Each room has a handwash sink within the bedroom as well as its own exclusive toilet/shower room.
Because patients remain on the unit for many weeks, the physical environment of the Benito and Carmen Lopez Stem Cell Transplantation Center is designed for a high level of infection control and cleanliness – allowing for patient mobility throughout the unit. Some of the features that enhance and contribute to the unit’s physical environment include HEPA filtration for the entire unit, multiple air changes as prescribed by code, air pressure monitoring, airtight-sealed partitions, sheet vinyl flooring, and sealed, washable ceilings.
Recovering Off-site
Staying in nearby accommodations outside the medical center improves the morale of patients by shortening the hospital confinement time. This program has also been associated with a very low infection rate and more rapid recovery of eating and overall strength. Patients in the outpatient protocol are carefully monitored each day in The Cancer Center’s ambulatory unit and have quick access to nursing and hospital care at night, if needed.
Going to an off-site facility may cause some anxieties. To lessen your concerns, we want to describe your care during this period. You will need to come daily to The Cancer Center to see your physician and other members of your healthcare team and to receive blood transfusions, IV fluids, physical therapy, and other services. Psychotherapists will also be available to meet with you as needed during this time. To receive the necessary care, you will need to spend the entire day in The Cancer Center’s ambulatory unit with the transplant team.
In addition, a dietitian will be available to discuss any concerns you may have. He/she can help you to choose the appropriate diet to meet your personal needs. Lunch will be provided for you in The Cancer Center’s ambulatory unit. A daily menu will be given so you may have your evening meal prepared.
When you return to your off-site facility, it is necessary that a designated caregiver, such as a family member, friend, or aide from an agency, remain with you overnight. Your caregiver is there to give you emotional support and to assist you until you regain your strength. A visiting nurse will be available in the evening to provide medications, IV fluids, and any follow-up care you may require.
Since you will be spending the day with the transplant team, we can usually anticipate your needs after you leave The Cancer Center. It is a natural feeling to be concerned that a Cancer Center staff member is not with you at night. But most of your concerns can be managed by your transplant physician and visiting nurse. A transplant physician and the rest of the transplant team are on call at night to address any of your concerns or changes in your care.
In the event that you experience any of the following, please notify the transplant hospital ward (201) 996-4495 immediately:
- Temperature greater than 100.5o F
- Shaking and/or chills
- Nausea and vomiting not relieved by medication
- Bleeding not controlled by the application of pressure
- Bloody stools or urine
- Pain not controlled by medication
- Dizziness or feeling of faintness
- Burning on urination
- Headache
Based on the decision of your transplant physician and the observations of the visiting nurses, you may be re-admitted to The Benito and Carmen Lopez Stem Cell Transplantation Center.
Care During Transplantation
Staying Active
During your hospitalization, it is important that you keep physically active. This will help you to stay healthy. We encourage you to keep active by walking in your room and sitting in a chair as much as possible. Avoid lying in bed for prolonged periods of time, because it can affect your recovery and transition back to normal daily activities.
Upon your admission to the hospital, a consultation with a physical therapist will be held to help you plan an appropriate activity regimen. A stationary cycle and arm and leg weights may be incorporated into your activity schedule. Your therapist will visit every day to guide and assist you through your specially tailored exercise program.
During your transplant treatment and recovery period, your nurses, the transplant team, your doctor, and others will help you to take care of yourself. Taking an active role in caring for yourself is important for you to recover more quickly. During the period of your transplant treatment, you may feel fatigued and weak at times and may not want to take care of yourself in certain ways. You may feel that it is easier to sleep and let others do things for you.
Try to remember that inactivity can lead to increased weakness, pneumonia, and even bedsores. The more involved and active you are in caring for yourself, the better you will feel and the easier it will be for you to move toward recovery and going home.
Our goal during your transplant treatment is to maintain as much normalcy as possible and help you to stay as healthy as possible. Below is a list of activities we want you to perform during your transplant treatment.
During your stay in the hospital and/or during outpatient therapy, a nurse will help you assess your ability to perform these activities regularly. If you are staying at an off-site facility, you and your caregiver will be fully responsible for the activities that take place in the evening and night hours. You will have immediate access to a nurse and doctor by telephone at all times. You may have nursing visits at night if you require IV medication or fluids.
Your self-care plan will be individualized to your special needs and can and will be changed as your needs change. While you are in the hospital, the specialized medical, nursing, and self-care you need is very important. Discussed below are care regimens and precautions that are vital to your recovery. These describe the everyday routine you can expect while you are hospitalized for your transplant:
Daily Activities
- Take a shower using special antibacterial soap every day. It will be extremely important to keep yourself clean to guard against infection. You will wash from neck to toe, starting with your neck, followed by your arms and torso. You will then wash the lower areas of your body, saving your legs and feet for last. Use friction when washing and pay special attention to your underarms, breast folds, and groin areas. These are moist areas that can grow and harbor germs. The lather from the antibacterial soap should be allowed to stay on these areas for a minute before being rinsed. After each bowel movement or urination, you will have to wash these areas with betadine and pat dry. You may shampoo your hair once a day with regular shampoo.
- Perform a special mouth-care regimen four times per day (after each meal and at bedtime). Throughout your stay, your mouth should be kept as clean as possible. Good oral hygiene will help to prevent infection and lessen the severity of mouth sores, which can occur as a result of radiation and chemotherapy.
This mouth-care regimen must be performed even if you do not eat. If you have mouth sores and they become severe, we may increase the frequency of cleansing to every two or four hours. If your mouth becomes painful, we can give you pain medication. This will make the regimen much more tolerable, so it is important for you to let us know if you need it. While your blood counts are low, oral infections may occur. You will be given disposable foam sticks to swab your mouth clean.
When your platelet count is low, your gums are more likely to bleed, hence, you cannot use a regular toothbrush or dental floss. Your mouth-care regimen will consist of swabbing and rinsing your mouth with sodium bicarbonate water.
Next, you will use an oral antifungal solution. These agents prevent infections and will help to soothe your mouth. Mycostatin is an oral liquid that you will first swab with, then swish and swallow. For those who find the Mycostatin distasteful, Mycelex lozenges can be prescribed instead. These should not be chewed, but rather allowed to dissolve in the mouth in order for them to be effective. A germ-killing solution called Peridex may also be prescribed. After you have taken any of these agents, you cannot eat or drink for 20 to 60 minutes. This maximizes the effectiveness of these medications. Commercial mouthwashes and toothpaste are not to be used, as these will be extremely irritating to your mouth and throat.
While your platelets are low, you should also avoid licking your lips excessively, because doing so can cause chapped and cracked lips, which may lead to bleeding. The nurses will provide you with a lubricant to apply as needed to keep your lips moist. If you prefer, you may bring in Chapstick, Blistex, or Carmex from home.
- Use an incentive spirometer to perform breathing exercises four times per day.
- Exercise with a physical therapist once every day and two times by yourself for a total of three times per day.
- Cleanse yourself with a special antibacterial betadine soap after going to the bathroom, and wash your hands before and after eating to prevent the spread of germs.
- Weigh yourself each morning and tell your nurse how much you weigh. If you retain fluids, you may be weighed twice daily, once in the morning and once in the evening. While you are in the hospital, your blood pressure, temperature, pulse, and respiration (vital signs) will be checked every four hours around the clock, and more frequently if your temperature and condition are unstable. Your nurse will awaken you to take these vital signs.
- You will need to eat a special diet called a neutropenic diet. (You will learn more about this in the “Nutrition” section.) Order your meals every day and eat them sitting in a chair rather than in bed. Record and/or inform your nurse of everything you eat and drink. Record and/or inform your nurse of the amount of urine and stool output.
- Take all of your medications as instructed.
- Take or allow your nurse to take and record your temperature every four hours.
- Wear your sanitary mask in public areas such as the hospital corridors, the doctor's waiting room, your off-site facility, and travel to and from The Cancer Center if you are staying outside the medical center.
- Inform your doctor and/or nurse of any problems or concerns at any time of the day or night, whether you are in the ambulatory outpatient unit or staying at the hotel. It is very important to report the following problems to your doctor or nurse immediately:
- Fever of over 100.5o F
- Difficulty or inability to take medication
- Ineffectiveness of any medication
- Persistent diarrhea or vomiting
- Bleeding of any kind
- Pain or drainage from or near your catheter
- Difficulty breathing
- Severe headache, dizziness, or blurred vision
Preventing Infection
During your stay, we want to protect you from germs to reduce the risk of infection when your white cell count (also known as your absolute neutrophil count) is low. White cells are infection-fighting blood cells, and when your count is low you are more susceptible to infections.
When your white cell count falls below 1,000/mm3, "infection precautions" will begin. During this phase, all family members, visitors, and staff must wash their hands thoroughly with antibacterial soap before entering your room. If you are a bone marrow recipient, people must put on a mask and gloves before entering your room. Your door will remain closed at all times. However, there is a small window in the door so the nursing staff can always see and check on you.
For blood stem cell recipients: Only handwashing, as described above, is required. There will be a sign on your door reminding all visitors that you are on infection precautions and that these practices must be followed. Having people follow these preparations protects you from germs that they may be carrying on their clothes and skin, and when they breathe in your room. If for any reason you must go outside your room (e.g., for a test), you will need to wear protective clothing.
Personal items from home or received as gifts may be brought into the room. They will first need to either be cleaned in a washing machine, wiped down with rubbing alcohol, or removed from a sealed wrapper. Unfortunately, no fresh flowers, plants, or fruits are allowed in your room, as they may harbor bacteria that can be harmful to you. Silk or plastic flowers and balloons are permitted. Please ask your nurse or clinical specialist what items you may bring in and any special preparation they may need.
Catheter Care
A central venous catheter will be inserted prior to your coming into the hospital for your transplant. During your hospitalization, the dressing will be changed on a Monday-Wednesday-Friday schedule. If the dressing becomes loose, wet, or drainage is evident, the dressing must be changed promptly.
How to Prevent Bleeding
While your platelet count is low, you will have an increased risk or tendency to bleed. Because of this, you will need to take special precautions:
- Use only an electric (battery-operated) razor when shaving.
- Use safety measures to prevent falls or accidents, such as wearing shoes or slippers with rubber soles when walking in your room.
- Do not use nail clippers or scissors to cut your fingernails or toenails. Use only an emery board.
- Avoid scratching your skin, especially if it is dry. Apply body lotion if your skin becomes dry, except while undergoing radiation treatments.
- Avoid blowing your nose excessively. It is important that when you do blow your nose, you do so gently.
- Use foam sticks when performing your mouth care.
- Your nurse will be monitoring you closely for signs and symptoms of bleeding. It will be important to save all your urine and stool so that they may be checked by your nurse for the presence of blood.
Nutrition
Upon your admission to the hospital, a consultation with a dietitian will be held to discuss any nutrition concerns you may have. Your dietitian will help you to plan an appropriate diet to meet your personal needs and preferences. She/He will be available to you throughout your hospitalization if you have concerns or your dietary needs change.
Initially, when you enter the hospital, you will be allowed to eat a regular diet. When your absolute neutrophil count (ANC) falls below 1,000/mm3, approximately five to seven days after the start of chemotherapy, you will be placed on a neutropenic diet. During this time, as a transplant patient, you must avoid certain foods. These include all raw, fresh fruits and vegetables (including any fresh fruit or vegetable garnishes), all herbs and spices added after cooking (including pepper), shellfish, and unpasteurized dairy products (for example, yogurt).
For times when you feel like eating, a small supply of packaged foods may be allowed in the room. These foods must not remain in the room for more than several days. No one except you is permitted to eat in your room.
As a result of chemotherapy and radiation therapy, your appetite will decrease and your tastes may change. If you develop mouth sores, eating will be uncomfortable. Some patients receive total parenteral nutrition (TPN), an intravenous solution of carbohydrates (sugar), vitamins, minerals, and other nutrients. These essential nutrients provide a concentrated source of calories. They will be closely monitored to ensure that you maintain good nutrition. As your appetite increases, the TPN will be tapered down so that IV fluids and normal eating together will meet your nutritional needs.
Here are some suggestions to help your appetite:
- Eat small meals frequently.
- Avoid hot or spicy foods. Select foods that are normally served cold or at room temperature.
- Avoid liquids at meal times. Instead, drink them 30 to 60 minutes before eating. This will help to decrease nausea.
- Keep snacks such as hard candies and packaged cookies available at your bedside.
- Take advantage of the times when you are feeling well and eat then.
- Do not be afraid to experiment with food, because your tastes will change over time from the medications you'll receive.
- Increased activity can help stimulate your appetite.
- Try soft foods such as ice cream and ices, mashed potatoes, etc.
- Eat slowly so that only small amounts of food enter your stomach at one time.
- Chew your food well so that you can digest it more easily.
Visitors
Visitors who are unfamiliar with the hand washing and infection control precautions, and those who wish to bring something into the room must first check with your nurse. If your family and friends have been ill or exposed to someone with a cold or the flu, they should not visit, since they could transmit their illness to you. Visitors are permitted as long as they are free of infectious diseases, have not had contact in the past 21 days with someone who has chicken pox, and are able to wash their hands properly and put on a gown. Visitors are not allowed to sit on your bed or use your bathroom. It is not advisable to have small children visit.
Transplantation and Other Treatments
Depending upon the type of disease for which you are being treated, your doctor may prescribe chemotherapy and/or radiation therapy as part of your treatment plan.
Transplantation and Radiation Therapy
Not everyone who has a blood or marrow stem cell transplant undergoes radiation therapy, but it can be a very effective treatment for many cancers and blood diseases. If radiation therapy is part of your treatment plan, you will meet the radiation therapy team before your admission for your transplant.
Prior to beginning radiation therapy, you will undergo "simulation," which is a preparation session before your treatment actually begins. Simulation consists of taking several special X-rays and body measurements. These are needed, in some cases, to make lead shields, which are worn during radiation therapy to protect organs that are sensitive to radiation, such as your lungs.
In some cases, radiation therapy is administered before a patient is admitted for his/her transplant. These treatments may be administered to a person's whole body or to the areas of the body that have the disease. They may be administered every day for several weeks or two or three times daily over several days. Each treatment may take from 10 to 30 minutes.
Having radiation treatment is similar to having an X-ray. You will not see, hear, or feel the radiation. You may, however, experience some nausea following the treatments.
Radiation Treatment Do’s and Don'ts
There are a number of precautions you should take to ensure that your radiation therapy proceeds successfully. You should not wear any jewelry during radiation therapy, because metal may increase the radiation dose to that area. You should also avoid wearing tight clothing. Don't remove the ink marks from your skin until you have fully completed your radiation treatments. Don't apply any lotions, creams, or oils to your skin while receiving the treatments. You and your clothes do not become radioactive from the treatments, nor do you transmit radiation to other people. You may be given a mask, a gown, a hat, and gloves to wear before going for treatment.
Transplantation and Chemotherapy
Chemotherapy is another treatment that rids the body of cancer or blood disease. Depending on the disease being treated, one or more types of chemotherapy (with or without radiation therapy) may be administered as part of your transplantation treatment. The transplantation doctors and clinical nurses will discuss with you which chemotherapy drugs will be most effective in treating your disease, and they will review the most common side effects with you. Chemotherapy may be administered intravenously or in pill form.
Going Home
Returning home following a blood stem cell or bone marrow transplant is a very special time for you and your family. Anticipating going home can be exciting. But, after having spent many weeks hospitalized in an isolated environment, you may also be worried. This is a natural feeling shared by most patients who have had a transplant.
Some people are ready to leave the hospital as soon as possible. Many others are fearful of being away from the security of a hospital setting. Family members, too, may be concerned with the responsibility of caring for their loved ones without the constant presence of hospital staff. Please be assured that these concerns are shared by many. Feeling confident and comfortable at home is a process that takes time.
Resuming your home life means becoming accustomed to living together as a family again. The need for continued precautions in the months following transplantation may add stress to your family life. You may find that family members, especially children, show their frustrations and jealousy toward you during this time. Couples may feel awkward together following the period of separation that comes after a transplant. Those who have gone through these experiences advise that you remain as calm and confident as you can while you and your family try to regain a sense of balance and comfort.
Remember, this is a time of convalescence and recovery. You and your family may expect that you are going to feel and behave as you did before the onset of your illness and the beginning of your treatment. This will not happen immediately. Many patients have feelings of fatigue, weakness, and a decreased appetite. It will take some time to regain your strength and ability to participate in daily activities.
Preventing Potential Medical Problems
Once you have been discharged, you will have regular and frequent check-ups with members of the transplant team to see how you are doing. There are special guidelines that you and your family will need to follow in order to avoid problems. Below we will review potential problems, offer guidelines for preventing them, and give suggestions for managing them, should they occur. Please remember that these are guidelines only. Though we have tried to standardize certain precautions, each patient recovers differently from his/her transplant, so discharge instructions vary from patient to patient.
Infection
During the first year after your transplant, your body will be less able to fight infections, because your immune system will still be maturing. For this reason, bacterial, fungal, and viral infections may be a problem.
The staff of the Blood and Marrow Stem Cell Transplantation Program will monitor the development of your immune system with periodic blood tests done at your referring oncologist's office for the first year after your discharge. Such careful monitoring will enable us to respond promptly to any problems that may occur. Your engrafted blood stem cells have the ability to meet most of the challenges of everyday life. However, since infection is possible, it is important to be aware of the signs and symptoms of an infection. Should you develop any of the symptoms listed below, call your doctor promptly:
- Fever of 101oF: You should take and record your temperature every morning and evening for two weeks and at any other time you do not feel well. Do not take any Tylenol (acetaminophen) until your doctor tells you to do so. It is important to record, along with your temperature, what time you took the Tylenol.
- Coughing, sneezing, runny nose, shortness of breath, or chest discomfort: It is especially important to notify your doctor of a persistent or nagging cough, since this may be an early sign of a lung infection.
- Redness and/or swelling at, or above, the exit site of your central venous catheter
- Flushed appearance of the skin, sweating, or shaking chills
- Redness, swelling, and/or pain in your throat, eyes, ears, skin, joints, or abdomen
- Blurring of vision or other changes in your ability to see clearly
- Frequent urination and/or burning on urination
- Difficulty flushing your central venous catheter or any chilling associated with flushing the catheter
- Rectal pain, initially a stinging or irritated sensation, which may progress to a severe, sharp, or throbbing pain when you pass stool
- Small blisters, similar to cold sores, around your mouth or on any other part of your body
Graft-Versus-Host Disease
Graft-versus-host disease (GVHD) is a dangerous, potentially fatal side effect that can occur after allogeneic stem cell transplantation. It occurs when T cells – a type of disease-fighting white blood cell – that are transferred along with the donated stem cells stage an immune response to the “foreign” antigens expressed on tissues of most organs in the patient’s body. The T cells attack the patient’s body. GVHD mainly affects the skin, gastrointestinal tract, liver, eyes, and oral mucosa. Symptoms reflect which area of the body is affected:
- the skin: a rash or itchiness of the chest, upper back, trunk, palms, and soles of the feet
- the gastrointestinal tract: prolonged diarrhea, anorexia, nausea, vomiting
- the liver: yellowing of the skin and whites of the eyes (jaundice), increased liver enzymes
- eyes: severe dryness of the eyes, problems with the retina
- oral mucosa: ulcerations in the mouth
To guard against GVHD, you will be given prophylactic immunosuppressive medications (called immunosuppressants or steroids) before your transplant and after. These medications suppress the immune response and can include tacrolimus (Prograf), cyclosporine, and low doses of methotrexate. Should you develop GVHD, the primary therapy is to adjust the dosages of tacrolimus or cyclosporine to reduce the immune response or to add methylprednisolone, another immunosuppressant to your medications. Anti-Thymocyte Globulin (ATG) may be given before the transplant or after discharge from the hospital. Secondary treatments include the immunosuppressant pentostatin or monoclonal antibodies for patients whose GVHD does not respond to steroids.
Changes in the dosages of immunosuppressants should improve symptoms of GVHD. Other therapies may include a special GVHD diet to reduce inflammation in the gastrointestinal tract or eye solutions to add moisture to the eyes. You should visit an ophthalmologist, a specialist in diseases of the eye, to check for problems with your retinas.
At The Cancer Center, basic science researchers Robert Korngold, Ph.D., and Thea M. Friedman, Ph.D., are among the leading researchers in the country in GVHD. They are conducting studies to learn more about the basic biology of GVHD and what can be done to eliminate or diminish the risk of GVHD in stem cell transplant patients. Our researchers are responsible for some of the major discoveries in this field in the past 25 years, including the fact that T cells cause GVHD. This groundbreaking research and other studies have led to improvements in the stem cell transplantation process. Their research is funded by the National Institutes of Health’s National Institute for Allergy and Infectious Diseases and its National Heart, Lung, and Institute and the Multiple Myeloma Research Foundation.
An innovative therapy for GVHD is under investigation in clinical trials by Michele L. Donato, M.D., medical director of the blood and marrow collection facility. Dr. Donato is studying the use of photopheresis to treat autoimmune disorders, including GVHD in patients who have undergone stem cell transplantation. Photopheresis involves isolating T cells from the patient’s body, treating them with medications, and then exposing them to ultraviolet light. These engineered T cells are then reinfused back into the patient’s body. The treated T cells temper the immune system, without weakening it, and prevent it from being too aggressive toward the donated stem cells.
Personal Hygiene
In the first several months after transplant, you will need to follow these precautions to decrease your chance of developing an infection:
Bathing
Personal hygiene plays an important role in preventing infections. Hand washing, especially in public places, is crucial. If you are discharged while your absolute neutrophil count (ANC) is still below 1,000/mm3 (referred to as 1.0) you need to continue taking baths or showers with the antibacterial soap solution. This may be done once daily. When your ANC is above 1,000/mm3, you may begin using a mild, non-deodorant soap in place of the antibacterial soap. If your skin is dry, we suggest using a moisturizing soap, such as Caress, Dove, or Tone.
Continue to pay careful attention to your underarms, groin, and breast skin folds while washing. You may apply baby oil or a skin moisturizer after your bath. However, avoid putting oil or moisturizer on the skin fold areas. Also, avoid lotions containing alcohol, as they may increase dryness. Preferably, underarm deodorants and body powders should be avoided for one to three months following the transplant, as these can trap bacteria, prevent the skin from "breathing," and promote infection. Do not share towels or washcloths with other members of your household. If you still have your central venous catheter when you go home, do not allow the catheter to soak in water while taking a bath.
Oral Hygiene
When your platelet count is below 50,000/mm3, you are still at some risk for bleeding. For this reason, you will need to continue using the foam sticks you have used in the hospital. You are permitted to use these with toothpaste, as long as you have no mouth sores. When your platelet count rises above 50,000/mm3, and if your white blood cell (WBC) count is 1,000/mm3 or higher and you have no mouth sores, you can brush your teeth with a soft nylon toothbrush with toothpaste. Adolescents and adults should also begin to floss between their teeth daily at this time. If you have questions, ask your doctor or nurse.
To help prevent an infection from developing in your mouth, your doctor may have you continue to use an oral antifungal antibiotic at home. Mycostatin (Mystatin), a yellow liquid medication, and Mycelex Troche, a lozenge, are such medications, which you may have used during your hospitalization. After cleaning your mouth and teeth with either a foam stick or toothbrush (as above), swish the Mycostatin in your mouth for two minutes and then swallow it. If you are to use the Mycelex Troche lozenges, allow them to dissolve in your mouth. Do not eat or drink for 20 minutes after taking either medication.
If you wear dentures, it is very important to keep them clean. They should be soaked every day for half an hour in any conventional denture cleaner, and then rinsed thoroughly with tap water for at least five minutes. This should prevent them from harboring fungus. If Mycostatin is a part of your oral hygiene, remove your dentures before using it. This will enhance the effectiveness of Mycostatin and prevent reinfection of your mouth tissues.
Persistent dryness of the mouth is another problem you may have. This may be due either to radiation treatments or to some chemotherapy agents. Avoid commercial mouthwashes and hydrogen peroxide, because they tend to dry and irritate the mucous membranes of the mouth. Instead, use saline-bicarbonate rinses (1/2 teaspoon salt and 1/2 teaspoon baking soda mixed in an eight-ounce glass of water) or other rinses prescribed by the dentist. There are a number of oral lubricants (artificial saliva) that can also help. Talk with your dentist about which brand is best for you. Sucking on sugarless candy or lozenges may also be helpful.
If you have received total body irradiation prior to your transplant, your salivary glands may be less effective than before at washing bacteria from your mouth. You may, therefore, be more prone to developing cavities. For this reason, fluoride treatments may be included as part of your oral hygiene regimen, and your doctor or nurse will review this with you.
Fluoride treatment varies according to age. Current recommendations are to use a fluoride rinse or mouth guard with 1.0% neutral pH fluoride (the usual prescription form of this fluoride is Thera-Flur-N). If a custom dental mouth guard has been made for you, you will need to place fluoride drops in each toothspace of your mouth guard. You should leave the mouth guard with the fluoride on your teeth overnight. Do not rinse your mouth or eat for one hour after the fluoride treatment. You may need to use the mouth guard with fluoride treatment indefinitely unless your dentist or physician advises you that it is no longer necessary.
Central Venous Catheter Care
If you go home with your central venous catheter, the cleanliness of your catheter continues to be as important after discharge as it was before and during your hospitalization. Do not remove the dressing at home by yourself. You will be notified of your maintenance schedule. Arrangements for this care and the necessary supplies will be made by your transplant nurses at The Cancer Center. As central venous catheters frequently get infected during the post-transplant phase, your transplant physician will plan to remove your catheter as soon as you no longer need it for transfusions and infusions.
Home Environment
It is important to keep your home reasonably free of dirt and dust. Before you return home, have any window-mounted air conditioning units cleaned to remove dust and debris. Although you do not have to go to extremes, you should keep your bathroom (especially the bathtub and toilet) clean by regularly using a disinfectant, such as ammonia or bleach.
Because you can develop infections easily, it is best to avoid doing housework during the first few months after discharge. If possible, you should make arrangements for someone else to do the housework when you get home from the hospital.
To prevent the transfer of germs from others to you, it is important that linens and eating utensils be carefully cleaned. Remember to wash all forks, spoons, and knives thoroughly with hot water and dishwashing detergent. Bed linens should be laundered and changed once a week. You should use only your own towels and washcloths, and they should be laundered and changed twice weekly. Do not share towels and washcloths with other family members.
Household plants may remain in your home, however, you should avoid handling the water and soil from household plants and flowers for the first few months after your transplant because soil and standing water in the pots often harbor bacteria. Water in a vase of cut flowers may also contain bacteria.
Pets
Some animals carry diseases that can be transmitted to humans. To avoid infection, you should not clean cat litter boxes, bird or other pet cages, fish bowls, or turtle tanks for 12 to 18 months after your transplant. You may pet your house pet, but it is best to avoid close physical contact. In particular, do not touch the animal's saliva or feces. Contact with barnyard animals is discouraged for the first nine to 12 months.
Family and Visitors
Try to avoid close physical contact with anyone living in your home who has a cold. For additional protection, you may want to wear a mask when you are both in the same room. You may certainly have visitors, but limit them to small groups of two or three people at a time. Anyone who has a cold or chicken pox, or has recently been exposed to chicken pox, herpes, "shingles," or any other type of virus or infection, should not visit you. Keep in mind, however, that a person who has already had chicken pox cannot transfer the chicken pox virus to you. If you or a family member is accidentally exposed to a person with chicken pox, "shingles," measles, or German measles, call your doctor immediately.
If you are exposed to chicken pox, it may be important that you receive varicella zoster immune globulin (VZIG), which contains antibodies to the chicken pox virus. The VZIG antibody works best when given within four days after exposure to the virus. If given immediately after exposure, it will either prevent infection or limit its severity. If you have any questions about a certain illness, please call your doctor.
Outside Your Home
During the first month (for blood stem cell recipients) or three months (for bone marrow recipients) after your transplant, you should avoid crowded places such as supermarkets, shopping malls, movie theaters, schools, restaurants, and public transportation. For your protection during the first month (for blood stem cell recipients) or three months (for bone marrow recipients) after your transplant, any time you are in a crowded area you will need to wear a mask covering your nose and mouth. This means when you come into the physician's office for your follow-up exams, you must wear a mask until you are brought into a private exam room. You should also wear a mask when you are around sick people.
It is important for you to continue the exercise program established for you during your hospitalization. Walking both indoors and outdoors is an excellent way to rebuild your overall strength and endurance. You do not have to wear a mask outdoors unless you are surrounded by a crowd.
You should avoid overexposure to direct sunlight, because your skin will be more sensitive after radiation, chemotherapy, and certain post-transplant medications. Prolonged exposure to the sun may also activate a viral infection. Use a strong sunscreen - sun protection factor #15 or greater - if you will be in direct sunlight for 20 minutes or longer.
To control infection, it is best to avoid swimming in lakes or crowded pools for at least six months after your transplant. While you have a central venous catheter, you should not go swimming. After you regain your strength and increase your activity, you may swim in the ocean or in an uncrowded, chlorinated private pool as long as you no longer have a central venous catheter.
As you continue to recover, there will be fewer and fewer limitations on activities. On follow-up visits, your doctor/clinician will watch your progress closely and will let you know when you can return to your former activity and hygiene routines.
Bleeding
Platelets may be the last type of blood cell to start growing in your new bone marrow. Platelets are very important, because they help form clots that control bleeding. When your platelet count is low, bleeding is a potential problem. Most patients leave the hospital with a low platelet count, and it may take weeks or months for the new marrow to produce normal numbers of platelets. During this time, you may require irradiated platelet transfusions as an outpatient.
Signs of a low platelet count include changes in the skin and/or bleeding. Skin changes may include excessive bruising or petechiae (tiny, pinpoint, purplish-red spots on the skin). When you first leave the hospital and increase your activity, you may notice some petechiae on your lower legs. This is not unusual. However, if you notice many petechiae, notify your doctor. Other symptoms of a low platelet count include bleeding from the gums, nose, urine, or stool. The presence of blood in your stool may cause it to be red or black in color.
If you have been discharged with any of these symptoms and they increase in amount or frequency, please let your doctor know. If you have not had any of these symptoms, and you suddenly develop them, let your doctor know, as this may mean that there has been a drop in your platelet count.
If you have an injury that causes bleeding, you may feel frightened. It is important to remain calm and remember these first aid principles:
- Open wounds: Put a clean, dry gauze pad, towel, or cloth over the cut and press firmly. Continue applying pressure until the bleeding stops. If the bleeding continues, elevate the wound (for example, raise your arm or prop up your feet), apply ice, and notify your doctor.
- Nose bleeds: If your nose should bleed, sit down and lean slightly forward. Squeeze the bridge of your nose between your thumb and forefinger. Do this for at least 10 minutes without letting go. If the bleeding persists, continue to squeeze your nose. Apply a small bag of ice to the bridge of your nose until the bleeding stops. If the bleeding continues longer than one half-hour, notify your doctor.
- Accidents: If you should be in an accident and require blood or blood products, they must first be irradiated to prevent a graft-versus-host (GVH) reaction in you. If you are hospitalized in another hospital, have the physician call your transplant doctor at Hackensack University Medical Center immediately about the use of irradiated blood products.
If your platelet count is below 50,000, you should continue to take precautions that were in effect during your hospitalization:
- Use an electric razor when shaving.
- Avoid driving and if possible avoid sitting in front seat of cars that have passenger air bags.
- Use soft foam sticks or a Water Pik to prevent gum bleeding.
- Do not use dental floss.
- Avoid blowing your nose forcefully.
- If you are constipated, notify your doctor. You may need more fiber in your diet or a prescription for a stool softener.
- Avoid activities or sports that can cause injury from colliding or straining, such as horseback riding, weight lifting, skiing, and contact sports. Speak to your doctor before resuming any sports or strenuous activity.
- Avoid sexual activity.
Female transplant patients who have begun taking oral contraceptives/hormonal therapy to prevent vaginal uterine bleeding will need to continue taking this medication until their platelet count reaches 50,000/mm3, unless otherwise directed.
Relapse
Since a relapse of your original disease is a possibility after transplant treatments, periodic evaluations of your blood and bone marrow and previous site(s) of disease will be done to closely monitor both the durability of your graft and signs of relapse of your prior disease.
Regaining Your Strength
Recovery after transplant varies from person to person. You may find that it takes only as long as your hospitalization, or you may find that it takes many months. The period following your transplant is a time of cell recovery and growth of the new marrow and regrowth of the cells in your mouth, stomach, intestine, hair, and muscles. This growth requires calories and energy, and may explain why you feel much more tired than you anticipated. Remember, this tiredness is normal and to be expected. Each week you should feel stronger.
About the third month after transplant, your hair and nails will start growing quickly. These are the most obvious signs of cell recovery. Your hair may grow in a different color and character. Your nails will show a line of demarcation across the nail bed from chemotherapy, with all nail growth thereafter signifying new tissue growth. This line will eventually grow out.
By this time, you will probably be feeling well enough to begin resuming your previous level of activity. With your doctor's approval, limits on your activities will be gradually relaxed. From this point on, you should be feeling progressively better. However, keep in mind that most people find that the first six months to one year after transplant are a time of recovery.
Exercise
Most people find it takes quite a bit of time to regain their strength. After reviewing your platelet counts, your doctor and nurse will suggest which exercises are best. When you begin to exercise, you should start with easy exercises. Later with your doctor's approval, progress slowly to more involved and vigorous ones. Weight lifting, contact sports, and skiing should be avoided until your platelet count is over 100,000/mm3. Remember, your hospital stay has been lengthy and it will take time for you to feel like yourself again.
Hobbies
If your hobbies include woodworking, painting, or modeling, you should use non-toxic paints and/or glues in a well-ventilated room. Avoid using potentially toxic products (like benzene, gasoline, pesticides, solvents, fertilizers, carbon tetrachloride, and paints or cleaners that contain these agents), since they can depress your blood counts and irritate your lungs.
Returning to Work
Your doctor will tell you when it is advisable to return to work or school. Some people may feel ready to return very quickly. There are many, however, who feel apprehensive after being away from friends, employers, and the demands of school or a job for so long. It may be helpful to begin gradually (for example, half days or three days a week). Many people have told us that the anticipation is more difficult than the actual event. The sooner you can return to work or school, the easier the transition may be for you.
Some former patients have talked about feeling embarrassed by changes in their appearance, particularly hair loss. Others have difficulty concentrating, maintaining their attention span, or keeping their former pace. Making the transition from patient back to a well person can be hard. The social workers, oncology counselors, nurses, and transplant team members are available to talk with you about your readjustment to work.
Sexuality
After receiving high-dose chemotherapy and/or radiation therapy, it is normal for you to have concerns about resuming your previous sexual activities. Touching, hugging, kissing, and more intimate sexual activities may be resumed after discharge with only a few minor restrictions. Through our discussions with former patients, we have identified some common concerns and issues that may emerge for individuals and couples after transplantation.
The physical changes that some women experience include decreased or absent menstrual periods and decreased vaginal secretions. Lubricants can be used to relieve vaginal dryness. After undergoing high-dose chemotherapy, women experience changes in ovarian function that result in decreased hormonal (estrogen) levels. For this reason, estrogen supplements may be recommended after transplantation. We recommend that all women patients be seen periodically by a gynecologist, who can consult with your transplant doctor.
Men may notice a temporary decrease in sexual desire. This is related to a decrease in hormonal (testosterone) levels and will resolve as hormonal levels return to normal. Follow-up visits provide a time for discussing sexuality with your doctor.
Both adult men and women patients are usually sterile (unable to conceive children) after Cytoxan treatment and/or total body irradiation, especially if they received transplant treatments after puberty. However, do not automatically assume that you will never need to use contraception, since fertility sometimes returns.
Hugging, touching, and kissing may be resumed at any time after discharge. Patients are instructed to refrain from sexual intercourse until their platelet counts are 50,000/mm3 or greater to minimize any risk of bleeding or bruising of the genitalia. Oral sex also should be avoided while the platelet count is below 50,000/mm3 and the absolute neutrophil count (ANC) is below 1,000/mm3. In addition, to reduce the risk of infection, condoms must be used during the first three months after discharge from the hospital. Lastly, the number of sexual partners should be limited to one during the first nine to 12 months after discharge.
It is important to remember that while high-dose chemotherapy may affect your ability to have children, it should not affect your ability to enjoy sexual activity after your transplant treatment. The stress related to your hospitalization and the fatigue you experience upon discharge may, however, have an initial impact on your sexual relationship. As you begin to increase your activity and regain your strength and endurance, you may find that your desire to become more sexually active increases as well.
Prior to going home, you should discuss with your doctor any questions you may have about resuming sexual activity. It is important for both you and your partner to have these issues clarified. Additional information can be obtained during your follow-up visits.
Nutrition
To regain your healthy immune system, maintain or gain weight, and feel better, you will need calories, protein, minerals, and vitamins. Following your discharge from the hospital, you may notice some changes that may interfere with your plan for good nutrition. These include decreased appetite, taste changes, mouth sores, dry mouth, and/or diarrhea. Many of these problems will improve over time. The following information can be helpful for dealing with these problems. A hospital dietitian will also be available to discuss any dietary concerns you may have.
Food Selection
After the stress of hospitalization and transplant therapy, you need to maintain your recovery by eating a healthy diet. If you have ongoing nutritional problems or concerns, remember to discuss them during your follow-up visits.
Having recently left the protective environment of the hospital, it is important for you to protect yourself from eating foods that are contaminated or that contain large amounts of bacteria. Please follow these instructions:
- Unpasteurized dairy products generally have a high bacterial content and should be avoided. Packaged, pasteurized yogurts and cheeses from the grocery store are acceptable.
- As during your hospitalization, while your ANC is below 1,000/mm3, you are not permitted to eat raw or undercooked poultry, eggs, shellfish, tofu, hot dogs, or breakfast sausage. Seasonings are not permitted to be added after the cooking process, except salt. Smooth raw fruits (apples, pears) and smooth raw vegetables (zucchini, cucumbers) are permitted if thoroughly washed or peeled.
- Initially, you should consider both how your food is being prepared and who is preparing it. Your food should not be prepared by anyone who has an infection. It is best not to eat food from restaurants for the first month (blood stem cell recipients) or three months (bone marrow recipients) after your transplant. Thereafter, make sure you go to high-quality restaurants and that their food preparers are supervised and take proper food-preparation safety precautions, such as wearing gloves and covering their hair. Pay attention and use discretion when eating out or buying prepared food.
Appetite Changes
Many patients experience a decrease in appetite. Inadequate nutrition can limit the growth of your new marrow or prevent you from gaining weight or growing. If you have a decreased appetite, the best way to meet nutritional needs is to eat small and frequent meals or to snack on "mini-meals" six to eight times a day. Your appetite will improve as salivary function, smell, and taste return.
Taste Changes
Many patients say that food does not taste the same as it did before their transplant. Some people notice a metallic taste. This will resolve with time. Eating lemons, other tart fruits, or fruit-flavored sourballs may decrease the effect of the metallic taste.
Thoroughly cleansing your mouth before eating may also help make food taste better. If you notice that certain foods now taste different, omit the ones that you find disagreeable. If your ability to taste is diminished, or foods do not taste as distinctive or sharp as before, try using strong flavorings that appeal to you - such as cooking wine, salad dressings, or very strong seasonings to help provide food with a more pleasant flavor.
If sauces and marinades do not enhance the flavor of meats enough, other foods that are also high in protein can be substituted for red meat. Chicken and turkey can be used in a variety of ways, providing lots of options. Eggs, fish, and high-protein puddings provide high nutritional content and protein in small portions. Custards, peanut butter, ice cream, yogurt, peas, beans, and nuts are also good sources of protein, as is macaroni and cheese. If the food smells good to you, it will taste better.
Dry Mouth
If you experience a dry mouth, eat soft foods with gravies, sauces, dressings, broths, sour cream, or mayonnaise to make them moist and easy to swallow. Artificial saliva, purchased in the drugstore, may also be used to relieve dryness. Ask your doctor, dentist, or nurse about using it.
Sugar-free gum or ice chips are also helpful for keeping your mouth moist. Cold foods often feel better than warm or hot foods, if you have a dry mouth. Dunking dry foods, such as bread or bread products, into soups or beverages to moisten them may also help. Highly nutritious liquids like blenderized complete nutritional liquid drinks (for example, Ensure, Sustacal, or Carnation Instant Breakfast) may help when your mouth is dry.
Sensitive Mouth
Some people find that eating is difficult because their tongue, mouth, or throat is very sensitive. If you have ulcerations or mouth sores, avoid foods that are very spicy, salty, or high in acid - such as tomatoes, oranges, or grapefruits - because these are irritating to the lining of the mouth and throat. Cigarettes and excessive use of alcohol are also irritating and should be avoided.
If you have mouth sores or problems with chewing and swallowing, the consistency of your food may have to be modified. Food should be soft, moist, and either cut into small pieces or pureed. Drinking high-calorie beverages such as milk shakes, eggnog, and complete nutritional formulas is a good way to meet nutritional requirements without irritating your mouth.
Other foods that may be soft and easy to swallow are thick soups, eggs, flaked fish, soft-cooked pastas, and dairy products. These all provide a high nutritional content and will cause a minimum of discomfort while passing through your mouth and throat. Keeping foods at a moderate temperature may also be helpful, since items that are either too hot or too cold may increase your discomfort.
Diarrhea
If you experience diarrhea after eating, try eating only clear liquids (e.g., Jell-O, ginger ale, water, broth soups) for one day. If the diarrhea persists for more than one day, it is important that you notify your physician. If the diarrhea improves, resume eating very small, frequent meals, chewing well and eating slowly.
If the stools are frequent, try to determine which foods increase the number of bowel movements. For example, many patients find that foods high in fat and fiber cause diarrhea. Other patients find that milk or milk products and/or foods high in sugar do the same. Try to figure out which foods to avoid. Remember, it is important to eat very small, frequent meals, to chew your food thoroughly, and to eat slowly so that only small amounts pass through the intestinal tract at one time.
Foods High in Potassium
Your blood potassium level will be monitored during your follow-up visits. If your blood potassium level is low, your doctor may prescribe oral potassium supplements and/or advise you to eat foods and drink beverages high in potassium. Here are some suggestions:
- Beverages: apricot nectar, buttermilk, coffee (brewed or instant), eggnog, Gatorade, grapefruit juice, Hawaiian Punch, lemonade (frozen concentrate), milk (whole, skim, or low-fat) orange juice, orange Tang, pineapple juice, prune juice, tea (brewed), tomato juice, V-8 juice
- Breads/cereals: pumpernickel, raisin bread, cereals (All Bran, 100% Bran Flakes, Bran Buds, Bran Chex, Fortified Oat Flakes, oatmeal, Raisin Bran, Wheatena, wheat germ)
- Fruits: apricots, avocados, bananas, cantaloupe, dates, dried mixed fruit, figs, guava, honeydew, kiwi, mango, nectarines, oranges, papaya, peaches, plums, prunes, raisins, tangelos. Note: Dried fruits are higher in potassium than their fresh counterparts, and fresh, uncooked fruits are higher in potassium than boiled or canned fruits.
- Meat, fish, poultry
- Salt substitute (potassium chloride)
- Vegetables: artichokes, avocados, bamboo shoots, beans, beets, black-eyed peas, broccoli, chard, chick peas, escarole, leeks, lima beans, mushrooms, parsnips, potatoes, spinach, squash, sweet potatoes, tomatoes. Note: Fresh, uncooked vegetables are higher in potassium than boiled or canned varieties.
On subsequent visits, if your blood potassium level shows improvement, and you are able to consume and tolerate potassium-rich foods and drinks, your doctor will begin to reduce the number of potassium pills you must take.
Smoking and Alcohol Consumption
As a result of high-dose chemotherapy and some of the antibiotics used to treat your infections during your transplant therapy, your liver will be sensitive and you should avoid alcoholic beverages for three to four months. If you wish to have a daily glass of wine or beer, please consult with your doctor first. Due to the risk of a respiratory infection, it is very dangerous to smoke anything (cigars, pipes, cigarettes, or marijuana) after your transplant treatment. Following radiation treatment, any type of smoke can be particularly harmful to your lungs, so avoid smoke-filled rooms.
Psychosocial Support
Because the transplant experience creates emotional strain for both patients and their families, the Blood and Marrow Stem Cell Transplantation Program provides psychological support services. Feelings of anxiety, depression, frustration, and guilt are common. Coping with prolonged isolation and taxing hospital routines can also be stressful.
Our social workers and oncology counselors offer individual, family, and group support sessions aimed at identifying situations that cause stress and developing ways to cope with them. Our social workers will also assess the need to refer your case to outside agencies for financial assistance, as the cost of the transplant can cause financial problems.
For adult and young adult patients, our ongoing blood and marrow transplant support group meets on the third Thursday of each month (see below). It is open to transplant candidates and to patients and their families after transplant treatment:
The Hackensack University Medical Center
Blood and Marrow Stem Cell Transplantation Support Group Meetings
Where:
The Cancer Center
20 Prospect Avenue, Suite 400
Hackensack, NJ 07601
Second floor waiting area
(Parking on premises)
When: Third Thursday of every month
Time: 7 to 8:30 p.m.
Fee: Free
Facilitator: Oncology/Stem Cell Transplant Counselor
To register, or for more information, please call (201) 996-5900.
Blood and Platelet Transfusion
Blood and Platelet Transfusions
People who undergo bone marrow or blood stem cell transplant treatments have an extraordinary need for blood and platelets because their blood cells and platelets have been destroyed by the transplant treatment or the disease itself. Transfusions of blood and platelets from healthy donors keep patients alive until their own platelets can re-populate to a normal, safe level after transplantation.
Your complete blood count - which includes white cells, red cells, and platelets - will be below normal. Therefore, you will need transfusions of red blood cells and platelets until your counts return to normal. Approximately 30 minutes before your transfusions you will be given medications to decrease possible side effects, such as fever and chills. In addition, all blood and blood products you receive will be exposed to radiation (irradiated) before you receive them. These blood products will be obtained through the medical center's blood bank when they are needed. Your family members and/or friends will be asked to donate whole blood and/or platelets. Your doctor and nurses will further discuss blood transfusions when necessary.
Designating a Blood Donation Coordinator
Because of a shortage of donations of platelets from the general public, we rely strongly on patients' family and friends to help, whenever possible, by donating their platelets. In general, Hackensack University Medical Center assumes the responsibility of meeting the transplant patient's red blood cell needs, while his/her family members and/or friends in most cases make efforts toward meeting the patient's platelet needs. Platelets that are donated for you and are compatible with your needs will be saved specifically for you. We provide a booklet to help you or your family to manage the platelet donations. We suggest that either a family member who is not a member of your immediate family or a friend act as your platelet coordinator and organizer of your booklet.
Family members and friends are permitted to use blood centers other than Hackensack University Medical Center's to donate their platelets. It may be more convenient for those donating to do so at another center because of the location and/or hours that the center is open. Platelets donated at another center will be shipped to Hackensack University Medical Center. A cost for this service will be billed to the patient if it is not covered by insurance.
For your convenience we have included a list of blood centers below. Your coordinator should contact the blood center(s) you may be interested in using for platelet donations. He/She should specify that these will be "directed apheresis platelet donations" and inquire about appointment times, registration papers, release forms, fees, and specific donor requirements and exclusions.
Each center will review the donation process and eligibility requirements with your coordinator. Your coordinator will need to register you and pay any fees that are associated with direct donations. Please note that the more blood centers you use, the more fees you will incur. Also, the further the blood center is from Hackensack University Medical Center, the more transportation fees you will be charged.
Each blood center has its own individual policies and procedures, so if you have a question concerning a medical condition or medication, or about donor requirements and reasons for excluding certain prospective donors, you or your coordinator should call the individual blood center(s).
You or your coordinator will need to call the Blood and Marrow Stem Cell Transplantation Office at (201) 996-5849 to let us know the locations and contact information for the center(s) your donors will be using. We will need to call the center(s) as soon as possible so that they will have sufficient time to prepare for your donation needs.
Your coordinator should also call the medical center's Blood Donor Room at (201) 996-4818 to discuss which blood centers are to be used and the timing of donations. The staff there will need to know the phone numbers and fax numbers of the center(s) your donors will be using so that a prescription(s) can be sent.
Platelet Donations
Unlike regular blood donations (packed red blood cells), which can stay refrigerated for up to 35 days, platelets can only be transfused up to five days after being donated. Because of this short life span and in order to provide a constant supply of platelets, it is very important that the schedule for donations be planned and timed according to when they will be most needed. Once an admission date has been determined for your transplant, you will be given a specific time frame for your transfusion needs, and a prescription(s) will be faxed to the designated blood center(s).
Your blood and platelet needs will vary depending upon your type of transplant. If you are undergoing an autologous stem cell transplant, you will require one platelet donor per day for 10 days. If you are undergoing an autologous bone marrow transplant, you will require one platelet donor per day for 18 days. If you are undergoing an allogeneic bone marrow transplant, you will require two platelet donors per day for 21 days.
Patients cannot receive blood products from blood relatives far in advance of the transplant date, so we ask that blood relatives begin donating only the day before the transplant date. How many platelet donations you will need will depend on how quickly your bone marrow makes enough of your own platelets. If you would like to know how many platelets are available at any given time for you and when they expire, call the medical center's Blood Bank at (201) 996-4813.
Your donors should call the blood center(s) you have chosen to schedule appointments. Each donor should notify your coordinator with confirmation of the appointment and call again after the appointment to make certain he/she was able to donate. Blood centers are not allowed to give out information about individual donors.
Donors will be medically screened to ensure their safety, as well as yours, before they begin their donations. In some cases, transplant patients are only able to receive blood and platelets from donors who have never been exposed to cytomegalovirus (CMV), a virus that is relatively common in healthy individuals. Discuss with your nurse clinician or the staff of the blood donor room if you will require CMV-negative products. A pre-screening of donors can be done at Hackensack University Medical Center for those wanting to know their CMV status prior to donating
Blood Centers
Hackensack University Medical Center
30 Prospect Avenue
Hackensack, NJ 07601
201-996-4819
Fax: 201-996-2495
Bergen Community Regional Blood Center
970 West Linwood Avenue
Paramus, NJ 07652
201-444-3900
Fax: 201-444-1885
North Jersey Blood Center
45 S. Grove Street
East Orange, NJ 07018
973-676-4700
Fax: 973-676-4933
New Jersey Blood Services
167 New Street
New Brunswick, NJ 08901
732-220-7110 (platelet donors)
732-220-7032 (whole blood donors)
Fax: 732-220-7199
New Jersey Blood Services
Exxon Research & Engineering Headquarters
220 Park Avenue
Florham Park, NJ
908-220-7110
Fax: 908-220-7199
Central Jersey Blood Center
494 Sycamore Avenue
Shrewsbury, NJ 07702
732-842-5750
Fax: 732-842-1617
Community Blood Council of Mercer County
1410 Parkside Avenue
Trenton, NJ 08638
609-883-9750
Fax: 609-883-9454
Hudson Valley Blood Services
Grasslands Road
Valhalla, NY 10595
914-345-3070 ext. 215
Fax: 914-592-4436
New York Blood Center
310 East 67th Street
New York, NY 10020
516-752-8411
Fax: 516-752-8415
To schedule platelet donor appointments: 1-800-933-3339 #1
Long Island Blood Services
155 Duryea Road
Melville, NY 11747
516-752-8411
Fax: 516-752-8415
What Platelet Donors Need to Know
Apheresis platelet donation is a type of blood donation that makes it possible to collect large quantities of platelets to help patients who do not have enough of this blood component. This process, which takes approximately one and a half hours, makes it possible for a donor to give the equivalent amount of platelets that it would take seven to 10 donors giving whole blood to do.
When it is time for the donation, a needle is inserted into each of the donor's arms; one is for extracting blood, and the other is for returning blood. The donor's blood is drawn from one arm into a blood cell separator machine, where it is spun at a high speed. Because of density differences in the various types of blood cells, the high speed separates the blood into various components. The platelet component is then removed, and the remaining red cells and plasma are recirculated back into the donor.
Each donor has his/her own sterile tubing set, so there is absolutely no worry for the donor about contamination or infections, such as HIV. Your donor's platelets will be tagged with your name and held for your use. If they are not used by you within four days, the medical center's Blood Bank will check with your doctor to see if you will need them. If you don't need the platelets at that time, they will be given to someone else before they become outdated.
It may take up to three hours to complete apheresis platelet donations, including registration, testing, and refreshments afterward. Apheresis platelet donations can usually be made - depending on each individual blood center's policies - every 72 hours, up to 24 times per year.
The process does not make the donor feel weak or tired, because essentially he/she loses very little blood. Less than a pint of blood is withdrawn from the donor at any one time. The procedure is not painful. It may, however, be somewhat uncomfortable, because of the length of time required to complete the process. For this reason, we provide movies and television viewing.
We suggest that your blood donation coordinator pre-screen your platelet donors for eligibility as per the following list of blood donor qualifications. Please inform prospective donors that even if they pass all the qualifications on the list, they may still be rejected at the time of donation, due to low platelet counts, blood pressure, hemoglobin, etc.
Donor Qualifications
The following are some general requirements to qualify as a platelet donor. These may differ from blood center to blood center:
- You must be in general good health - no colds, sore throat, or any type of infection on the day you donate.
- You must weigh 110 pounds or more.
- You must be 17 and older. Seventeen-year-olds must be accompanied by a parent.
- If you have donated whole blood recently, you must wait eight weeks before donating again.
- If you have donated platelets recently, you must wait two to three days before donating again.
- You must bring a form of identification with your signature on it.
- You must eat a good meal within one to three hours before you donate.
The following are some general reasons why one would not be accepted as a platelet donor. Again, these may differ from blood center to blood center:
- History of diabetes: If it is controlled with insulin, you will not be able to donate. If it is controlled with oral medication, it is acceptable to donate
- History of heart problems, including chest pain or heart attack
- Mitral valve prolapse or murmurs must be evaluated before donation and are not acceptable if symptomatic.
- History of kidney, lung, or liver disease
- History of fainting, convulsions, seizures, and/or unconsciousness
- History of cancer
- History of hepatitis, jaundice (yellowing of the skin and eyes) and/or any positive hepatitis test
- Current pregnancy, recent pregnancy, or recent termination of pregnancy in the last six weeks (six weeks must pass at least until you can donate)
- Recent cesarean section delivery: wait at least six weeks
- Exposure to someone with hepatitis in the last 12 months: wait at least 12 months
- Earpiercing, skin or body piercing in the last 12 months: wait at least 12 months, unless done in a doctor’s office
- Tattoo in the last 12 months: wait at least 12 months
- Electrolysis in the last 12 months: wait at least 12 months
- Acupuncture in the last 12 months: wait at least 12 months, unless done in a doctor’s office
- History of malaria, travel to malarial zone in the last 12 months, or living in a malarial zone within the last three years: wait at least three years
- Having received a blood or blood-product transfusion in the last year: wait at least 12 months
- Certain medications: check with the donor room at (201) 996-4818.
You must not take aspirin or any aspirin-containing products (e.g., Anacin, etc.) within three days of donating. Products containing ibuprofen (e.g., Advil, Nuprin, etc.) also may interfere with platelet functioning and should not be taken within three days of donating. Tylenol (acetaminophen) is the only commonly used analgesic/antipyretic allowed. Some medications (both prescription and over-the-counter) as well as some immunizations, vaccinations, and injections may have certain deferral times.
- Hepatitis B vaccine - 48-hour deferral
- Rabies vaccine – if due to animal bite - one-year deferral
- Tetanus vaccine - 48-hour deferral
Please have donors check with the individual blood center where they intend to donate, if they have any questions about their medications or other requirements.
When to Call the Doctor
Should you develop any of the symptoms listed below, call The Cancer Center immediately at 201-996-5900.
- Fever of 101º F or above —You should take and record your temperature every morning and evening for two weeks, and at any other time you do not feel well. Do not take any Tylenol (acetaminophen) until your doctor tells you to do so. It is important to record, along with your temperature, what time you took the Tylenol.
- Coughing, sneezing, runny nose, shortness of breath, or chest discomfort—It is especially important to notify your doctor of a persistent or nagging cough, since this may be an early sign of a lung infection.
- Redness and/or swelling at, or above, the exit site of your central venous catheter.
- Flushed appearance of the skin, sweating, or shaking chills.
- Redness, swelling, and/or pain in your throat, eyes, ears, skin, joints, or abdomen.
- Blurring of vision or other changes in your ability to see clearly.
- Frequent urination and/or burning on urination.
- Difficulty flushing your central venous catheter or any chilling associated with flushing the catheter.
- Rectal pain—Initially a stinging or irritated sensation, which may progress to a severe, sharp, or throbbing pain when you pass stool.
- Small blisters, similar to cold sores, around your mouth or on any other part of your body.
Research
Research is a vital component to the world-class cancer care available at The Cancer Center at Hackensack University Medical Center. Research elevates The Cancer Center from a regional leader to a center for world-class cancer care. Basic research studies are conducted to learn more about the molecular structure and activities of cancer cells. Translational and clinical research studies test new medications, treatment methods, devices, and treatment regimens for their safety and efficacy.
At The Cancer Center, basic research studies by cancer researchers Robert Korngold, Ph.D., and Thea Friedman, Ph.D., are centering on the basic biology of graft-versus-host disease (GVHD), a common and potentially fatal side effect of stem cell transplantation. GVHD can develop after allogeneic stem cell transplantation. It occurs when T cells – a type of disease-fighting white blood cell – that are transferred along with the donated stem cells stage an immune response to the “foreign” antigens expressed on tissues of most organs in the patient’s body. The T cells attack the patient’s body and can cause problems of the skin, gastrointestinal tract, liver, eyes, and oral mucosa.
At The Cancer Center, Drs. Korngold and Friedman and their team are among the leading researchers in the country in GVHD. They are conducting studies to learn more about how GVHD occurs and what can be done to eliminate or diminish its risk in stem cell transplant patients. They are responsible for some of the major discoveries in this field in the past 25 years, including the finding in 1979 by Dr. Korngold that T cells cause GVHD. This groundbreaking research and other studies have led to improvements in the stem cell transplantation process. Drs. Korngold and Friedman are also investigating how the power of disease-fighting T cells can be harnessed to attack cancerous leukemic and myeloma cells. This project involves using a technique called V-beta spectratyping to identify which T cells may damage patients with GVHD and which T cells may actually help patients by fighting cancerous leukemic and myeloma cells. Drs. Friedman and Korngold have already successfully used V-beta spectratyping in mouse models to analyze the beneficial T cell response on leukemic cells. They are now completing these studies and also investigating the T cell response on multiple myeloma cells, with an eye toward translating this pre-clinical research with mouse models and cultured human cells into clinical studies with humans afflicted with leukemia and multiple myeloma. Being able to differentiate between T cells that harm patients and those that help patients may some day assist scientists in tempering the GVHD response by donated T cells and may result in “designer” allogeneic stem cell transplants for each specific type of cancer and individual patient who needs to be treated. Their research is funded by the National Institutes of Health’s National Institute for Allergy and Infectious Diseases and its National Heart, Lung, and Institute and the Multiple Myeloma Research Foundation.
There are a large number of clinical trials taking place at The Cancer Center that are investigating ways to improve the stem cell transplantation process, including the use of reduced-intensity “mini” transplants for older patients and those too frail to undergo the rigors of standard stem cell transplantation. Researchers in stem cell transplantation include Andrew L. Pecora, M.D., chairman and executive administrative director of The Cancer Center; Scott H. Rowley, M.D., director of the Blood and Marrow Stem Cell Transplantation Program; Stuart L. Goldberg, M.D., chief of the Division of Leukemia; David S. Siegel, M.D., chief of the Division of Multiple Myeloma; Andre H. Goy, M.D., chief of the Division of Lymphoma; Michele L. Donato, M.D., medical director of the blood and marrow collection facility; and Robert A. Preti, Ph.D., director of the Stem Cell Processing and Applied Research Laboratory.
An innovative therapy for GVHD is under investigation in clinical trials by Michele L. Donato, M.D., medical director of the blood and marrow collection facility. Dr. Donato is studying the use of photopheresis to treat autoimmune disorders, including GVHD in patients who have undergone stem cell transplantation. Photopheresis involves isolating T cells from the patient’s body, treating them with medications, and then exposing them to ultraviolet light. These engineered T cells are then reinfused back into the patient’s body. The treated T cells temper the immune system, without weakening it, and prevent it from being too aggressive toward the donated stem cells.
If you are scheduled to undergo a stem cell transplant, ask your physician about participating in one of these clinical trials.
Glossary
The following glossary may be helpful to you and your family and friends in helping you to learn many of the terms and procedures commonly used in blood and marrow stem cell transplantation. Please ask your doctor or nurse to further clarify these terms if you do not understand them.
Absolute neutrophil count (ANC): a blood cell count that monitors the number of white blood cells in a person's blood. White blood cells are primarily responsible for fighting infections.
Allogeneic bone marrow transplant: a transplant in which bone marrow that has been harvested from a donor is given to the patient
Apheresis: a painless procedure during which blood is withdrawn from a person's arm and circulated through a machine that removes certain components of the blood and then returns the remaining components to the person. This procedure is used to harvest stem cells for transplantation as well as to remove platelets from a donor's blood.
Autologous bone marrow transplant: a transplant in which the patient's own bone marrow is reinfused into the patient to provide a source of blood stem cells
Blood culture: a blood sample taken to determine the presence of a specific infection in the blood
Bone marrow: spongy tissue found in the cavities of large bones, where the body's blood cells are produced
Bone marrow aspiration: a procedure used to remove a sample of bone marrow, usually from the rear hip bone, for examination or harvesting
Chemotherapy: special medications used alone or in combination to kill cancer cells
Complete blood count (CBC): a blood test that measures the different types and number of blood cells
Conditioning regimen: the regimen of chemotherapy and/or radiation therapy given prior to the blood stem cell infusion. This serves to eradicate any remaining malignant disease and to make space in the bone marrow cavity for the engraftment of the infused stem cells.
Cryopreservation: to preserve by freezing. Bone marrow harvested for an autologous bone marrow transplant, for example, is cryopreserved.
Cytomegalovirus (CMV): a virus that lies dormant in many transplant patients' bodies and frequently causes infection after transplantation. Patients who have been exposed to and still carry the virus are CMV-positive.
Differential count: a blood cell count that monitors the various types of white blood cells circulating in the blood
Engraftment: the growth of transplanted stem cells
Granulocyte colony stimulating factor (G-CSF): a protein that stimulates the growth and maturation of granulocytes, one of the types of white blood cells
Granulocyte macrophage colony stimulating factor (GM-CSF): a protein that stimulates the growth and maturation of a wide variety of white blood cells
Graft-versus-host disease (GVHD): a condition that can occur following an allogeneic bone marrow transplant, in which some of the donor's bone marrow cells attack the patient's tissues and organs
Harvesting: the process of collecting stem cells that are needed for a transplant
Hemoglobin: the part of red blood cells that carries oxygen throughout the body
Human leukocyte antigen: a genetic "fingerprint" on white blood cells and platelets, composed of proteins that play a critical role in activating the body's immune system to respond to foreign organisms
Immunocompromised: a condition in which the immune system is not functioning normally
Immunosuppression: a condition in which the patient's immune system is functioning at a lower-than-normal level. Patients who have undergone allogeneic bone marrow transplantation are deliberately immunosuppressed to allow the donor's bone marrow to engraft without interference from the patient's immune system.
Jaundice: a yellowish skin color arising from altered liver function
Monoclonal antibodies: antibodies that are all identical, derived from a single "clone." Sometimes used in "purging," a process by which certain cells are removed from bone marrow before infusion into patients
NPO: nothing by mouth
Packed red blood cells: red blood cells collected from one individual that are packed into a small volume for transfusion into a patient
Platelets: the smallest cell elements in the blood, needed to control bleeding
Pre-medications: medications given before a treatment to decrease or prevent side effects
Preparative regimen: chemotherapy and/or radiation treatment given to bone marrow transplant patients prior to their transplant to kill diseased cells, make space for healthy new marrow, and/or suppress the immune system so rejection of the graft does not occur
Red blood cell: a type of blood cell produced in the bone marrow that carries oxygen to the body and provides color to the skin
Saline: a solution made of salt and water
Stem cells: "parent" blood cells from which several different types of blood cells evolve
Steroids: drugs used to decrease inflammation in certain diseases
Syngeneic bone marrow transplant: transplant in which an identical twin is the bone marrow donor
Total parenteral nutrition (TPN): a type of intravenous feeding that provides patients with all essential nutrients when they are unable to feed themselves
Veno-occlusive disease (VOD): a disease that sometimes occurs following high-dose chemotherapy and/or radiation, in which the blood vessels that carry blood through the liver become swollen and clogged
White blood cell: a type of blood cell produced in the bone marrow that is responsible for fighting infections
Whole blood: blood that has not been separated into its various components
Common Medications
- Acyclovir: medicine to prevent/treat infections caused by Herpes simplex virus (cold sores) and zoster virus (chicken pox, shingles)
- Amphotericin B: an antifungal drug
- Bactrim: an antibiotic.
- Benadryl: a medication administered frequently prior to the administration of blood products and other treatments to prevent reactions. This may also be used to reduce itching or as a sleeping medication.
- Ciprofloxacin: an antibiotic
- Cydosporin: a graft-rejection immunosuppressive medication used to prevent graft-versus-host-disease
- Demerol: a narcotic frequently used to prevent/treat shaking and chills
- Folic Acid: a "B" vitamin that aids in bone marrow/stem cell maturation
- Fluconazole: an antifungal drug
- Heparin: a medication used to flush a central venous catheter when it is capped and not in use, to keep the catheter from clotting.
- Methotrexate: a chemotherapy drug used to prevent graft-versus-host-disease
- Mycostatin: a drug used to prevent/treat fungal infections
- Ovral: a medication used to prevent uterine bleeding
- Peridex: an oral rinse used to prevent/treat a variety of oral infections
- Prednisone: a type of oral steroid used to prevent and treat graft-versus-host-disease
- Tylenol (acetaminophen): a drug used to control fevers and minor aches and pains. It is used instead of aspirin because, unlike aspirin, it does not interfere with the clotting functions of platelets
- Vitamin B-12: a "B" vitamin that aids in the maturing of bone marrow and stem cells



