Overview from
Commonwealth Fund President Karen Davis:
Patient safety: The U.S. ranks last on
patients experiencing a lab test error, including wrong tests
or delays in being notified about abnormal results.
Effectiveness: The U.S. ranks first on
provision of preventive services such as pap tests,
mammograms, and counseling on diet and exercise. However, it
ranks last on patients not filling a prescription, skipping a
recommended test, treatment, or follow-up, or not visiting a
doctor when needed due to cost.
Patient-centeredness: The U.S. ranks last
on patients leaving a doctor's appointment without getting
important questions answered.
Timeliness: The U.S. ranks last on
difficulty of getting needed care on nights or weekends;
Australia also ranks low on this measure. The U.S. and Germany
had the shortest waiting times for elective/non-emergency
surgery.
Efficiency: The U.S. ranks last on visiting
the emergency room for a condition that could have been
treated by a regular doctor.
Equity: The U.S. ranks last on disparities
between below- and above-average income groups regarding not
filling a prescription or skipping medication doses due to
cost.
"Our fragmented health care system and lack of a strong
primary care foundation show up in performance gaps throughout the
studies," says Fund President Karen Davis, the report's lead
author.
(press
"play" button to start video)
This report is based on two surveys of patients: the first was
conducted in 2004 among a nationally representative sample of
adults in Australia, Canada, New Zealand, the United Kingdom, and
the United States; the second was conducted in 2005 among a sample
of adults with health problems in the same five nations and
Germany. It ranks patients' ratings of various dimensions of their
health care, according to the Institute of Medicine's framework
for quality.
U.S. health care leaders often say that American health care is
the best in the world. However, recent studies of medical outcomes
and mortality and morbidity statistics suggest that, despite
spending more per capita on health care and devoting to it a
greater percentage of its national income than any other country,
the United States is not getting commensurate value for its money.
The Commonwealth Fund's cross-national surveys of patients' views
and experiences of their health care systems offer opportunities
to assess U.S. performance relative to other countries through the
patients' perspective—a dimension often missing from
international comparisons.
In 2004, we reported on U.S. performance using Commonwealth
Fund international survey data from 2001 and 2002. This report
updates these findings using data from two recent surveys. The
first survey was conducted in 2004 among a nationally
representative sample of adults in five nations: Australia,
Canada, New Zealand, the United Kingdom, and the United States.
The second survey was conducted in 2005 among a sample of adults
with health problems in the same five nations and Germany. This
report ranks the countries in terms of patients' reports on care
experiences and ratings on various dimensions of care. While
focusing on a limited slice of the health care quality
picture—patient perceptions of care received—as well as a
limited number of countries, the surveys nonetheless offer
valuable insights.
We organized patients' responses according to the Institute of
Medicine's (IOM) framework for quality, outlined in the six
bulleted points below. We then ranked each country's score on
individual items from highest to lowest. For each IOM quality
domain, we calculated a summary ranking by averaging the
individual ranked scores within each country and ranking these
averages from highest to lowest score.
Overall, the findings indicate that the U.S. health care system
often performs relatively poorly from the patient perspective. The
U.S. system ranked first on effectiveness but ranked last on other
dimensions of quality (Figure ES-1). It performed particularly
poorly in terms of providing care equitably, safely, efficiently,
or in a patient-centered manner. On measures of timeliness, the
U.S. system did not score as well as some of the other countries
and rarely received top scores. For all countries, responses
indicate room for improvement. Yet, the other five countries spend
considerably less on health care per person and as a percent of
gross domestic product than the United States. These findings
indicate that, from the perspective of the patients it serves, the
U.S. health care system could do much better in achieving
high-quality performance for the nation's substantial investment
in health.
Patient safety: Among sicker adults,
Americans had the highest rate of receiving wrong medications
or doses in the prior two years. Among sicker adults who had a
lab test in the past two years, adults in the U.S. were more
likely than their counterparts in the other countries to have
been given incorrect results or experienced delays in
notification about abnormal results, with rates double those
reported in Germany or the U.K. Rates of lab errors were also
relatively high in Canada.
Effectiveness: The indicators of
effectiveness in the 2004 and 2005 surveys were grouped into
four categories: prevention, chronic care, primary care, and
hospital care and coordination. Compared with the other five
countries, U.S. patients fared particularly well on receipt of
preventive care and care for the chronically ill, although all
countries had considerable room for improvement. Canada scored
well on primary care, and Germany ranked first on hospital
care and coordination. Across the indicators of effectiveness,
the U.S. ranked first and New Zealand ranked last.
Patient-centeredness: In 2004 and 2005,
survey questions asked patients to rate the quality of their
physician care in four areas: communication, choice and
continuity, patient engagement, and responsiveness to patient
preference. On measures of communication and patient
engagement, New Zealand ranked highest. Germany was first on
measures of choice and continuity, and Australia performed
well on responsiveness to patient preference. Across the
measures of patient-centeredness, Germany generally was
highest, followed by New Zealand. The U.S. ranked last on
nearly all aspects of patient-centeredness.
Timeliness: Germany and the U.S. stand out
among the six countries in terms of patients with health
problems reporting the least difficulty waiting to see a
specialist or have elective or non-emergency surgery. Yet
Americans, along with Canadians, were more likely to say they
waited six days or more for an appointment with a doctor or
had trouble getting care on nights and weekends. Across all
five measures of timeliness, Germany and New Zealand ranked
first and second, respectively. The U.K. ranked fifth, and
Canada ranked last.
Efficiency: The 2005 survey included four
questions on coordination of care that serve as indicators of
health care system efficiency. Compared with their
counterparts in other countries, sicker adults in the U.S.
more often reported that they visited the emergency room for a
condition that could have been treated by a regular doctor had
one been available and that their medical records or test
results failed to reach their doctor's office in time for
appointments. About one of four U.S. sicker adults reported
these concerns. U.S. sicker adults, along with their German
counterparts, also were more likely to be sent for duplicate
tests by different clinicians. On measures of efficiency, the
U.S. ranked last among the six countries, with Germany and New
Zealand ranking first and second, respectively.
Equity: Nine measures from the two surveys
gauged the extent to which patients' income affected their
ability to access care. The U.S. scored last on seven of the
nine measures of low-income patients not receiving needed care
and had the greatest disparities in terms of access to care
between those with below-average and above-average incomes.
With low rankings on all measures, the U.S. ranked last among
the six countries in terms of equity in the health care
system. The U.K. ranked first, with no or negligible
differences in terms of patients' access to care by income.
The U.S. is the only country surveyed with large numbers of
uninsured, and this contributed to its low rating for equity
in the health care system. But even among above-average income
respondents, the U.S. lagged considerably behind their
counterparts in other countries.
Summary and Implications
These rankings summarize evidence on measures of quality as
perceived or experienced by patients. They do not capture
important dimensions of effectiveness or efficiency that might be
obtained from medical records or administrative data. Patients'
assessments might be affected by their experiences and
expectations, which could differ by country and culture. Yet,
reports from the World Health Organization (WHO) that compare
health care system performance using measures such as life
expectancy, infant mortality, or preventable years of life lost as
well as health expenditures also suggest that the U.S. achieves
the least for its population among these six countries. A working
group—supported by The Commonwealth Fund and with experts from
each of the five countries surveyed in 2004, the Organization for
Economic Cooperation and Development (OECD), and WHO—developed a
set of indicators that provide measures of clinical effectiveness.
It found that none of the five countries included in the
study—Australia, Canada, New Zealand, the U.K., and the
U.S.—were systematically best or worst on measures of clinical
effectiveness, confirming the mixed story reported by patients.
On four of the six domains of quality of care included in the
Institute of Medicine framework, the U.S. performs relatively
poorly from the patients' perspective. On timeliness, the U.S.
performs about average. Effectiveness was the only measure on
which the U.S. system performed slightly better than the five
other countries, due largely to greater use of preventive care
services and better care for the chronically ill. Notably, both of
these dimensions of quality have been the focus of quality and
reporting measurement in the U.S. for more than a decade.
Findings from the 2004 and 2005 surveys confirm many of the
findings from surveys in 2001 and 2002. In the earlier surveys,
the U.S. ranked last on measures of patient safety,
patient-centeredness, efficiency, and equity. However, compared
with the earlier surveys, the U.S. has improved on measures of
effectiveness, from being tied for last place with Australia to
ranking first among the six countries. The earlier surveys
included only limited effectiveness measures while the more recent
surveys contained a broader array of measures.
The findings suggest that, if the health care system is to
perform according to patients' expectations, the U.S. will need to
remove financial barriers to care and improve the delivery of
care. Disparities in terms of access to services signal the need
to expand insurance to cover the uninsured and to ensure that the
system works well for all Americans. Based on these patient
reports, the U.S. should improve the delivery, coordination, and
equity of the health care system.
Citation
K. Davis, C. Schoen, S. C. Schoenbaum, A. J. Audet, M. M.
Doty, A. L. Holmgren, and J. L. Kriss, Mirror, Mirror on the
Wall: An Update on the Quality of American Health Care Through
the Patient's Lens, The Commonwealth Fund, April 2006
Note the enormous
inequity between the costs of care in the U.S. and the rest of the
"advanced" countries. Since, compared with all the other
countries cited, only the United States has introduced
"managed care."
And if it costs up
to twice as much to deliver lower quality, it would seem probable
that the chief change in the American healthcare system in the
past 20 years--the "managed-care experiment"--has been a
healthcare failure and a market failure as well. -- Jack C.
Schoenholtz, M.D., F.A.C.Psych.
*
*
*
Psychiatric
Terms
(from Weill Medical College
Department of Psychiatry)
Agoraphobia--fear
of having a panic attack (intense and overwhelming anxiety) in a
place where there is no one who can help you and you cannot easily
escape. This fear often keeps people from leaving home or
traveling.
Anorexia
nervosa--an illness in which a person cannot maintain normal
weight, is very afraid of gaining weight, sees oneself as heavy or
fat even though the person is significantly underweight, and
refuses to eat enough to maintain a normal body weight.
Anxiety
disorder--one in a group of illnesses in which the most
important symptom is anxiety. This group includes
Obsessive-Compulsive Disorder, Panic Disorder, Posttraumatic
Stress Disorder, Social Phobia and Specific Phobia.
Attention-deficit
hyperactivity disorder (ADHD)--an illness in which children,
teens or adults cannot pay attention, sit quietly, remember
instructions, wait for a turn or keep from speaking out when it's
not time to speak.
Avoidant
personality disorder--a persistent and rigid pattern of
avoiding social situations, low self-esteem, fear of criticism,
fear of being foolish, and fear of embarrassment.
Bipolar
disorder--another term for manic-depression, an illness in
which there are cycles of depression and mania.
Borderline
personality disorder-- a persistent and rigid pattern of
losing control of feelings and impulses, and extreme instability
in relationships and self-image. Behaviors often include
rage, self-mutilation, suicide attempts or threats, and intense,
stormy relationships.
Bulimia
nervosa--an illness in which there is frequent binge-eating
(that is, eating large amounts of high-calorie food in a short
period of time). The binges are followed by attempts to make
up for eating so much by vomiting, using diuretics or laxatives,
strict dieting, fasting or vigorous exercise.
Dementia--a
brain disorder where there is loss of memory and other important
functions of the brain (for example, the ability to speak, the
ability to recognize ordinary things, the ability to plan or
organize).
Dependent
personality disorder--a personality problem in which a person
is unable to cope because of extreme lack of self-confidence, a
wish to have others assume responsibility for one's life, and
consistently putting the needs of another person before one's own
needs.
Depression--an
illness in which there is a long-lasting mood of sadness, despair
or discouragement in which a person has trouble functioning at
home, at work or at school. Symptoms may include slowed
thinking, lack of pleasure, guilt, hopelessness, and problems with
eating and sleeping.
Dissociative
disorders--illnesses that involve dissociation (splitting off
of groups of mental processes from consciousness), for example,
amnesia, or multiple personality disorder.
Eating
disorder--severe trouble with eating behaviors. Examples
are anorexia and bulimia.
Factitious
disorders (Munchausen)--an illness in which there are physical
or psychological symptoms that are intentionally produced in order
to assume the sick role.
Generalized
anxiety disorder (GAD)--an illness in which a person has
unrealistic or excessive anxiety about one or more problems.
Insomnia--trouble
falling asleep or staying asleep.
Mood
disorders--psychiatric illnesses in which the most important
symptoms are problems with mood.
Narcissistic
personality disorder--a psychiatric problem in which a person
behaves consistently with an exaggerated sense of self-importance
and specialness, uses other people, and lacks genuine feelings for
other people. People with this disorder often lack
self-esteem and need excessive admiration from others.
Obsessive-compulsive
(OCD)--one of the anxiety disorders in which a person has
obsessions (insistent thoughts, impulses or images that cannot be
dismissed) and/or compulsions (persistent urges to perform a
ritual, such as hand-washing or checking things)
Obsessive-compulsive
personality disorder--a persistent preoccupation with
orderliness, perfectionism, and mental and interpersonal control,
at the expense of flexibility, openness, and efficiency.
Oppositional
defiant disorder--a childhood disorder in which there is
uncontrollably negative and hostile behavior.
Panic
disorder--an illness in which a person has panic attacks
(sudden episodes of intense and overwhelming anxiety)
Paranoia--suspiciousness
caused by misinterpretation of actual events
Pervasive
development disorder (PDD)--one of several disorders that
begin in infancy, childhood or adolescence, causing severe and
pervasive problems in several areas: social interaction,
communication, or the presence of stereotyped behavior, interest
and activities. Includes autism and Asperger's Disorder.
Posstraumatic
stress disorder (PTSD)--an anxiety disorder in which living
through an overwhelming mental or physical stress is followed by
persistent symptoms of reexperiencing the event in the person's
mind, avoiding things that remind the person of the event,
numbness, and severe anxiety or irritability.
Psychotic
disorders--psychiatric disorders that causes loss of touch
with reality
Schizoaffective
disorder--a disorder in which there are problems both with
psychotic symptoms and with mood symptoms (mania or depression).
In
schizoaffective disorder there must be a period of time in which
psychotic symptoms are experienced with an abnormal mood.
Schizophrenia--a
disorder that includes psychotic symptoms such as delusions and
hallucinations which interfere with one's ability to function.
Seasonal
affective disorder--a disorder in which mood is strongly
affected by the season of the year.
Sleep
apnea--a sleep disorder in which a person gets very poor
quality sleep because he or she stops breathing repeatedly during
the night, causing the person to repeatedly wake up gasping for
air.
Sleep
disorders--disorders in which people have problems with sleep
Social
phobia--a disorder in which a person experiences severe and
overwhelming fear of all social situations or of specific social
situations, e.g. eating in public or using a public bathroom.
Specific
phobia -- an illness in which there is extreme fear caused by
a specific object or situation, e.g. spiders, dogs, high places,
closed-in places. This happens even though the person knows
the fear is excessive or unreasonable.
Substance
abuse -- using a substance (usually a street drug)
excessively, even when it hurts relationships with other people,
prevents doing well at work or school, ruins a person's health or
creates trouble with the law.
Substance
dependence -- addiction; needing to use a substance (usually a
street drug) so much that if the substance is stopped abruptly,
there are dangerous physical symptoms, like fever, shaking,
sweating, or seizures. Needing to use the substance/drug so
much that it keeps a person from working, going to school, having
good relationships and obeying the law.
Substance
related disorders -- a group of illnesses including problems
with substance (usually street drugs) abuse and dependence.
1. Psychosis
Psychotic symptoms (e.g., delusions, hallucinations) are commonly
seen during episodes of either mania or depression but are more
common in the former, appearing in over one-half of manic episodes
(41). Mood-congruent features during a manic episode probably are
not predictive of a poorer outcome, although early onset (before
age 21) of psychotic mania may predict a more severe disorder
(42). Mood-incongruent features have been identified in some (43)
but not all (44) studies to be a predictor of a shorter time in
remission. The presence of psychotic features during a manic
episode may not require an antipsychotic medication, although most
clinicians prescribe them in addition to a maintenance agent (45).
2. Catatonia
Catatonic features may develop in up to one-third of patients
during a manic episode (46). The most commonly observed symptoms
of catatonia in mania are motor excitement, mutism, and
stereotypic movements. Because catatonic symptoms are seen in
other psychiatric and neurological disorders, a careful assessment
is indicated for an accurate diagnosis. In addition, patients who
exhibit catatonic stupor may go on to show more typical signs and
symptoms of mania during the same episode of illness (47). The
presence of catatonic features during the course of a manic
episode is associated with greater episode severity, mixed states,
and somewhat poorer short-term outcomes (46). In treating
catatonia, neuroleptics have generally exhibited poor efficacy
(48). In contrast, prospective studies have demonstrated the
efficacy of lorazepam in the treatment of catatonic syndromes,
including those associated with mania (49-52). Since ECT is
probably the most effective treatment for catatonic syndromes
regardless of etiology, ECT should be considered if
benzodiazepines do not result in symptom resolution (48).
3. Risk of suicide, homicide, and violence
Like those suffering from major depression, patients with bipolar
disorder are at high risk for suicide (53,54). The frequency of
suicide attempts appears similar for the bipolar I and bipolar II
subtypes (55,56). Individuals with bipolar disorder repeatedly
have been shown to have greater overall mortality than the general
population (41). Although much of this risk reflects the higher
rate of suicide, cardiovascular and pulmonary mortality among
patients with untreated bipolar disorder is also high (41,57).
Known general risk factors for suicide also apply to patients with
bipolar disorder. These include a history of suicide attempts,
suicidal ideation, comorbid substance abuse, comorbid personality
disorders (58), agitation, pervasive insomnia, impulsiveness (59),
and family history of suicide. Among the phases of bipolar
disorder, depression is associated with the highest suicide risk,
followed by mixed states and presence of psychotic symptoms, with
episodes of mania being least associated with suicide (8,56).
Suicidal ideation during mixed states has been correlated with the
severity of depressive symptoms (10). In general, a detailed
evaluation of the individual patient is necessary to assess
suicidal risk (Table 1). Judgment of suicidal risk is inherently
imperfect; therefore, risks and benefits of intervention should be
carefully weighed and documented.
Long-term treatment with lithium has been associated with
reduction of suicide risk (56,60). Whether this reflects an
anti-impulsivity factor beyond lithium's mood-stabilizing effect
is not yet clear. Lithium may also diminish the greater mortality
risk observed among bipolar disorder patients from causes other
than suicide (61). It is unknown whether prolonged survival is
also seen with the anticonvulsant maintenance agents.
Clinical experience attests to the presence of violent behavior in
some patients with bipolar disorder, and violence may be an
indication for hospitalization (41). Comorbid substance abuse and
psychosis may contribute to the threat of criminal violence or
aggression (62-64).
4. Substance use disorders
Bipolar disorder with a comorbid substance use disorder is a very
common presentation, with bipolar disorder patients of both sexes
showing much higher rates of substance use than the general
population (65). For example, the Epidemiologic Catchment Area
study found rates of alcohol abuse or dependence in 46% of
patients with bipolar disorder compared with 13% for the general
population. Comparable drug abuse and dependence figures are 41%
and 6%, respectively (66,67). Substance abuse may obscure or
exacerbate endogenous mood swings. Conversely, comorbid substance
use disorder may be overlooked in patients with bipolar disorder
(68,69). Substance abuse may also precipitate mood episodes or be
used by patients to ameliorate the symptoms of such episodes.
Comorbid substance use is typically associated with fewer and
slower remissions, greater rates of suicide and suicide attempts,
and poorer outcome (70-73).
Treatment for substance abuse and bipolar disorder should proceed
concurrently when possible. It is also helpful to obtain
consultation from an addiction expert, such as an addiction
psychiatrist, or to arrange for concomitant treatment of the
bipolar disorder and the substance use disorder in a
dual-diagnosis program.
Alcohol abuse and its effects may affect bipolar disorder
pharmacotherapy. For instance, alcohol-related dehy-dration may
raise lithium levels to toxicity. Hepatic dysfunction from chronic
alcohol abuse or from hepatitis associated with intravenous
substance use may alter plasma levels of valproate and
carbamazepine (74). If the hepatic dysfunction is severe, the use
of these hepatically metabolized medications may be problematic.
In these cases, coordination with the patient's primary care
physician or gastroenterologist is recommended (75).
5. Comorbid psychiatric conditions
Patients with comorbid personality disorders pose complicated
diagnostic pictures. They are clearly at greater risk for
experiencing intrapsychic and psychosocial stress that can
precipitate or exacerbate mood episodes. Patients with comorbid
personality disorders generally have greater symptom burden, lower
recovery rates from episodes, and greater functional impairment
(76). In addition, these patients may have particular difficulty
adhering to long-term treatment regimens (77).
Relative to the general population, individuals with bipolar
disorder are at greater risk for comorbid anxiety disorders,
especially panic disorder and obsessive-compulsive disorder.
Comorbid anxiety disorders may predict a longer time to recovery
of mood episodes (78). Treatment for the bipolar disorder and the
comorbid anxiety disorder should proceed concurrently.
The presence of comorbid attention deficit hyperactivity disorder
(ADHD) in adults and children with bipolar disorder may make it
difficult to monitor changes in mood states. Of note, adults with
bipolar disorder and comorbid ADHD are likely to have experienced
a much earlier age at onset of their mood disorder relative to
those without comorbid ADHD (79).
1. Gender
A number of issues related to gender must be considered when
treating patients with bipolar disorder. Hypothyroidism is more
common in women, and women may be more susceptible to the
antithyroid effects of lithium (80). Additionally, rapid cycling
is more common in women (81,82). Treatment with antipsychotics
and, to a lesser extent, SSRIs may elevate serum levels of
prolactin and result in galactorrhea, sexual dysfunction,
menstrual disorders, and impaired fertility (83,84).
2. Pregnancy
Because many medications used to treat bipolar disorder are
associated with a higher risk of birth defects, the psychiatrist
should encourage effective contraceptive practices for all female
patients of childbearing age who are receiving pharmacological
treatment (85,86). Since carbamazepine, oxcarbazepine, and
topiramate increase the metabolism of oral contraceptives, women
taking these medications should not rely on oral contraceptives
for birth control (87-89). This effect does not occur with other
medications used to treat bipolar disorder.
Multiple clinical issues arise in relationship to pregnancy in
bipolar disorder patients. In order to permit discussion of the
risks and benefits of therapeutic options, a pregnancy should be
planned in consultation with the psychiatrist whenever possible.
Because of the higher genetic risk for bipolar disorder (90-92),
patients with bipolar disorder who are considering having children
may also benefit from genetic counseling (22).
a) Continuing/discontinuing medications.
Around the time of pregnancy, the risks and benefits of continuing
versus discontinuing treatment require the most thoughtful
judgment and discussion among the patient, the psychiatrist, the
obstetrician, and the father. Specific options include continuing
medication throughout pregnancy, discontinuing medications at the
beginning of pregnancy or before conception, and discontinuing the
medication only for the first trimester.
In clinical decision making, the potential teratogenic risks of
psychotropic medications must be balanced against the risk of no
prophylactic treatment, with the attendant risks of illness (93).
Although the course of bipolar disorder during pregnancy is still
unclear, some evidence suggests that pregnancy does not alter the
rate of mood episodes compared with other times (94). However, in
patients who have been stable on a regimen of lithium, the rate of
recurrent mood episodes is clearly increased by lithium
discontinuation, particularly when discontinuation is abrupt (94).
Should the decision be made to discontinue medication, the woman
should be advised about the potentially greater risk of mood
episode recurrence with rapid discontinuation of lithium (and
possibly other maintenance agents) compared with a slower taper
over many weeks (95).
Although direct evidence of a negative effect of untreated
psychiatric disorders on fetal development is lacking, antenatal
stress, depression, and anxiety are linked with a variety of
abnormalities in newborns (96-101). Additionally, during a manic
episode, women are at risk of increasing their consumption of
alcohol and other drugs, thus conferring additional dangers to the
fetus.
b) Prenatal exposure to medications.
First-trimester exposure to lithium, valproate, or carbamazepine
is associated with a greater risk of birth defects. With lithium
exposure the absolute risk for Ebstein's anomaly, a cardiovascular
defect, is 1-2 per 1,000. This is approximately 10-20 times
greater than the risk in the general population (102). Exposure to
carbamazepine and valproate during the first trimester is
associated with neural tube defects at rates of up to 1% and
3%-5%, respectively (85). Both carbamazepine and valproate
exposure have also been associated with craniofacial abnormalities
(103,104). Other congenital defects that have been observed with
valproate include limb malformations and cardiac defects (104).
Little is known about the potential teratogenicity of lamotrigine,
gabapentin, or other newer anticonvulsants.
No teratogenic effects have been demonstrated with tricyclic
antidepressants. Near term, however, their use has been associated
with side effects in the neonate (105). The SSRIs seem to be
relatively benign in their risks to exposed fetuses (106), with
safety data being strongest for fluoxetine and citalopram.
Although data with bupropion, mirtazapine, nefazodone, trazodone,
and venlafaxine are limited (105), none of the newer
antidepressants has been shown to be teratogenic (106,107).
Nonetheless, caution must be exercised if they are prescribed to
treat bipolar depression in pregnant women (93).
Antipsychotic agents may be needed to treat psychotic features of
bipolar disorder during pregnancy, but they may also represent an
alternative to lithium for treating symptoms of mania (105).
High-potency antipsychotic medications are preferred during
pregnancy, since they are less likely to have associated
anticholinergic, antihistaminergic, or hypotensive effects. In
addition, there is no evidence of teratogenicity with exposure to
haloperidol, perphenazine, thiothixene, or trifluoperazine (105).
When high-potency antipsychotic medications are used near term,
neonates may show extrapyramidal side effects, but these are
generally short-lived (108). To limit the duration of such
effects, however, long-acting depot preparations of antipsychotic
medications are not recommended during pregnancy (105). For newer
antipsychotic agents such as risperidone, olanzapine, clozapine,
quetiapine, and ziprasidone, little is known about the potential
risks of teratogenicity or the potential effects in the neonate.
The risk of teratogenicity with benzodiazepines is not clear
(108). Early studies, primarily with diazepam and chlordiazepoxide,
suggested that first-trimester exposure may have led to
malformations, including facial clefts, in some infants. Later
studies showed no significant increases in specific defects or in
the overall incidence of malformations (108). A recent
meta-analysis of the risk of oral cleft or major malformations
showed no association with fetal exposure to benzodiazepines in
pooled data from co-hort studies, but a greater risk was reported
on the basis of pooled data from case-control studies (109). In
general, however, teratogenic risks are thought likely to be small
with benzodiazepines (105). Near term, use of benzodiazepines may
be associated with sedation in the neonate. Withdrawal symptoms
resulting from dependence may also be seen in the neonate (108).
As a result, if benzodiazepines are used during pregnancy,
lorazepam is generally preferred (105).
ECT is also a potential treatment for severe mania or depression
during pregnancy (110). In terms of teratogenicity, the short-term
administration of anesthetic agents with ECT may present less risk
to the fetus than pharmacological treatment options (111). The APA
Task Force Report on ECT contains additional details on the use of
ECT during pregnancy (110).
c) Prenatal monitoring. Women who choose
to remain on regimens of lithium, valproate, or carbamazepine
during pregnancy should have maternal serum a-fetoprotein
screening for neural tube defects before the 20th week of
gestation, with amniocentesis as well as targeted sonography
performed for any elevated a-fetoprotein values (105). Women
should also be encouraged to undergo high-resolution ultrasound
examination at 16-18 weeks gestation to detect cardiac
abnormalities in the fetus. Since hepatic metabolism, renal
excretion, and fluid volume are altered during pregnancy and the
perinatal period, serum levels of medications should be monitored
and doses adjusted if indicated. At delivery, the rapid fluid
shifts in the mother will markedly increase lithium levels unless
care is taken to either lower the lithium dose, ensure hydration,
or both (112). Discontinuing lithium on the day of delivery is
probably not necessary and may be unwise given the high risk for
postpartum mood episodes and the greater risk of recurrence if
lithium is discontinued in women with bipolar disorder (94,112).
d) Postpartum issues. The postpartum
period is consistently associated with a markedly greater risk for
relapse into mania, depression, or psychosis. For women with
bipolar disorder, the rate of postpartum relapse is as high as 50%
(86,94). Women who have had severe postpartum affective episodes
in the past are at highest risk to have another episode of illness
after subsequent pregnancies. Despite a paucity of studies, it is
generally considered that prophylactic medications such as lithium
or valproate may prevent postpartum mood episodes in women with
bipolar disorder (113). Also, since changes in sleep are common in
the postpartum period, women should be educated about the need to
maintain normal sleep patterns to avoid precipitating episodes of
mania.
e) Infant medication exposure through breast-feeding.
All medications used in the treatment of bipolar disorder are
secreted in breast milk in varying degrees, thereby exposing the
neonate to maternally ingested medication (114). However, as with
the risks of medications during pregnancy, risks of breast-feeding
with psychotropic medications must be weighed against the benefits
of breast-feeding (115,116). Because lithium is secreted in breast
milk at 40% of maternal serum concentration, most experts have
recommended against its use in mothers who choose to breast-feed
(105). Fewer data on breast-feeding are available for
carbamazepine and valproate. Although it is generally considered
safe, potential risks should always be considered. Little is known
about lamotrigine exposure in breast-fed neonates; however, levels
in the infant may reach 25% of maternal serum levels (117).
Consequently, the potential for pharmacological effects, including
a risk for life-threatening rash, should be taken into
consideration (118). With other psychotropic medications
(including antipsychotics, antidepressants, and benzodiazepines),
there are few reports of specific adverse effects in
breast-feeding infants. Nonetheless, these drugs are found in
measurable quantities in breast milk and could conceivably affect
central nervous system functioning in the infant (118).
3. Cross-cultural issues
Culture can influence the experience and communication of symptoms
of depression and mania. Underdiagnosis or misdiagnosis, as well
as delayed detection of early signs of recurrence, can be reduced
by being alert to specific ethnic and cultural differences in
reporting complaints of a major mood episode. Specifically,
minority patients (particularly African and Hispanic Americans)
with bipolar disorder are at greater risk for being misdiagnosed
with schizophrenia (119,120). This greater risk appears to result
from clinicians failing to elicit affective symptoms in minority
patients with affective psychoses (121).
Ethnicity and race must also be taken into consideration when
prescribing medications, since ethnic and racial groups may differ
in their metabolism of some medications (122,123). For example,
relative to Caucasian patients, Chinese patients have a lower
average activity of the cytochrome P-450 isoenzyme 2D6 (123). As a
result, they typically require lower doses of antidepressants and
antipsychotics that are metabolized by this enzyme (122). Similar
deficits in average activity of the cytochrome P-450 isoenzyme
2C19 have been found in Chinese, Japanese, and Korean patients
compared with Caucasians (123).
4. Children and adolescents
The prevalence of bipolar disorder in a community sample of
children and adolescents was 1%; an additional 5.7% had mood
symptoms that met criteria for bipolar disorder not otherwise
specified (124). Although DSM-IV-TR criteria are used to diagnose
bipolar disorder in childhood and adolescence, the clinical
features of childhood bipolar disorder differ from bipolar
disorder in adults. Children with bipolar disorder often have
mixed mania, rapid cycling, and psychosis (125). Child and
adolescent bipolar disorder is often comorbid with attention
deficit and conduct disorders (126-128). For children and
adolescents in a current manic episode, 1-year recovery rates of
37.1% and relapse rates of 38.3% have been reported (1,129). In a
5-year prospective follow-up of adolescents experiencing bipolar
disorder, relapse rates of 44% were found (130). Despite the
severity and chronicity of this disorder in children and
adolescents and its devastating impact on social, emotional, and
academic development, treatment research has lagged far behind
that of adult bipolar disorder.
Although there is more information available about the use of
lithium and divalproex in children and adolescents with bipolar
disorder, other medication treatment options include atypical
antipsychotics, carbamazepine, and combinations of these
medications.
Treatment with a maintenance agent should continue for a minimum
of 18 months after stabilization of a manic episode. There is
evidence that ultimate stabilization takes a number of years
(131). In addition, lithium discontinuation has been shown to
increase relapse rates in adolescents with bipolar disorder:
relapse occurred within 18 months in 92% of those who discontinued
lithium versus 37% of those who continued lithium (132).
Consequently, medication discontinuation should be done gradually
at a time when there are no major anticipated stressors.
Psychiatric comorbidity may complicate the diagnosis and treatment
of bipolar disorder in children and adolescents. The presence of
ADHD, especially in children and adolescents, confounds the
assessment of mood changes in patients with bipolar disorder.
Early manifestations of mania and hypomania can be particularly
difficult to distinguish from the ongoing symptoms of ADHD.
Careful tracking of symptoms and behaviors is helpful. In
addition, the presence of ADHD is associated with higher rates of
learning disabilities, which should be addressed in treatment
planning.
Youths with bipolar disorder are at greater risk for substance use
disorders (133,134). Comorbid substance use has been shown to
complicate the course of bipolar disorder and its treatment (135).
Short-term treatment with lithium (136) and divalproex (137) may
be useful in these conditions. However, in a 2-year follow-up of
hospitalized manic adolescents, the bipolar disorder patients who
continued to abuse substances had more manic episodes and poorer
functioning than early-onset bipolar disorder patients who did not
exhibit comorbid substance abuse. In contrast, cessation of
substance use was associated with fewer episodes and greater
functional improvement at the 4-year follow-up point (135).
5. Geriatric patients
In patients over 65 years of age, prevalence rates of bipolar
disorder range from 0.1% to 0.4% (138). In addition, 5%-12% of
geriatric psychiatry admissions are for bipolar disorder (138).
Relative to patients with onset of mania at a younger age, those
with onset at an older age tend to have less of a family history
of bipolar disorder. They may also have longer episode durations
or more frequent episodes of illness (139). Of individuals with
onset of mania at older ages, one-half have had previous
depressive episodes, often with a long latency period before the
first manic episode (140).
Manic syndromes in geriatric patients may also be associated with
general medical conditions, medications used to treat those
conditions, or substance use (138-140). The new onset of mania in
later life is particularly associated with high rates of medical
and neurological diseases (139-141). Right hemispheric cortical or
subcortical lesions are especially common. Relative to elderly
patients with multiple episodes of mania, geriatric patients with
a first episode of mania have a higher risk of mortality (141).
Therefore, any patient with a late onset of manic symptoms should
be evaluated carefully for general medical and neurological causes
(138-140).
General principles for treating geriatric mania are similar to
those for younger adults. Older patients will usually require
lower doses of medications, since aging is associated with
reductions in renal clearance and volume of distribution (142).
Concomitant medications and medical conditions may also alter the
metabolism or excretion of psychotropic medications (139). Older
patients may also be more sensitive to side effects because of
greater end-organ sensitivity. Many elderly patients tolerate only
low serum levels of lithium (e.g., 0.4-0.6 meq/liter) (138) and
can respond to these levels. Those who tolerate low serum lithium
levels but who are not showing benefit should have slow dose
increases to yield serum levels in the usual therapeutic range.
Older patients may be more likely to develop cognitive impairment
with medications such as lithium or benzodiazepines (138). They
may also have difficulty tolerating antipsychotic medications and
are more likely to develop extrapyramidal side effects and tardive
dyskinesia than younger individuals (143). With some
antipsychotics and antidepressants, orthostatic hypotension may be
particularly problematic and increases the risk of falls. Use of
benzodiazepines and of neuroleptics also has been associated with
greater risks of falls and hip fractures in geriatric patients
(144).
In the presence of a severe medical disorder, the disorder itself
or the medications used to treat it should always be considered as
possible causes of a manic episode. Neurological conditions
commonly associated with secondary mania are multiple sclerosis,
lesions involving right-side subcortical structures, and lesions
of cortical areas with close links to the limbic system (145). L-Dopa
and corticosteroids are the most common medications associated
with secondary mania (146).
The presence of a general medical condition may also exacerbate
the course or severity of bipolar disorder or complicate its
treatment (147). For example, the course of bipolar disorder may
be exacerbated by any condition that requires intermittent or
regular use of steroids (e.g., asthma, inflammatory bowel disease)
or that leads to abnormal thyroid functioning. In addition,
treatment of patients with bipolar disorder may be complicated by
conditions requiring the use of diuretics, angiotensin-converting
enzyme inhibitors, nonsteroidal anti-inflammatory drugs,
cyclooxygenase-2 inhibitors, or salt-restricted diets, all of
which affect lithium excretion. Conditions or their treatments
that are associated with abnormal cardiac conduction or rhythm or
that affect renal or hepatic function may further restrict the
choice or dosage of medications. In HIV-infected patients, lower
doses of medications are often indicated because of patients'
greater sensitivity to side effects and because of the potential
for drug-drug interactions. Special considerations in the
treatment of HIV-infected patients are presented in the APA Practice
Guideline for the Treatment of Patients With HIV/AIDS (148).
Whenever patients are taking more than one medication, the
possibility of adverse drug-drug interactions should always be
considered. Patients should be educated about the importance of
informing their psychiatrist and other physicians about their
current medications whenever new medications are prescribed.
Clinicians should also inquire about patient use of herbal
preparations and over-the-counter medications.
March 2005
Medication Dosing and Blood Levels
Rye Hospital Center is acutely aware of the
changes in our knowledge and the importance of keeping up to date
with the latest changes in science-based 21st Century medicine.
What matters is not so much how much is ingested but rather, how
much of the medication enters the blood stream.
There are three primary factors that
influence the amount of drug that finds its way into the blood
stream. First is the rate of liver metabolism. Bipolar medications
are absorbed through the walls of the stomach and intestines and
go directly to the liver, although some are able to be changed
directly in the intestines or kidney. In the liver, the drug
molecules are acted upon by liver enzymes that begin a process
generally referred to as biotransformation. Liver enzymes
chemically alter the medication in ways that allow the drug to be
more readily excreted from the body. The liver's function is to
detoxify the body. Thus, in this so-called first pass effect
through the liver, a good deal of the drug is transformed and then
rapidly excreted. However, some of the medication initially
escapes this process, makes its way through the liver and into
circulation and thus is allowed to begin accumulating in the blood
stream. How rapidly the liver metabolizes drugs depends on a
number of factors. This resulting blood level is what matters when
it comes to reducing symptoms. (Note: two mood stabilizers are not
metabolized in the liver and directly excreted by the kidneys:
lithium and Neurontin. However, Neurontin is not FDA approved for
bipolar disorder).
Genes play a significant role in this
process. A small percentage of people are known as rapid
metabolizers. They take certain drugs and then eliminate them very
quickly. The result is that even though they may be taking what
seems like an adequate dose of the medication, little actually
gets into the blood stream. Once it is discovered that someone is
a rapid metabolizer, then usually they are prescribed very high
doses of medications and eventually enough gets into the blood
stream to be effective. Again, this has nothing to do with how
severely ill they are …it's just a matter of the liver's
metabolic rate. Conversely are hypo-metabolizers. This also small
percentage of people, have fewer than average liver enzymes. The
effect is that they can take a very small dose of a medication,
and on its trip through the liver, only small amounts are
transformed and excreted. The result is often very high blood
levels of the medication and severe side effects or toxicity. The
ultimate solution for hypo-metabolizers thus is to use very small
doses. Sometimes when a person is first treated they will
experience serious side effects and this may be due to
hypo-metabolizing. It is often hard to know ahead of time if this
will happen with any one given individual. Thus if your patient
has had an experience of encountering very intense side effects
with other medications in the past, one may anticipate that they
are a hypo-metabolizer, and thus initial dosing is done gradually.
A second factor determining blood levels of
medications is the functioning of the kidney. Sometimes genetic
factors play a role here too, but more often problems can occur
due to kidney disease. Thus, for some bipolar medications,
pretreatment labs will include an assessment of kidney functioning
(this is especially important for patients being treated with
lithium).
Finally and increasingly, a number of drugs
can adversely affect liver metabolism and thus alter blood levels.
Here is where drug-drug interactions can cause significant
problems (see article below this one). This applies to many
prescription drugs, over-the-counter drugs, herbal and dietary
supplement products and recreational drugs. The use of
prescription drugs must be carefully monitored by the treating
physician. In addition, even modest amounts of alcohol can have
significant affects on the liver. St. John's Wort, a popular
herbal product for the treatment of depression, is well known for
causing some very significant changes in liver metabolism.
August
2004
Cardiac
Effects of New Psychiatric Medications
With
increasing concern over potential toxic effects of new drugs on
the heart, Rye Hospital has begun to measure special aspects of
electrocardiograms that could signify the possibility of a dangerous
event occurring.
The
case in point is the measurement of what is called the "QTc"
interval--that electrical part of the heartbeat which may be prolonged
either by certain drugs or by combinations of drugs that could
produce fatal arrhythmias.
All
patients are routinely given a "baseline" cardiogram.
Those who require the use of the newer drugs or combinations of
drugs that can be additive in their cardiac conduction effects,
and prolong the QT interval, have repeated studies to determine
whether they should need a change.
Indeed,
because even some antibiotics and foods like grapefruit and/or
its juice can cause such critical, additive
problems, we constantly endeavor to make our doctors aware of
the latest findings by researchers.
April
2004
Latest
CMS Survey:
The
federal Center for Medicare and Medicaid Services performed its
annual "unannounced" recertification survey this month.
We passed with flying colors!
(No
"deficiencies" and no "formal concerns" to
report.)
Rye
Hospital has always prided itself on educating its medical staff
to use medications prudently. We are not given to "jumping
in" with the "latest," simply because it's on
the "market."
Thus,
we have been circumspect when questions were raised about the
serious side effects of some of the newer medications, such
as the so-called "SSRIs," and the "atypical antipsychotics."
With
the SSRIs, questions of increased suicidality, and with the
atypicals, the disturbing and toxic side effects of diabetes
and even pancreatitis are now noted here and abroad.
Therefore,
at Rye, as indicated to do so by the Food and Drug Administration,
doctors must give clear information to patient and family
about the drugs being used and their possible negative
effects. (See "Doctors
Page".)
Research Performed at Rye Hospital:
Construct
Validation of Actigraphic Sleep Measures in Hospitalized Depressed
Patients
Timothy
G. Coffield, Ph.D.
Health Care Consultant
Palm Beach
County, FL
Warren
W. Tryon, Ph.D.
Department
of Psychology
Fordham University
This
study validated wrist actigraphic-measured sleep in depressed
patients using construct validity by experimental intervention
methods. The experimental participants were 18 patients hospitalized
for major depression. Control participants were hospital staff.
A 2-between (depressed patients vs. controls) × 2-within
(pre- vs. post-) experimental design was used. Sleep was evaluated
for 1 week, 7 nights, using wrist actigraphy on hospitalization
and for a second week just prior to discharge. Clinical improvement
was corroborated by statistically significant changes in the
Beck Depression Inventory and the Inventory to Diagnose Depression.
Sleep-onset latency, number of nighttime awakenings, minutes
awake after sleep onset, and sleep efficiency all improved significantly
as hypothesized. Minutes of sleep changed in the predicted direction
but not significantly. Significant differences from control
participants remained at discharge regarding minutes awake after
sleep onset and sleep efficiency. These findings extend practice
guidelines for actigraphy established by the Standards of Practice
Committee (1995) of the American Sleep Disorders Association.
(Requests
for reprints should be sent to Warren W. Tryon, Department of
Psychology, Fordham University, Bronx, NY 10458–5198. E-mail:
wtryon@fordham.edu)
2003
The Joint Commission on Accreditation of Healthcare
Organizations conducted its triennial accreditation survey of
Rye Hospital Center on February 19-21, 2003.
The purpose of the
survey was to evaluate the organization's compliance with nationally
established Joint Commission standards to determine whether,
and the conditions under which, accreditation should be awarded
the organization.
As a result of the
JCAHO survey, the hospital was granted its full three-year accreditation,
with a score of 93.
CMS
APPROVES!
In
September, 2003, the Center for Medicaid and Medicare Services,
of the US Department of Health and Human Services, granted full
approval to the hospital after completion and response with
the new "unannounced survey" process. The hospital
was found to be in full compliance with the federal requirements
for Conditions for Participation of Hospitals under Medicare.
9/15/2003
RYE
HOSPITAL EXPANDS THE
RAPID STABILIZATION SERVICE PROGRAM
The Rapid Stabilization
Service is an ultra-short stay, intensive treatment program
designed to maximize the use of all resources available to a
qualified nursing facility and its residents.
Rye's senior and board-certified
psychiatrists, and other psychiatrists regularly attending nursing
home residents, will be able to participate in the Rapid Stabilization
Service. Psychiatrists not presently on the Rye staff may apply
for courtesy or full-staff privileges to ensure continuity in
the care of their patients. Psychiatrists unable to follow the
patient to Rye will receive interim patient-progress reports
and, when the patient is referred back to them, the discharge
plan.
1. The first requirement
is screening of patients immediately upon admission to the nursing
facility. In addition to their clinical skills, Rye's geriatric
psychiatrists will use instruments designed to rate the intensity
and duration of abnormalities in the patient's mood, thinking,
perception and vegetative functioning. Nursing home psychiatrists
not presently on the staff at Rye may contact any Rye geriatric-staff
psychiatrist for assistance or collaboration in the diagnostic
process.
2. Patients will be
segregated into three distinct categories conforming with the
latest American Psychiatric Association Diagnostic and Statistical
Manual:
a. Depressive symptoms.
b. Depressive disorders.
c. No (or other)
psychopathology.
3. The admission,
nursing, and social service staffs of the nursing facility will
assess the patient's recent history using a psychogeriatric
rating scale. This is a highly reliable instrument in assessing
orientation, behavior and ADL--noting changes in habits of dressing,
bathing, personal hygiene, toileting, eating and mobility--and
comparing them before and after admission.
4. As soon as a presumptive
diagnosis is made, the psychiatrist will alert the nursing staff
to observe the patient for several days to rule out factors
reflecting the subject's adjustment to a strange environment.
5. The psychiatrist
will coordinate the psychiatric treatment plan with the primary
physician to rule out possible effects on the patient's mental
state of other prescribed medications, including ""beta-blockers""
or other antihypertensives and analgesics, as well as certain
antibiotics or steroids. As appropriate to the specific level
of need, the psychiatrist will begin to treat the patient in
the nursing facility. Depending on the severity and specificity
of the patient's condition, the psychiatric treatment may include
psychotropic medication.
6. Because studies
demonstrate that diagnosis or even the initiation of antidepressants
has little effect on the course of the depression, maintenance
or improvement of ADL will be emphasized and integrated in the
treatment plan, while the patient in the nursing facility receives
other important aspects of medical workup.
7. Ideally, after
""bed-hold"" is assured, the psychiatrist
may prescribe a short-term hospitalization in the Rapid Stabilization
Service (RSS) at Rye. The purpose of the RSS is to organize
the intensive treatment regimen affordable only at the higher
levels of care offered by a behaviorally oriented psychiatric
hospital.
8. Length of stay
in the RSS is targeted at 10-to-18 days. The intensive treatment
involves:
a. Medication adjustment
to reduce psychomotor retardation.
b. Behavioral adaptation
to group interaction.
c. Improvement in
nutritional status.
d. Production of
adequate sleep patterns.
e. Cultivation of
ADL skills.
f.
Formulation of an individualized post-discharge protocol for
the patient's return to the nursing home and the nursing home
psychiatrist.
9. After returning
to the nursing facility, the patient would be seen at least
weekly by the psychiatrist until reintegration and stability
are assured, then at the frequency indicated. In addition, the
behavioral skills learned by the patient at Rye would be reinforced
regularly according to the discharge protocol.Many depressed
patients referred to nursing homes by their families or personal
physicians score as cognitively and physically healthier than
those with clear physical disabilities. This has now proved
to be more of a liability than an asset since it often obscures
the underlying depressive process.
Because depression
in the elderly has been shown to be a widespread, highly prevalent,
potentially lethal, yet readily treatable condition of residents
in nursing home populations, its resolution is imperative.
This would open up
nursing home beds for more physically ill patients in need of
the intensive treatment traditionally and ably offered by nursing
homes.
2003
THE
WESTFIELD DAY SCHOOL
Rye, New York
A co-educational,therapeutic
day school for
the underachieving student
The Westfield Day School Mission
The Westfield Day
School, an independent, off-campus school, is dedicated to helping
students overcome personal obstacles and academic difficulties
by designing individual programs for success for students with
special needs. Those students previously identified as underachievers,
or those who have failed or are in danger of failing in traditional
public or private schools, can benefit from the special attention
and unique program advantages at The Westfield Day School. Students
who are of at least average intelligence, who may be diagnosed
with conditions such a ADHD, learning disabilities, or social-emotional
problems who are otherwise classified for special education
purposes in the public school systems, are eligible for admission.
The school, through its subsidiary--Rye Educational Services--is
affiliated with the nearby Rye Hospital Center.
Rye
Educational Services
This highly specialized
function provides individualized programs designed to meet the
specific needs that can be offered by an educational therapist.
Sensitivity to children with emotional problems enables the
program to provide:
Academic remediation;
reading, math, special content areas, oral and written language,
vocabulary development
Study skills; note taking, test preparation, test-taking techniques
Organizational skills;
scheduling, sequencing, research skills
Reasoning and thinking
skills
Preparation for standardized
tests including SAT I and SAT II
Consultation with
family, school and related helping services
Workshops for parents
and professionals
Integrated Support Experience
The school's philosophy
is based onthe idea that underachievement is a syndrome, a complex
set of interacting factors that is part psychological, educational,
social-emotional, familial, behavioral, developmental, or biological.
A young- ster's abilities, limitations, interests, learning
style, and educational and personal history must all be taken
into account when developing a plan to remedy under- achievement.
The Westfield Day School offers a psycho-educational program
that combines an active clinical program with specialized educational
instruction. Regular communication is established among the
faculty, students, and parents to shape the process; it is a
fully integrated support experience.
Corrective
Educational Environment
Classes are kept small,
with no more than five students per teacher. Students who are
easily distracted, who are on medication or who have developed
maladaptive school or social behaviors may require a constant
adult presence or involvement throughout the day. This helps
the student keep on track, and also creates an ideal environment
for fostering personal growth and social development. Support
is also extended to the parents individually and during monthly
""family nights."" This is the corrective
educational environment, the hallmark of the small, tutorially
based therapeutic Westfield program.
Comprehensive
Educational Program
After careful review
of the total application and prior evaluations, all students
are assessed for curriculum and supportive planning purposes.
This dual assessment process culminates in the creation of the
Comprehensive Educational Program (CEP). Objectives are designed
to address the educational, psychological, and behavioral concerns:
the plan is refined throughout the academic year. Each student's
CEP is developed to keep him on track for graduation according
to New York State Education Department guidelines.
The
Academic Program
Although The Westfield
Day School accepts students in the seventh through twelfth grades,
the program is essentially ungraded, permitting greater flexibility
for individual educational planning. All :traditional courses
are offered including ,health, art, and music. Electives, physical
education, and independent study courses can be arranged for
credit on an individual basis.The Westfield Day School Experience
A typical day at The
Westfield Day School will seem quite familiar to most students.
They attend classes, work on independent projects, meet with
their counselor individually and in small groups, and participate
in discussions and activities. Westfield's low-key approach
and small size are intentional and therapeutic, helping to offset
the stimulus-seeking and non-productive behaviors of many students.
The school comprises one building in downtown Rye, New York.
It contains classrooms with individual work stations, private
study rooms, lounge area, a consultation room and an administrative
office. With parental permission, students can take breaks or
walk to nearby specialty clothing shops, music or book stores,
or pick up a snack or lunch at gourmet delis or local pizzerias.
The City of Rye and
nearby towns offer many varied and stimulating cultural events
and recreational opportunities. The school is located one block
from the Metro North train station in Rye and is a thirty- eight
minute train ride to New York City.
Faculty
and Advisors
The former Head of School,
an educational evaluator and curriculum designer, and a master
teacher and educational therapist, taught teachers in
graduate programs, developed educational programs in schools,
corporations and hospitals, and formed and directed Rye Educational
Services and Reading and Writing POWER in Rye, NY. School
President Peter M. Schoenholtz, a licensed clinical social worker, is
the Director of Student Support Services as well as member of
the Affiliate Medical Staff and Senior Consultant in Social
Work Services at the Rye Hospital Center. He is responsible
for developing and implementing the clinical program, working
directly with students and families, and collaborating with
other mental health professionals. The consulting and advisory
faculty consists of licensed professionals in psychiatry, psychology, neuropsychology, substance abuse and addictions, occupational
therapy, and art therapy. Specialists in learning disabilities
and educational planning and placement are also available to
work with students, faculty and families.
Applications are accepted
on a year- round basis and students may be admitted at any time
during the academic year. For more information or for an application,
please contact:
Head of School
The Westfield Day School,
23 Purdy Avenue
Rye, New York 10580
(914) 967-2530
The Behavioral Medicine Service at Rye
Hospital Center
754 Boston Post Road, Rye New York 10580
(914) 967- 4567