Transplants are performed for organs such as kidney, liver, heart, intestine, pancreas, heart-lung, and kidney-pancreas. However, the kidney, liver, and heart are the most commonly transplanted organs. In 2000, doctors performed 13,333 kidney, 4,950 liver, and 2,197 heart transplants. Of these, children made up 617 of the kidney recipients, 569 of the liver recipients, and 274 of the heart recipients. Organ transplants were performed at 261 centers, which had one or more specific organ transplant programs, in 1998. Some of these centers accept both adults and children, and others are for children only. In 1998, pediatric kidney transplants were performed at 129 of the 241 centers that performed kidney transplants; pediatric liver transplants were performed at 77 of the 116 centers that transplanted livers; and pediatric heart transplants were performed at 54 of the 134 centers that transplanted hearts. In 1984, Congress enacted the National Organ Transplant Act (P.L. 98-507), which requires HHS to establish the OPTN. In 1986, HHS awarded the OPTN contract to UNOS, which operates the network under HRSA’s oversight. The OPTN develops national transplantation policy, maintains the list of patients waiting for transplants, and fosters efforts to increase the nation’s organ supply. OPTN members include all transplant centers, organ procurement organizations, and tissue-typing laboratories. Only a small fraction of those who die are considered for organ donation. Most cadaveric organs derive from donors who have been pronounced brain-dead as a result of a motor vehicle collision, stroke, violence, suicide, or severe head injury. When an organ becomes available, staff from the local organ procurement organization typically identify potential recipients from the OPTN computerized waiting list. Patients are ranked on the OPTN waiting list according to points assigned on the basis of time waiting, medical urgency, organ size, and the quality of the tissue-type match between the donor and the potential recipient, as determined by antigen matching. The criteria that determine the order of candidates on the list are applied or defined differently for each type of organ and for pediatric versus adult patients. With certain limitations, organs from pediatric donors can be transplanted into adults, and vice versa. The UNOS computer matches each patient in the OPTN database against a donor’s characteristics and then generates a different ranked list of potential recipients for each transplantable organ from the donor. Organs are generally allocated first to patients waiting in the local organ procurement organization’s service area, with priority based on a patient’s severity of illness. If a matching recipient is not found locally, the organ is offered regionally and then nationally. Organ allocation policies are revised from time to time to reflect advancements in medical science and technology. Title XXI of the Children’s Health Act of 2000 (P.L. 106-310, October 17, 2000) requires the OPTN to recognize the differences in organ transplantation needs between children and adults and adopt criteria, policies, and procedures that address the unique health care needs of children. In addition, the OPTN is to carry out studies and demonstration projects for improving procedures for organ procurement and allocation, including projects to examine and to increase transplantation among populations with special needs, such as children and racial or ethnic minority groups. Finally, the act requires the Secretary of HHS to conduct a study and make recommendations regarding the (1) special growth and developmental issues that children have before and after transplant; (2) extent of denials by medical examiners and coroners to allow donation of organs; (3) other special health and transplantation needs of children; and (4) costs of the immunosuppressive drugs that children must take after receiving a transplant and the extent of their coverage by health plans and insurers. (For a discussion of children’s access to these necessary medications, see app. I.) The Secretary must report to the Congress by December 31, 2001. Pediatric patients in need of an organ transplant continue to face a shortage of donated organs. From 1991 through 2000, the number of pediatric organ donors each year has remained relatively constant, even though the number of potential pediatric donors decreased. The number of adult donors has increased significantly during the same period, in large part because donor eligibility criteria have been expanded to include older donors and donors with certain diseases that were not accepted in the past. Simultaneously, the demand for organs for pediatric patients has grown substantially, with the number of children on waiting lists for organ transplants more than doubling. However, compared to adults, children account for a small number of transplant candidates. Several factors can prevent the recovery of organs from a potential donor. Refusal by the family to give consent for donation is the primary reason for nonrecovery of an organ, but failure by health professionals to identify potential donors or approach families and refusal by medical examiners and coroners to release the body also account for significant losses of transplantable organs. Nonetheless, organs are recovered from a higher proportion of potential pediatric donors than potential adult donors. The number of pediatric donors has held relatively steady despite a drop in the number of potential donors. Our analysis of 1989 through 1997 mortality data for children showed a 20-percent decline in deaths of the kinds that are most likely to result in organ donation, such as those resulting from head trauma, motor vehicle collisions, and violence. (See app. II for a complete list of these causes of death.) Mortality for potential donors up to age 19 years declined from 24,069 deaths in 1989 to 19,327 in 1997, the latest data available at the time of our analysis (see table 1). OPTN data show that from 1991 through 2000, while the number of pediatric donors remained relatively constant, the number of adult donors increased 45 percent (see fig. 1). The large increase in the number of adult donors is primarily due to changes in the criteria for accepting organs from a donor. At one time, organs were accepted only from someone who had been declared brain-dead and was relatively young and free from diseases that could affect organ quality. However, because of the continuing shortage of transplantable organs, transplant professionals have gradually expanded the criteria for acceptable organs. Older individuals and persons with certain medical conditions who previously would have been excluded from donating organs can now be donors.From 1991 through 2000, the number of cadaveric donors aged 50 to 64 increased 108 percent, and the number of cadaveric donors aged 65 or older increased 272 percent. The number of children waiting for a transplant has increased over time, but not as much as for adults (see fig. 2). OPTN data show that the number of pediatric patients awaiting transplants increased from 1,010 in 1991 to 2,299 in 2000, a 128-percent increase. The number of adults on the waiting list has increased even faster, from 23,709 in 1991 to 77,047 in 2000, a 225- percent increase. These increases have been spurred by advances in medical science and technology, which have made transplantation a more acceptable medical procedure; improvements in immunosuppressive medications, which have increased survival rates; and an increase in the incidence of certain diseases that lead to end stage organ failure. Despite these increases, the proportion of patients awaiting transplant who are children has remained fairly constant from 1991 through 2000, at between 3 and 4 percent overall. Several factors can prevent the recovery of organs from potential pediatric and adult donors and thus contribute to the continuing shortage of transplantable organs for both children and adults. For example, for many potential donors, families refuse to give consent for organ donation. For others, health care professionals may fail to offer the families the opportunity to donate. Further, some medical examiners and coroners believe that the need to preserve forensic evidence in certain types of cases, such as suspected child abuse and sudden infant death syndrome, makes it impossible for them to allow organ donation to proceed. The Association of Organ Procurement Organizations (AOPO) recently conducted a study at 31 organ procurement organizations on the reasons why potential adult and pediatric donors do not become organ donors. The study found that consent was not given for 39 percent of potential donors and only 41 percent of suitable individuals actually become organ donors. AOPO provided us with the survey data from the referral, request, and organ recovery processes for the pediatric patients. As our analysis shows in table 2, of the 2,420 potential pediatric donors, organs were recovered in 1,230 cases, or about 51 percent of pediatric cases, a rate higher than the overall donation rate. Family refusal (25 percent) was the most common obstacle to organ recovery, but this occurred less frequently for potential pediatric donors than for the entire group of potential donors. Most pediatric organs are transplanted into adults because adults make up the vast majority of patients waiting for an organ transplant and therefore are more likely to be at a higher status on local organ waiting lists than children. However, the degree to which pediatric organs are transplanted into adults varies by organ. In particular, adult patients receive more pediatric kidneys than pediatric patients do, partly because of the importance of tissue-type matching criteria in the allocation of kidneys.While most pediatric kidneys are transplanted into adults, adult kidneys are sometimes transplanted into children. The situation is different for livers and hearts, where organ size is an important determinant of suitability. Livers and hearts from children under 10 are usually transplanted into pediatric patients, whereas those from children aged 11 to 17 are usually transplanted into adults. Figure 3 shows the distribution of pediatric kidneys, livers, and hearts to pediatric and adult recipients. (See app. III for a detailed listing of the distribution of kidneys, livers, and hearts by age of donor and recipient.) Pediatric livers and hearts that are given to adults have sometimes been refused beforehand for a pediatric patient by the patient’s physician for various medical or logistical reasons. Adult organs are also transplanted into children, but in much smaller numbers. Although the majority of pediatric kidneys are transplanted into adults, some adult kidneys are transplanted into children. From 1994 through 1999, adult donors provided 81 percent of the kidneys procured and pediatric donors provided 19 percent (see table 4 in app. III). Of the adult kidneys, 4 percent were transplanted into children. Of the pediatric kidneys, 93 percent were transplanted into adults. Figure 4 shows the distribution of pediatric kidneys by age of donor and recipient. During that period, 32 percent of the kidneys given to pediatric recipients came from children, and 68 percent came from adults. Kidneys from pediatric donors are most often transplanted into adults because children make up only a small portion of the kidney waiting listand because of the importance of antigen matching as a ranking factor for this organ. Also, the matching criteria for kidneys generally do not include the size (weight and height) of the donor and recipient. When kidneys from small children are given to adults, they are typically transplanted en bloc, meaning that both kidneys are transplanted into the recipient. Transplant center representatives told us that adult kidneys are often preferred for children because of the larger kidney mass. If complications occur, the larger kidney is more apt to continue functioning than a small, pediatric kidney. For liver transplants, the sizes of the donor and the recipient are factors that are considered to obtain an organ of compatible size. From 1994 through 1999, adult donors provided 78 percent of the livers procured and pediatric donors provided 22 percent (see table 5 in app. III). Of the adult livers, 4 percent were transplanted into children. Of the pediatric livers, 63 percent were transplanted into adults, but this varied greatly by age of the donor. Most livers (81 percent) from donors aged 5 years or younger went to recipients in the same age group, and 4 percent went to adults. For the 6- to 10-year-old donors, 47 percent of the livers went to adult recipients, and for the 11- to 17-year-old donors, 89 percent of the livers went to adult recipients. Figure 5 shows the distribution of pediatric livers by age of donor and recipient from 1994 through 1999. During that period, 72 percent of the livers given to pediatric recipients came from children, and 28 percent came from adults. Unlike kidneys and hearts, livers can be reduced in size or split to accommodate the size of the recipient. A reduced-size liver from an adult donor can be transplanted into a pediatric patient. A split liver can yield a portion for an adult and a portion for a child. However, the number of livers that are either reduced or split is small. From 1994 through 1999, fewer than 2 percent of donor livers were reduced for transplantation, and about 1 percent were split for transplantation. Although using reduced or split livers can provide a needed transplant for children, initial studies found that survival rates were lower for pediatric recipients of these types of liver transplants. However, a recent OPTN analysis of 1997-99 transplants has shown similar 1-year survival rates for whole and split-liver transplants. Sometimes an organ from a pediatric donor is transplanted into an adult even though there is a higher-ranking pediatric patient waiting. This only occurs if the transplant center refuses the organ for the higher-ranked patient. According to OPTN data, 1,122 liver transplants occurred during 1997 and 1998 in which an adult recipient received a pediatric organ. Of these, 222 livers were each refused for at least one potential pediatric recipient who was ranked higher on the waiting list than the adult recipient. The most common reasons for refusing the pediatric liver for a pediatric patient involved administrative reasons (e.g., medical judgment, transportation, logistics, and distance concerns) (33 percent), donor size and/or weight (26 percent), and poor donor quality (18 percent). From 1994 through 1999, adult donors provided 75 percent of the hearts procured and pediatric donors provided 25 percent (see table 6 in app. III). Of the adult hearts, 3 percent were transplanted into children. Of the pediatric hearts, 39 percent were transplanted into adults, but this varied greatly by age of donor. For heart transplants, organ size is critically important both to proper functioning and to proper fit into the chest cavity. Hearts from small children, aged 5 years or younger, are therefore likely to be transplanted into children of the same age group. Of the hearts recovered from donors aged 5 years and younger, 93 percent were transplanted into recipients in the same age group, and 1 percent went to adults. During the same period, adults received about 24 percent of the hearts from donors aged 6 through 10 years, and 89 percent from donors aged 11 through 17 years. Figure 6 shows the distribution of pediatric hearts by age of donor and recipient. During that period, 83 percent of the hearts given to pediatric recipients came from children, and 17 percent came from adults. OPTN data indicate that 664 heart transplants occurred during 1997 and 1998 in which a pediatric organ was transplanted into an adult. Of these, 75 hearts were each refused for at least one pediatric patient who was ranked higher on the waiting list than the adult recipient. In these instances, the most common refusal reasons were donor quality (17 percent), donor size and/or weight (17 percent), administrative reasons (14 percent), and abnormal echocardiogram (14 percent). Although the patterns vary by organ and present a complex picture, pediatric patients appear to be faring as well as or better than adult patients, both while on the waiting list and after transplantation. Data from the OPTN and HHS on four key measures—time on the waiting list, deaths while waiting for a transplant, and 1- and 5-year post-transplant survival— show that children appear to fare as well as or better than adults, with some exceptions for very young patients and heart transplant patients. Other measures of importance for pediatric patients, such as growth and development, are not routinely part of the current OPTN data collection. Pediatric patients wait fewer days on average than adults for transplants. With the exception of infants under 1 year of age and heart transplant patients, death rates for pediatric patients on the waiting list are lower than those for adults. Again with the exception of infants under 1 year old, post-transplant survival rates for children generally appear to be equivalent to or better than those for adult patients at the 1- and 5-year post-transplant points. However, because the number of pediatric patients is small, variation across time by even a few pediatric patients on any of these measures could result in relatively large changes in the percentages. We report on the most current data available. In general, pediatric patients wait fewer days than adults for transplants (see fig. 7). Adults are likely to wait about twice as long as children for a kidney transplant. For patients added to the waiting list for a transplant in 1997, the median waiting time for pediatric kidney recipients ranged from 389 days for 6- to 10-year-olds to 548 days for 11- to 17-year-olds, while for adults the range was from 1,044 days for 18- to 34-year-olds to 1,150 days for 50- to 64-year-olds. For livers and hearts, the median waiting time for adult candidates was two to three times as long as it was for children. For livers, median waiting times for patients added to the waiting list in 1999 ranged across age subgroups from 182 to 318 days for children through age 10. For children aged 11 to 17 years, however, the waiting time was similar to waiting times for adults. Candidates aged 11 through 17 years waited 746 days, whereas adult waiting times ranged across age subgroups from 636 to 795 days. Across all age groups, waiting times for hearts were much shorter than they were for kidneys and livers because survival is lower without a transplant. Among heart transplant candidates added to the waiting list in 2000, median waiting times for children ranged from 52 to 86 days and for adults from 137 to 242 days across the different age subgroups. The death rates for pediatric patients on the waiting list vary considerably by organ, with pediatric patients having slightly lower rates than adults for kidneys and livers, but higher rates than adults for hearts (see fig. 8). In 2000, death rates for children waiting for a kidney transplant ranged from 0 to 92 per 1,000 patient risk years (i.e., years on the waiting list), whereas for adults they ranged from 36 to 104. Infants under 1 year old who were awaiting liver or heart transplants had considerably higher death rates than other pediatric or adult age groups; however, pediatric patients aged 1 year or older waiting for a liver transplant had lower death rates than adults. For patients waiting for a heart transplant, pediatric patients of all age groups had higher death rates than did adults. With the exception of infants under 1 year old, post-transplant survival rates (i.e., the percentage of patients alive at 1 and 5 years after transplant) for children generally appear to be as good as or better than those for adults (see figs. 9 and 10). In general, 1-year survival rates vary more by type of organ than they do by age group, with kidney transplant recipients having the highest survival rates and heart transplant patients having the lowest survival rates. Overall, survival rates for children at 5 years after transplant are better than adult survival for kidneys and livers. Children 5 years old and younger have lower 5-year survival rates for heart transplants. Organ allocation policies provide a number of protections for children awaiting transplants. The organ transplant community has recognized the distinctive needs of children waiting for a transplant, and the OPTN has revised organ allocation policies over time to consider the pediatric patient. The priority a child receives takes into account differences between children and adults in the progression and treatment of end stage organ disease. Prolonged waiting times can be more harmful for children than for adults because disease progression in children can be faster and their growth and development can be compromised without timely transplantation. The policies differ for each organ. For example, waiting time requirements for kidney transplants are less stringent for pediatric patients than for adult patients because of the unique problems children experience with end stage renal disease, including difficulties with dialysis. For livers, research showing better survival for pediatric patients who received a pediatric liver led to a policy change giving priority for pediatric livers to pediatric patients. For hearts, medical urgency status is determined differently for pediatric patients because pretransplant treatments appropriate for adults, such as heart assist devices, cannot always be used for children who are waiting for transplants. Current kidney allocation policy provides several protections for pediatric kidney patients because of the unique problems they experience in association with end stage renal disease. These problems include dialysis difficulties and disruption of growth and development due to renal failure. Early transplantation can avoid or ameliorate many of the effects of end stage renal disease experienced by pediatric patients. One advantage the allocation policy gives to pediatric patients concerns waiting time, one factor in determining priority for obtaining a transplant. Waiting time for children is measured from when they are placed on the waiting list, whereas, since changes to the adult kidney allocation policy in January 1998, waiting time for adults begins when they reach a certain stage of disease. Therefore pediatric patients can begin moving up in priority on the waiting list at an earlier point in their disease progression than can adult patients. In addition, pediatric patients receive higher priority for kidney allocation at the time of listing and until they reach 18 years of age, based on their age at listing. The criteria for granting this priority were first implemented by the OPTN in 1990 and have been altered several times, most recently in November 1998. Kidney transplant candidates less than 11 years of age at listing are assigned four additional points, and candidates aged 11 through 17 years are assigned three additional points. Another advantage was introduced by the OPTN in November 1998. It provides that patients who are less than 18 years old at listing, and have not received a transplant within a specified amount of time, must be the first in line to receive available kidneys, except for those that must be allocated to a patient with a perfect antigen match, to a patient needing a kidney plus a nonrenal organ, or to a patient whose immune system makes it difficult to receive organs. These specified times are within 6 months of listing for candidates up to and including 5 years of age, 12 months for those from 6 to 10 years, and 18 months for those from 11 to 17 years. The liver allocation policy for pediatric patients has been revised several times since 1994 to address conditions and challenges unique to pediatric patients. Children with chronic liver disease may deteriorate rapidly and unpredictably. Their growth and development may also be affected. The policy revisions redefine medical urgency criteria, focus on disease progression in children, and recognize factors distinctive to pediatric liver candidates. In June 2000, the OPTN approved a policy to give pediatric liver transplant patients preference over adult patients for livers from pediatric donors. Prior to the implementation of this change, the age of the donor was not a factor. Now, a pediatric liver is offered to a pediatric patient before an adult patient with the same medical urgency within the same organ distribution area. If no local matches occur in a given medical urgency category, the pediatric liver will be offered to a pediatric patient before an adult patient with the same medical urgency at the regional level. This change was made in response to the finding that pediatric liver transplant recipients have higher survival rates and better graft survival if they are transplanted with a pediatric liver rather than an adult liver. A study showed that pediatric patients receiving livers from pediatric donors during 1992 through 1997 had a 3-year graft survival rate of 81 percent, compared to 63 percent for children receiving an adult liver. Adults, however, had similar 3-year graft survival rates regardless of donor age. The OPTN policy also provides an advantage for pediatric patients with chronic liver failure. The policy places these patients at the highest medical urgency level when their condition worsens, a provision that is not in place for adult patients with chronic liver failure. Moving pediatric patients to the highest category provides the advantage of access to donated organs locally and regionally before all patients in lower categories. The heart allocation criteria have also been revised recently to reflect differences in treatment and progression of heart disease between children and adults. Before these revisions, the use of certain mechanical assist devices or other monitoring and treatment therapies was required for any patient to be included in the highest medical urgency categories. However, because some of these devices and therapies are generally not used with pediatric patients, the OPTN removed this requirement for pediatric patients in January 1999. The OPTN implemented two further revisions in May 2000. One change allows pediatric patients on the waiting list for a heart to retain their medical urgency status when they turn 18 rather than being subject to adult criteria. Another revision gives priority to pediatric heart transplant candidates, within each medical urgency category, for hearts recovered from 11- to 17-year-old donors. Children constitute a small proportion of patients in need of an organ transplant, but organ allocation policies have been designed to provide this vulnerable population with some special protections. Our examination of transplantation patterns across age groups and recent data on waiting times and death and survival rates indicates that pediatric patients do not appear to be at a disadvantage in the competition for scarce organs. These data show comparable or better outcomes for pediatric patients even before the most recent policy changes, such as the change to prioritize pediatric livers for pediatric recipients. We provided HHS with the opportunity to comment on a draft of this report. HHS provided technical comments, which we have incorporated where appropriate. We also provided a draft of the report to UNOS, and it provided technical comments, which we have incorporated where appropriate. As agreed with your offices, unless you publicly announce the contents of this report earlier, we plan no further distribution of it until 30 days from the date of this letter. We will then send copies to others who are interested and make copies available to others who request them. If you or your staffs have any questions about this report, please call me at (202) 512-7119. Another contact and key contributors to this report are listed in appendix IV. Coverage for immunosuppressive medications may be extended to children under Medicare, Medicaid, and private insurance. Pediatric patients may also gain access to prescription drug coverage through special state insurance programs for children. However, both adults and children may have difficulty in obtaining and retaining insurance coverage for the expensive immunosuppressive medications necessary for survival following transplantation. Further, gaps in coverage may occur during a transition from one type of insurance to another. For example, if a parent loses Medicaid eligibility, a child’s eligibility status could also be affected. In addition, coverage problems can arise for both Medicaid- and private- insurance-covered pediatric patients when they reach adulthood. Transplant recipients covered by Medicaid as children may become ineligible for continued coverage if they are able to obtain employment as they reach adulthood. Children covered by private insurance under a parent’s policy may be unable to afford coverage, given their expensive preexisting medical condition, when they grow too old to be covered by a parent’s policy. Data on the costs of immunosuppressive medications, actual payments, and patient cost-sharing by the various insurers are not readily available, so the level of the coverage cannot be specified with certainty. The proportion of transplant patients covered by different insurance programs can be used to derive an indication of coverage for immunosuppressive medications. Data from the Organ Procurement and Transplantation Network (OPTN) on the expected sources of payment for the pediatric transplants performed from 1997 through 1999 may serve as a general estimate of the share of immunosuppressive medications for children paid for by Medicare, Medicaid, and private insurance. OPTN data show that 4,835 transplants were performed on children up to age 17 from 1997 to 1999. Of these, 2,775 transplants were for livers and hearts, and 2,060 were for kidneys. As figure 11 shows, private insurance paid for almost half of the pediatric transplants for these three organs performed from 1997 through 1999, while Medicaid paid for 25 percent and Medicare paid for 14 percent of these transplants. For the same period, Medicare paid for an estimated 30 percent of pediatric kidney transplants because of its special coverage for kidney patients under the End-Stage Renal Disease (ESRD) program. Medicare coverage for transplants and the associated medications is provided to children either under a special entitlement to the Medicare program created by the Congress for those diagnosed with ESRD or by virtue of a parent’s enrollment as an eligible Medicare beneficiary. The Medicare program has special entitlement rules for patients with ESRD, the stage of kidney impairment that is considered irreversible and requires either regular dialysis or a kidney transplant to maintain life. To be eligible for Medicare entitlement as an ESRD patient, the patient generally must have been on dialysis for 3 months and must be (1) entitled to a monthly insurance benefit under title II of the Social Security Act (or an annuity under the Railroad Retirement Act), (2) fully or currently insured under Social Security, or (3) the spouse or dependent child of a person who meets at least the first 2 requirements. Currently, ESRD patients’ entitlement to Medicare—and thus coverage for immunosuppressive medications—ends 36 months after a transplant is performed. In contrast, individuals who are eligible for Medicare under other entitlement rules—that is, age 65 or disabled, and eligible for Social Security or Railroad Retirement benefits—currently receive unlimited coverage for immunosuppressive drug medications for the life of the transplant under Part B. Originally, Medicare limited immunosuppressive drug coverage to 1 year. However, the Omnibus Budget Reconciliation Act of 1993 (P.L. 103-66) expanded this coverage with a series of annual 6- month increases beginning in 1995. As a result, by 1998, Medicare patients received immunosuppressive medication coverage for 36 months after a transplant operation. In 1999, the Medicare, Medicaid, and SCHIP Balanced Budget Refinement Act of 1999 (P.L. 106-113) extended this immunosuppressive drug coverage benefit for an additional 8 months. Most recently, the Medicare, Medicaid and SCHIP Benefits Improvement and Protection Act of 2000 (P.L. 106-554) eliminated all time limits for immunosuppressive drug coverage under Part B of Medicare. Medicaid is a joint federal/state entitlement that annually finances health care coverage for more than 40 million low-income individuals, over half of whom are children. Medicaid coverage for children is comprehensive, offering a wide range of medical services and mandating coverage based upon family income in relation to the federal poverty level (FPL). Federal law requires states to cover children up to age 6 from families with incomes up to 133 percent of the FPL, and children ages 6 to 15 for incomes up to 100 percent of the FPL. Medicaid benefits are particularly important for children because of Medicaid’s Early and Periodic Screening, Diagnostic, and Treatment (EPSDT) Program. EPSDT, which is mandatory for categorically needy children, provides comprehensive, periodic evaluations of health and developmental history, as well as vision, hearing, and dental screening services to most Medicaid-eligible children.Under EPSDT, states are required to cover any service or item that is medically necessary to correct or ameliorate a condition detected through an EPSDT screening, regardless of whether the service is otherwise covered under a state Medicaid program. This would include immunosuppressive drugs. Private insurance, such as employer-sponsored health plans, generally covers all aspects of organ transplants, including follow-up care and necessary medications. Information is not readily available on private insurance coverage specifically for immunosuppressive medications. However, according to a 1998 national survey of employer-sponsored health plans, nearly all employers that offer health benefits include benefits for outpatient prescription drugs. In addition, a Kaiser Family Foundation survey of employer health benefits found that 96 percent of all firms with conventional fee-for-service plans and 99 percent of those with managed care plans cover prescription drugs. Privately insured organ transplant patients most likely will incur additional expenses for medications, however, such as out-of-pocket expenses for deductibles and copayments, because of limits on coverage. A recent survey of employers with 1,000 or more employees on strategies to control prescription drug expenditures found that 6 percent of employers cap annual benefits and 10 percent are considering doing so. The study also found that 41 percent of employers limit the quantities of prescription drugs and 7 percent are considering it. Moreover, 40 percent of employers now require higher copayments than previously, and 39 percent are considering it. The causes and circumstances of death that could reasonably result in a declaration of brain death and from which organ donation might be possible are listed in table 3. We used the International Classification of Diseases, 9th Revision, Clinical Modification (ICD-9-CM) codes to classify deaths by causes and circumstances. The following tables show the distribution of kidneys, livers, and hearts procured from all donors from 1994 to 1999, by age of donor and recipient. In addition to the above, Donna Bulvin, Charles Davenport, Roy Hogberg, Behn Miller, and Roseanne Price made key contributions to this report.

Summary: Pediatric patients in need of an organ transplant face a shortage of donated organs. The number of pediatric organ donors has remained relatively constant from 1991 to 2000, despite a drop in potential donors. The number of adult donors rose 45 percent during the same period, in large part because donor eligibility criteria have been expanded to include older donors and donors with diseases that have been prohibited in the past. Organ waiting lists for pediatric patients have more than doubled. Compared to adults, however, children account for a small number of transplant candidates. The degree to which pediatric organs are transplanted into adults varies by organ. Pediatric patients appear to be faring as well as or better than adult patients, both while on the waiting list and after transplantation. Allocation policies for kidneys, livers, and hearts provide several protections for children awaiting transplants. The priority a child receives takes into account differences between children and adults in the progression and treatment of end stage organ disease, with the policies differing for each organ.