As shown in Figure 1, palliative care for the person with SCD requires that clinicians have biological expertise to better manage symptoms and to maintain or improve functional status. Similarly, clinicians with behavioral and community expertise are needed to deal with (a) personal (individual) factors, such as awareness of the genetic transmission of the disease and effective communication; and (b) external (environmental) factors, such as cultural norms that contribute to behavior, advance care planning or adherence to prescribed analgesic therapies. Attention to salient personal and environmental factors is important for implementing interventions at the personal or community level, thereby maximizing patient-centered and family-focused palliative care of people with SCD.

Model components. Personal factors and environmental factors are keys to understanding the constellation of factors that contribute to palliative care. Personal factors are either fixed characteristics or modifiable dimensions,⁷ such as age and ethnicity (fixed characteristics) and physical symptoms, and a sense of purpose and meaning (modifiable dimensions). Environmental factors include home, community and health care system factors that exist outside the person to influence health care outcomes.⁷ Palliative care is directed toward assessing and changing personal (individual) vulnerability or resilience factors that are modifiable, and it is directed toward manipulating or helping individuals to manipulate environmental factors that constitute risks or resources, with the goal of improving the quality of life. Care system interventions exist on several levels: the family, the larger social group (communities) and health care institutions, including health care providers, to facilitate awareness about the challenges of SCD and the life-threatening nature of the disease.

As shown in Figure 1, awareness of SCD transmission and disease trajectory and effective communication is central to advance care planning to allow the individual or the parents of a child to plan in advance of a critical event the type of care preferred. Ideally, advance care planning occurs before the patient and family are facing death. It also recognizes that individuals’ previous experiences with end-of-life experiences can influence subsequent advance care planning. Advance care planning indicates the type of care desired when one approaches death, be it aggressive medical treatment (e.g., mechanical ventilation, tube feeding, and cardiopulmonary resuscitation in persons with SCD) or be it solely aggressive palliative care to promote symptom control and maintain function. Providing comfort to the dying individual is important for managing the pain and symptom experience and to reducing complications during the bereavement process. Bereavement refers to having experienced the loss of someone significant through death.¹¹ Although bereavement is viewed as a normal life event, and most bereaved people transition through the grieving process without any outside intervention, various personal and/or environmental factors can make certain individuals vulnerable to negative physical and mental health outcomes.¹² For example, the death of a child, even one with SCD, is often seen as an unnatural event that can place a parent at risk for a negative health outcome, such as major depression. Offering support groups for bereaved parents, siblings, and friends or schoolmates or for raising awareness of and coping with SCD is a palliative care-oriented intervention, which is typically offered by communities (e.g., faith communities, organizations) or Comprehensive SCD Centers.

Because SCD is a recessive genetic disease, both parents must be carriers (sometimes referred to as having the “trait”) of an abnormal hemoglobin (at least one being Hb S) and/or have the disease (Hb SS) to produce offspring with SCD. In the U.S., SCD primarily affects African Americans (AA). The incidence is 1 in 500 births, and 10% (1 in 10) of AAs are carriers of the trait. If both parents are carriers of an abnormal hemoglobin gene, then with each pregnancy there is a 25% chance that the offspring will be born with SCD. There is also a 25% chance that the offspring will be born with normal hemoglobin, and a 50% chance that the offspring will be born with the trait that was carried by the parent(s).¹³ This inheritance pattern is illustrated in Figure 2. Gallo and colleagues, however, found that many parents are unaware of their potential to transmit SCD to their children.¹⁴

Awareness of SCD transmission. The Comprehensive Sickle Cell Center at the University of Illinois at Chicago (UIC), in partnership with board members of the Have A Heart For Sickle Cell Anemia Foundation, a not-for-profit community sickle cell advocate program, conducted an informal survey about sickle cell awareness. The overwhelming majority of people surveyed were not aware of the possibility of screening for SCD nor of whether they were carriers of sickle cell trait (SCT) or of other hemoglobin variants.¹⁵ Widespread community education and screening events are crucially needed to increase awareness in people at risk for SCT. Additionally, discussions with individuals with SCD and SCT should address a number of topics, for example: (a) disease burdens and consequences for both the affected individual as well as the caregiver; (b) the genetic transmission of SCD; and (c) the reproductive risks of having an affected child, as well as reproductive options that will allow for informed reproductive decisions and then the practice of appropriate reproductive health behaviors.¹⁶ This lack of awareness of the genetic transmission of the disease and lack of awareness of one’s own trait carrier status are both major areas requiring improved communication within families, communities, and the public health and health care systems.

There remains a lack of awareness of SCD transmission and care needs not only among the general population, but also (disturbingly) among health care providers and those who are affected by this devastating disease. Griffin¹⁷ reported to the SCD Association of America-Dallas Chapter’s newborn screening program that challenges for proper SCD care included “a pervasive lack of awareness of sickle cell risk among the target population; a lack of effective parental notification and referral mechanisms to ensure family access to required testing, education, counseling and support services; inadequate parental health knowledge and health supervision to improve outcomes for children affected by SCD; and inadequate medical homes limiting children’s access to care that is accessible, family centered, culturally competent, compassionate, comprehensive and continuous.”¹⁷, page 1 Clearly, awareness of the key facts, decisions, and practices related to SCD transmission is an important area for a public health approach to palliative care that has been advocated by the International Workgroup on Death, Dying and Bereavement.¹⁸

Care communication issues. When parents give birth to a child with SCD, a number of communication issues become critically important for a palliative care approach to SCD. SCD is characterized by chronic hemolytic anemia, increased susceptibility to infections, end organ damage, and intermittent episodes of vascular occlusion that result in acute and chronic pain.¹ All of these complications compromise the quality of life for the person with SCD, as well as for the family. Helping each patient to attain optimal quality of life is the goal of palliative care,¹⁹ and this occurs through open and effective communication.²⁰ Effective communication among the health care professional team, patient and family is essential to positive patient outcomes, well-being, and satisfaction. Conversely, all too often, poor communication occurs between patients and health care professionals, which results in suspicion and mistrust.²¹ Patients perceive themselves as labeled as drug seekers (though occasionally they are), and they feel that the medical community is merely tolerant of them. These patients believe they are confronted by an unsympathetic system and hence respond to health care professionals in a hostile fashion. The end result is what we commonly see today, an adversarial relationship between the two groups. Utilization of good communication skills by health care professionals is vital to good health practice and healthy patient-provider relationships.²¹

Advance care planning. Ethical decision-making is another core value of integrated palliative care that should be integrated into the care of patients with SCD. For example, not only must SC patients make decisions on reproductive choices, but also they should make decisions regarding advance care planning. Advance care planning includes informed consent, surrogate decision-making, advance directives and “do not resuscitate” orders (DNR). Much progress has been made in the management of SCD, especially among the pediatric population; however, these patients’ life expectancy is significantly lower than that of the general population.² Integrated palliative care facilitates advance care planning discussions across the life span.

Individuals with decision-making capacity have a legal and ethical right to participate in health care decision-making. Ethical guidelines require five elements in order for informed consent to occur: (1) person must have capacity to make decisions; (2) all relevant facts must be disclosed; (3) person must understand what has been disclosed; (4) the decision must be voluntary; and (5) the person must give consent.²² For the person lacking capacity for decision-making, there are basic standards for surrogate decision-making that ensure that the person’s previously stated wishes are honored. Two examples are substituted judgment standard and best interest standard. Substituted judgment standard is doing what the patient would have chosen if he or she were able to choose. Written evidence such as advance directives; verbal evidence, such as conversations with family, friends, or professionals regarding their wishes; and relational evidence, personal knowledge of an individual, are acceptable forms of evidence for the substituted judgment standard. The best interest standard applies if there is no available information of what a person would have wanted: then surrogates are obligated to do what is in the patient’s best interest.²²

Advance directives are a way that individuals can make their wishes for end-of-life treatment known in advance of losing their decision-making capacity. Advance directives usually take the form of written evidence of a person’s wishes. There are two basic types of advance directives: one that stipulates one’s treatment preferences (e.g., living wills); and the other that stipulates who will be the surrogate decision makers (e.g., a durable power of attorney for health care). Typically, advance directives are completed more frequently by white, middle- to upper-class individuals than by individuals of ethnic and minority populations. Generally, some groups in the U.S. fear that they may be denied treatment at the end of life and who therefore are unlikely to complete an advance directive. A DNR order serves as written evidence that informed consent discussion has occurred between the health care professional and the patient or his/her legal surrogate.²²

Currently, newborn screening for hemoglobinopathies is practiced in all 50 states. Hence, in contrast to previous years, the parents of virtually all SCD patients in this country become aware of their child’s condition shortly after birth. Upon being informed for the first time of the diagnosis of SCD in their newborn child, parents face a multitude of issues. Although most have heard of SCD, unless they or another family member also have the disease, parents are likely to have little understanding of the condition or its potential impact on the health and life expectancy of their children. Many new parents are surprised to learn that they were at risk of having a child with SCD, and were unaware that they and/or their partner were carriers of a genetic abnormality. In addition to feeling guilt for having passed on a genetic illness to their child, they may feel helpless or uncertain for the future.

From early in life and throughout their lives, people with SCD have great need for palliative care. Although a child with SCD is asymptomatic at birth (due to high levels of fetal hemoglobin), by three to six months of age the child is at risk for early complications of the disease. Frequently, dactylitis or “hand-and-foot syndrome” is the first clinical manifestation in an infant or toddler with SCD. Dactylitis is characterized by swelling of the dorsum of the hands or feet, or swelling of the fingers or toes. Progressive loss of splenic function begins in infancy and leads to a lifelong risk for potentially deadly bacterial infections, such as septicemia, pneumonia, meningitis, and osteomyelitis. Because of infection risk, young children with SCD are frequently hospitalized when they develop a fever. Infants or young children may develop potentially fatal splenic sequestration crises, due to trapping of the blood by the dysfunctional spleen, or aplastic crises associated with common viral infections (e.g., parvovirus). In these situations, red blood cell transfusions may be life-saving. Parents may feel ambivalent or fearful of the risks of transfusions, or may have religious objections, lending further emotional trauma to such situations. Families find themselves needing to adapt their lifestyles to accommodate frequent visits to the doctor or hospital, daily medications, blood tests and other medical procedures.

In addition to infections, the risk for certain complications of SCD begins early in life and continues throughout life. Examples³⁵ include painful vaso-occlusive crises and acute chest syndrome, which is an acute illness characterized by fever and respiratory symptoms in an SCD patient and accompanied by a new pulmonary infiltrate on a chest X-ray.³⁶ This syndrome of pulmonary infarction may arise from a variety of causes, including bacterial or viral pneumonitis, pulmonary infarction, fat embolus from marrow necrosis during vaso-occlusive crisis, or acute respiratory compromise. Although more common in young children, the condition is much more likely to be fatal in adults.³⁷

School-aged children with SCD face additional challenges. Painful crises or hospitalizations may lead to frequent school absences, with difficulty in maintaining school performance and passing grades. Risk for debilitating strokes is high throughout the school years, with a peak incidence for cerebral infarction at about 7 years of age.³⁸ The vascular pathology leading to infarctive strokes in SCD children is incompletely understood, but frequently involves the large cerebral arteries. In this case, inflammatory endothelial damage results from adherent sickle cells or the products of hemolysis in conjunction with high blood flow rates due to anemia and vasoconstriction from nitric oxide depletion. Intimal hyperplasia ensues, the caliber of the affected vessels narrows, and a thrombus ultimately occludes the vessel.³⁹ A child having a stroke or found through screening to be at high risk for a stroke may start a chronic red blood cell transfusion program. This involves transfusions approximately monthly; this is about 90% effective in reducing stroke risk.³³ Because discontinuing a program of regular transfusions is associated with return of high stroke risk,⁴⁰ chronic transfusion therapy may be maintained for many years. This is not without risks. Chronic transfusion therapy leads to excessive iron accumulation in body organs (transfusional hemosiderosis), which results in liver, cardiac or endocrine abnormalities, and potentially contributes to premature mortality.⁴¹ In addition to overt strokes, a different CNS lesion known as “silent infarction” may be found in children with SCD.⁴² These children may experience attention deficit, hyperactivity or various learning disabilities. Silent infarcts, which can be diagnosed based upon characteristic brain lesions seen on MRI,^{43, 44} may progress to overt stroke.⁴⁵ Neuropsychiatric testing and development of an individualized education plan at school may help a child perform to his or her fullest potential.

Children and teens with SCD face additional physical and social challenges. The renal damage caused by SCD leads to loss of urinary-concentrating ability during childhood.⁴⁶ As a result, young people with SCD have a high incidence of primary enuresis, which may be embarrassing. Body image issues are common in adolescents and teens with SCD; these frequently include short stature and delayed puberty,⁴⁷ as well as chronic jaundice. Participation in sports and physical activities is frequently limited. Not only do chronic anemia and propensity to dehydration limit the exercise capacity of SCD patients, but also painful crises may be triggered by vigorous exercise or environmental extremes, including summer heat, swimming in cold water, or travel to high altitudes. Despite these limitations, physical activity may be beneficial in SCD patients⁴⁸ and should be judiciously encouraged. Denial, or a desire to be like other teens, may induce a patient with SCD to engage in risky behaviors,⁴⁹ or to forgo his or her medications or medical treatments, sometimes with serious consequences.

As teens grow into adulthood, the transition to being an adult living with a chronic medical condition is difficult.⁵⁰ The young adult must leave the familiar setting of the pediatric physicians and nurses who have cared for the patient for his or her entire life, and establish a relationship with an unfamiliar medical care team. In addition, the responsibility for managing the patient’s medical condition, taking medicines, making appointments, etc., is transferred from the parent to the patient. Medicaid or parental private insurance coverage terminates at the age of majority, and the patient must secure new medical coverage through an employer, Medicare or SSI (Supplemental Security Income) disability. If the pediatric sickle cell center has a transition program, that program may be a valuable resource in guiding the patient through this process.⁵¹

Certain medical complications of SCD become increasingly frequent in the teenage to young adult years. Because of sickle vasculopathy and poor wound healing, cutaneous leg ulcers may arise from apparently trivial injury, such as insect bites or minor abrasions.⁵² Ulcers may become large and debilitating, sometimes lasting for years. Avascular necrosis of bones occurs, most frequently in the femoral head, leading to chronic hip disease.^{53, 54} The patient ultimately may need a hip replacement in order to relieve pain and restore function. Avascular necrosis also may occur in the humeral head, leading to shoulder dysfunction. Collapse of infarcted vertebral bodies may lead to chronic back pain. Vasculopathy also leads to sickle retinopathy,⁵⁵ which includes retinal hemorrhages, neovascularization and retinal detachment, and may lead to blindness. This complication is particularly frequent in patients with hemoglobin SC disease.⁵⁶ Frequent eye exams are essential to identifying and treating retinal vascular lesions early.⁵⁷ Cholelithiasis is a frequent complication of SCD. If asymptomatic, no intervention is required; however, cholelithiasis may progress to symptomatic cholecystitis requiring cholecystectomy.⁵⁸

Priapism, a painful, prolonged involuntary erection, is a potentially serious condition in teens and young men with SCD. It may occur repeatedly; recurrent priapism leads to lifelong impotence in many cases.⁵⁹ Priapism frequently begins at night, and prompt interventions that patients may try at home include voiding, ejaculation, warm baths and analgesics.⁶⁰ However, the occurrence of a painful erection lasting more than two hours should be considered an emergency, and the patient should seek medical attention immediately, in order to reduce the risk for impotence. There is no universal approach to the medical management of priapism, but intervention may include oral vasoactive agents, transfusion, penile aspiration and injection with epinephrine or phenylephrine, and surgical shunting.⁵⁹

Although many women with SCD can safely bear children, pregnancy is considered high-risk⁶¹ due to a high frequency of sickling complications, as well as spontaneous miscarriage, preeclampsia, premature delivery and low birth weight infants. Teens and young adults should be counseled to use effective methods of birth control to avoid unintended pregnancies. When they become pregnant, women should initiate prenatal care promptly from an obstetrician experienced in the management of SCD. Teens and young adults with SCD should receive genetic counseling, in order to understand the risk of having children with SCD. Their partners should also be tested for a hemoglobinopathy; this testing should be by means of hemoglobin electrophoresis or HPLC (high-performance liquid chromatography), and not merely a sickle prep, as the latter will miss other hemoglobinopathies such as hemoglobin C or beta thalassemia.

Due to chronic pain, physical disabilities, frequent acute pain episodes or other complications resulting in hospitalization, SCD patients may be fired for excessive job absences, and may have difficulty in securing employment. Employed patients should be encouraged to file federal Family and Medical Leave Act papers with their employer, to protect their jobs whenever possible. Similarly, patients may experience difficulties with marital and other personal relationships.

Despite medical advances, SCD in adults is a debilitating disorder leading ultimately to premature mortality. The Cooperative Study of SCD (CSSCD), a national study of the natural history of SCD, found in 1994 that patients with persistently high levels of fetal hemoglobin (Hb F) had prolonged survival compared to those with low Hb F. The protective effect of Hb F has been observed for many years⁶² and forms the basis for the treatment of patients with hydroxyurea,⁶³ a chemotherapy agent capable of inducing Hb F production in some SCD patients. Long-term follow-up of patients who participated in a definitive trial of hydroxyurea therapy⁶⁴ has provided some preliminary evidence that use of this drug may prolong survival. Patients often succumb to chronic organ failure, dying from an illness that under other circumstances would not be fatal. Common causes of death include pulmonary hypertension, sudden death due to unknown causes, renal failure, ACS or acute multi-organ failure, often in the context of hospitalization for painful crisis, sepsis, cardiac disease, thromboembolism, stroke, or iron overload.⁶⁵ Frequently, more than one of these conditions contributes to the death.

Many different pain syndromes are associated with the sickle hemoglobinopathies; however, the most common is the acute vaso-occlusive crisis, which represents over 90% of admissions to the hospital for SCD.³⁵ Acute vaso-occlusive crisis is a complicated physiologic event, involving endothelial red blood cell interaction, leukocyte adhesion, hemoglobin polymerization, and coagulation activation, to mention a few.⁷⁰ It has been described as having four phases. The first phase is prodromal, with symptoms of numbness, aches, and paresthesias that develop in areas subsequently affected by pain. This phase can last up to two days. The second phase, the initial infarct, shows increasing pain that usually peaks by the second or third day. This phase is followed by the post-infarction phase, with persistent and severe pain associated with signs and symptoms of inflammation, followed by the resolution phase.³⁵ The pain may involve any part of the body, and its severity and time from development to resolution can vary greatly. Someone can be well, and a few minutes later in severe pain, needing admission to the hospital, whereas for others their pain can be easily controlled at home. Other causes of acute pain include the acute chest syndrome, hepatic crisis, cholecystitis, priapism, hand-and-foot syndrome, and splenic sequestration syndrome. Chronic pain can be associated with avascular necrosis of joints, skin ulcers, osteomyelitis, and chronic pain syndromes, including neuropathic pain.³⁵

The CSSCD’s prospective study of the natural history of pain in people with SCD is the largest prospective study of the natural history of pain in subjects with SCD.⁷¹ The study followed 3,578 children and adults and documented 12,290 pain episodes in 18,356 patient years. A pain episode was defined as pain in the extremities, back, abdomen, chest, or head that lasted at least 2 hours, required a visit to the hospital, and could only be explained by SCD. Subjects with hemoglobin SS and those with hemoglobin sickle beta thalassemia⁰ had higher mean pain frequency (0.8 and 1.0 episodes/year) compared to subjects with hemoglobin SC disease or hemoglobin sickle beta thalassemia⁺ (0.4 episodes/year). These investigators also showed the wide variability in the frequency of these painful episodes within each phenotype. As defined for the study, 39% of subjects had no pain episodes/year, while 1% of subjects had 6 or more/year.

The CSSCD researchers also found significant differences in the frequency in pain episodes between age groups, with children 4 years of age or less having 0.4 episodes/year and those 25 to 29 years of age having 1.21 episodes/year. ⁷¹ A lower fetal hemoglobin and higher hemoglobin were independent risk factors for these pain events. Although there is little doubt as to the importance of the CSSCD pain study, it may not represent fully the pain experience of those with SCD. In order to be considered a painful event, the subject’s pain needed to be severe enough to be seen by a health care provider, and if they had more than one event in a week, it was considered as one event. Therefore, the number of painful episodes may be under-represented.

The pain experiences of those with SCD are much more frequent and complex than the CSSCD study suggested. Nurse scientists have contributed substantially to understanding the sensory, emotional, cognitive, temporal characteristics of acute pain in children with SCD by using the Adolescent Pediatric Pain Tool.^72–74 Dampier et al. reported on 37 child and adolescent subjects with SCD who completed pain diaries at home, for a total of 18,377 pain diary days.⁷⁵ Only two subjects did not report pain during the study, whereas the remaining 35 reported 518 pain episodes. Smith et al.⁷⁶ prospectively studied 232 adults with SCD for up to six months, using a daily self-reported pain diary. They found that subjects reported pain on more than 50% of the days, and 30% experienced pain on more than 95% of the study days. Importantly, only 22% of days that the subjects reported acute pain resulted in an admission.

Our group at UIC recently reported on the pain of 145 adults who used PAINReportIt,^®77 an electronic version of the McGill Pain Questionnaire.⁷⁸ We found that the SCD pain at a usual clinic visit was more severe than pain severity reported for cancer pain or childbirth pain.⁷⁹ Furthermore, our findings⁷⁹ suggested that the pain experienced by adults with SCD may include a component that is neuropathic (pain arising as a direct consequence of a lesion or disease affecting the somatosensory system),⁸⁰ in addition to the nociceptive pain (pain from injury to somatic or visceral tissue) commonly associated with a vaso-occlusive event.

Pain in people with SCD also has a significant impact on quality of life. Schwartz et al. studied 40 adolescent subjects with SCD and found that they miss 12% of the school year, and 35% missed at least one month of school.⁸¹ These investigators also reported that parent-reported pain frequency and attendance at clinic appointments were significantly associated with the school absenteeism.⁸¹

It is not clear why some people have more severe disease. Ballas, however, first suggested that there were two distinct phenotypes of sickle cell:⁸² those with frequent painful episodes and fewer leg ulcers, and those with fewer painful episodes, but more leg ulcers. Serjeant and others were also able to develop a twofold model with either predominantly painful crises or leg ulcer phenotypes in sickle cell subjects from Jamaica.⁸³ They also found that the painful crisis group had higher frequencies of dactylitis, meningitis, septicemia, acute chest syndrome, and stroke.⁸³ More recently, others have found a hyper-hemolysis phenotype to be more associated with elevated blood pressure, priapism, leg ulcer, and pulmonary hypertension, whereas osteonecrosis and pain occurred less often in this group.⁸⁴ Some pain syndromes can be addressed with specific procedures, such as arthroplasty for severe avascular necrosis, and surgery for cholecystitis, but the management of the acute vaso-occlusive event and chronic pain syndromes can be much more difficult.

Opioids are the mainstay for management of severe vaso-occlusive events; however, health care providers are often reluctant to provide adequate therapy. The reasons for inadequate medication use are complex.⁸⁵ A disturbing survey found that 53% of emergency department physicians and 23% of hematologists believed that more than 20% of those with SCD are addicts.⁸⁶ Using non-pain-related symptoms, however, Elander et al. showed that only 2% met DSM IV (Diagnostic and Statistical Manual of Mental Disorders, fourth edition) criteria for dependence,⁸⁷ whereas others found an incidence of 0.2% to 2.0%.⁸⁸ Studies are needed in people with SCD to determine the effect of drugs commonly used for neuropathic pain, such as gabapentin, on the pain that they describe with neuropathic descriptors. A palliative care approach that includes attention to the complete pain experience of SCD may help to improve outcomes and quality of life for this vulnerable population.

When patients cannot control their pain at home and need to go to the emergency department for care, Tanabe et al. found that the median time to administration of an initial analgesic was 90 minutes (25^th to 75^th interquartile range, 54–159 minutes).⁸⁹ These investigators also found that 92% received the recommended dose, based on American Pain Association Guidelines, but only 55% received the drug by the recommended route (intravenously or subcutaneously).⁸⁹

A major advance in the care of patients with SCD has been the acute care facility, or day hospital. In 1984, Grady Hospital in Atlanta opened a center, 24 hours, seven days a week, for adult patients with SCD. In addition to providing outpatient care, this facility substituted for the emergency department for most of the adult patients with SCD who were having painful events that they could not control at home (obstetric cases were triaged to obstetrics, trauma cases to trauma). The admission rate for those who now use this facility is only 20%, which reduced their admission rate from 2.5 to 0.5 active subjects/year, and improved patient satisfaction (personal communication with Alan Platt, PA). In 2000, Benjamin et al. reported on the Day Hospital of the Bronx Comprehensive Sickle Cell Center at the Montefiore Medical Center, Bronx, NY.⁹⁰ During their first five years of operation, they, too, were able to discharge more than 80% of the patients to home, compared to the emergency department’s 94% hospital admission rate.⁹⁰ Similar findings have been reported in the UK,⁹¹ in Jamaica,⁹² and for pediatric patients.⁹³ Unfortunately, there are few such facilities in the U.S.

The spectrum of losses includes those that often come to mind, as well as those rarely considered (Table 1). Grief is a normal response to loss. People of all ages have grief responses, but the responses differ by age, gender, and other factors (Table 2). Some grief responses persist and interfere with the individual’s health and functioning to the extent that the person is considered to have complicated grief. Uncomplicated grief is managed by the person and his/her communities (e.g., work, faith, neighbors) without need for professional help. In contrast, people with complicated grief often require counseling support from health professionals.

Many health professionals commonly express feelings of inadequacy at helping patients with SCD and their families cope with loss, grief and bereavement. Two simple strategies can be implemented to help patients, families, and health professionals cope with the loss, grief, and bereavement that is common in the face of SCD. One strategy is to recognize the importance of rituals to assist in coping with loss and grief. Rituals are embedded within our cultures and offer comfort, especially at the time of a death. Some health care professionals intentionally attend funerals of their patients as a means of offering support to the bereaved but also to help them cope with their sense of loss. It is also helpful for health professionals in clinics or inpatient units to participate in an annual remembrance of patients who died during the year with a recognition event.

Patients with SCD are at increased risk for morbidity and mortality. The life span of patients has improved over the years, which can be attributed to multiple factors; however, living with SCD still has numerous challenges. Patients must deal with having a chronic disease that often requires frequent hospital and outpatient visits. Patients with SCD live on average into their mid-forties and can have multiple physical and emotional struggles along the way, including leg ulcers, chronic hip pain, relationship challenges, marital discord, and difficulty maintaining insurance coverage. A person-centered and family-focused approach to care can help patients manage the multifaceted challenges of living with SCD.

Communication is important between the health care team and families with SCD. Oftentimes, parents with SCT may not be aware of the potential to transmit SCD to their offspring. Adolescents and young adults, therefore, must be aware of the potential of producing a child with SCD, who will have a decreased life span compared to his/her peers. Advance care planning, including informed consent, surrogate decision-making and the development of advance directives, can aid in improving the patient’s quality of life, which is the ultimate goal of a palliative care approach.

Patients with SCD and pain crises make up the vast majority of admissions to the hospital. Although the exact genetic mutation that causes SCD has been known for years, there has been a lack of quality pain research. Researchers are just beginning to understand the broad impact of frequent admissions to the hospital for pain, including routinely missing school and work. With the advent of recent research and establishment of day hospitals for managing patients’ pain, admission rates can be significantly decreased.

Grief responses may differ for patients, depending on age and gender. Some patients “lose” their ability to provide for their families and fulfill their family roles. When grief responses interfere with an individual’s ability to function, counseling from health care professionals may help. Additionally, health care professionals may be better equipped to manage their patients’ pain by improved communication and connection with their families.