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AUTISM FIRST STEPS
AUTISM DAILY NEWSLETTER     
Wednesday December 19, 2001  


INDEX:
*   Toys for Kids with Special Needs
*   
Drug no cure for autism
*   
Broward aftercare program serves disabled students
*   
NEW PICTURE OF INTELLIGENCE HIGHLIGHTS THE OVERLOOKED ROLE
     OF VISUOSPATIAL ABILITIES
*   A costly IDEA in many ways   
*   
Do you compute?
*   
Vaccines do not lead to serious illness,studies find

*
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Toys for Kids with Special Needs


St.Petersburg Times
December 18, 2001

Walking through a toy store during the holidays seems like a visit to the sets of Harry Potter, Star Wars and Lord of the Rings all rolled into one. With a dizzying array of toys competing for our attention, finding just the right gift for a child can be daunting -- especially if the child has a physical, mental or developmental difficulty. But with forethought and careful evaluation, grown-ups can often give kids with disabilities the same kinds of popular toys and games as their friends, even a Luke Skywalker laser sword or Monopoly. And these youngsters can reap the same benefits, too. The right toys encourage learning, develop motor skills, coordination and balance, improve cognitive ability and concentration and strengthen muscles. No matter what the child's needs are, experts say, certain general principles apply in selecting a toy or game, such as first identifying the child's abilities and interests and determining what is age appropriate given his or her mental or physical impairments. "Parents should use common sense," says Sherry S. Vinson, a neurodevelopmental pediatrician at Baylor College of Medicine in Houston. "Just ask yourself: What will this toy require my child to do? And is he or she capable of that?" Take an inventory of his or her skills and limitations. Consider whether the child can sit up in a chair, complete a sequence of steps or push a button. Some children, for instance, may have problems turning knobs because their fine motor skills haven't developed. But if they can press an object with an index finger, select a toy with large buttons activated by a simple action. And figure out what the child enjoys, whether it's listening to music, playing with dinosaurs or building things. Because children may be delayed in their physical or mental development, parents should select what is appropriate for their developmental stage rather than chronological age. "If a 6-year-old only understands language at a 3-year-old level, for example, gear toys toward the 3-year-old level," Vinson says. Simplicity is important because it sparks imagination. If a toy does everything, says Martha B. Bronson, a professor of developmental and educational psychology at Boston College, "It doesn't stimulate the participation and interaction that are essential to learning." And the toy or game doesn't need to be costly to be fun. Play-doh and modeling clay are often recommended for kids with attention deficit disorder because moving their hands helps them to focus. Similarly, coloring books and finger paints can help them develop fine motor functions. Balls, yo-yos, jump ropes and Hula Hoops strengthen muscles and improve balance and coordination. Even familiar standbys such as Lincoln logs, Legos, Tinker Toys and blocks promote fine motor skills, visual acuity, problem solving and creativity, experts say. "Don't capitulate to the whine factor and buy the expensive toy of the moment," says Claire Green, executive director of the Parent's Choice Foundation, a nonprofit consumer group in Baltimore that evaluates children's toys and books. "Look for something that will sustain an interest beyond ripping the paper off the package." Help in choosing toys for kids with disabilities National Lekotek Center, a nonprofit organization, sponsors a help line on how to choose toys for children with disabilities. Toll-free 1-800-366-7529, 7 a.m.-3 p.m. Monday through Friday. Toy Guide for Differently Abled Kids, developed by the National Lekotek Center and Toys R Us, is free at Toys R Us stores or by calling the National Lekotek Center. Guide to Toys for Children Who Are Blind or Visually Impaired, a catalog created by the American Foundation for the Blind and the American Toy Institute, features toys and games for children of all ages. Toll-free 1-800-232-5463 or www.toy-tia.org . Toys for Special Children makes toys, robots, trains and scooters activated by touch, sips or puffs of air. Toll-free 1-800-832-8697. -- Los Angeles Times


http://www.brainconnection.com/SITEWare/2001/12/18/eng-sptimes_floridian/eng-sptimes_floridian_070638_201_83983735973.php3
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Drug no cure for autism


Study finds no evidence that secretin helpsBy Lois M. Collins
Deseret News staff writer      Parents pinning hopes on secretin to help their children who have autism are apt to be disappointed.
     Research conducted by the University of Utah, University of California-Irvine and University of Chicago found no evidence that secretin helps children with autism.
     "I've been involved in autism research since 1979," said Dr. William M. McMahon, director of the Utah Autism Program in the Department of Psychiatry at the U. "Every three years there's a claim for a new miracle cure. And it takes several years to test that claim with good science. Unfortunately, we don't yet have any cure for autism. There are a lot of discouraged parents and a lot of hope, energy and money spent trying to address this problem."
 University of Maryland researchers had reported that children with autism improved after they had a radiologic study of their gastrointestinal function, possibly because of the secretin given to test the activity of the pancreas and the bowel. Soon, parents were swapping information over the Internet about the improvements possible with secretin. It became so popular that supplies of secretin were depleted.
     McMahon noted that "claims of improvement" are helpful to scientists because it helps guide research. But such claims seldom take into account a placebo effect. And previous studies have shown that "children with autism do respond to a placebo at the rate of 30 to 40 percent."
     He added that parents who are trying different treatments, like diet treatments "where the parent goes to great lengths to monitor the diet, bake fresh bread, etc., give the child more positive attention. The environment has changed. Hope is a powerful remedy and hope is contagious. The child catches it, too." That can change behavior some and contribute to the illusion that a specific treatment is doing more than it is.
     "Hope is a great thing, but if you're going to claim a treatment has a specific positive effect, you have to do the research to find out if the positive effect is really due to something specific to that treatment or a more general effect of doing something new and different and infusing hope," McMahon said.
     The U. study involved giving each child both secretin and saline placebo intravenously at different times. Researchers measured different outcomes, including language and changes in the behaviors associated with autism, as reported by both parents and teachers. Each child also had a diagnostic test that's designed specifically for autism.
     "The placebo and secretin have equal effect," said McMahon. All the indicators point out there was no change."
     The best treatment for autism is still early intervention aimed to improve language and social interactions, he said.E-mail:
lois@desnews.com

http://www.deseretnews.com/dn/view/0,1249,355013326,00.html?
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Broward aftercare program serves disabled students


By Lona O'Connor
Education Writer
Posted December 18 2001

Just the thought that she might have to find a new after-school care program for her son, Omar Wright, was enough to make Jennifer Ferguson cry. Wright had just turned 13. A single mother, Ferguson needed aftercare for her son until she could pick him up after work.

Complicating matters was the fact that Wright has autism and a hearing impairment. As Ferguson found, there are few aftercare programs for students with disabilities, who usually need greater supervision. Most aftercare programs turn away such students.

"I couldn't envision that there was such a limit to the places we could take our children," Ferguson said.

It took many phone calls for Ferguson to locate an aftercare program for students with disabilities. Now 17, Wright is happily settled in at Cypress Hammock Park in Coral Springs, one of 24 programs housed in schools and recreation centers around Broward County. Many of his friends from the Bright Horizons School in Pompano Beach also attend.

The aftercare program is a partnership of several community agencies, led by the YMCA. About 250 children and adults get aftercare through the program.

"With 30,000 children in [Exceptional Student Education], we are only hitting the tip of the iceberg with this program," said YMCA vice president Irene Butcher.

Many aftercare programs for younger students with disabilities are called "inclusive," combining regular students and those with disabilities. The purpose of inclusive programs is to put regular students and students with disabilities at ease with each other.

Other programs, like the one at Cypress Hammock Park, are called "clusters." They are for older students or those with more severe disabilities, which require greater supervision.

Joshua Horvith, 18, has Down syndrome and attends Bright Horizons in Pompano Beach. After school, he and his friends ride the school bus to Cypress Hammock. He enjoys spending time with them, his father said. Howard Horvith and his wife, Ellen, said they would not feel comfortable leaving Joshua alone at home while they work.

The after-school programs are particularly important as the students -- and their parents -- get older. "They have to have the respite," said Butcher.

"Thank God it's there," said Howard Horvith. While Joshua Horvith goes to aftercare, his father, a restaurant cook, is able to run errands and handle business for his condo association, of which he is president. When there's time, Howard Horvith just relaxes.

The students arrive at Cypress Hammock Park in small school buses with sturdy lifts for wheelchairs. Inside the recreation building, they play musical chairs, socialize, stroll the room -- the usual after-school activities. They have various disabilities: autism, Down syndrome, cerebral palsy.

Like most aftercare programs, Cypress Hammock Park is low-tech. Students play with a few well-used games or do their homework. Between 5 and 6 p.m., parents trickle in to pick up their children.

Aura Garcia arrives to pick up her granddaughter, Ileana Wegener, 21. Garcia and Wegener's mother take care of her and two other grandchildren. Wegener, who has cerebral palsy, is active in several sports, including track and field, and has participated in Special Olympics games. She is on her way to a karate lesson. Her grandmother, an average-sized but wiry woman, lifts first Wegener and then her bulky wheelchair into a specially outfitted van.

Susan Goldstein, an advocate for children with disabilities, tells the story about how she was able to demonstrate the need to add more after-school care for older students.

"The parents of older children were aggravated because it seemed like there were no programs for their kids," said Goldstein, who has a 9-year-old daughter with autism.

Several years ago, she said, a disabled youth lost his house key after a school bus dropped him off at home. He was arrested for trying to find an open window to get into his own house. Because of his disability, he was unable to convince the police officer of what he was doing.

Goldstein used that incident to persuade Broward Sheriff Ken Jenne to provide a grant to help the existing disabilities aftercare program. The purpose of the grant, which also included money from the Broward school district and the state, was to provide a pilot program that could be duplicated in other counties. Those efforts have been stalled by the state's economic problems since the Sept. 11 terrorist attacks.

Butcher worries that some sources of money might shrink, but says the program will continue to manage somehow.

Lona O'Connor can be reached at lo'connor@sun-sentinel.com or 954-356-4604.
http://news.mywebpal.com/news_tool_v2.cfm?show=localnews&pnpID=811&NewsID=226136&CategoryID=9046&on=0
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NEW PICTURE OF INTELLIGENCE HIGHLIGHTS THE
OVERLOOKED ROLE OF VISUOSPATIAL ABILITIES


Research Offers More Evidence That Intelligence Goes Beyond Verbal SkillsWASHINGTON - When we say that people "know their way around," we really mean they're smart. Now, psychologists have evidence that strong visuospatial skills and working memory may be at least as good as verbal skills and working memory as indicators of general intelligence. New research correlates visuospatial abilities, less extensively explored than verbal abilities in intelligence research, with the brain's "executive function," the central cognitive command and control that may lie at the heart of smarts. These findings appear in the December issue of the Journal of Experimental Psychology - General, published by the American Psychological Association (APA).A five-psychologist research team from across the United States tested 167 participants on a variety of tasks to discern the relationships among spatial abilities (abilities to solve visuospatial problems), visuospatial working memory (an ability to temporarily store relevant visuospatial information), and executive functioning (the brain's supervisory or regulatory functions). The resulting pattern of interactions paint a clear picture. Participants who were good at complex visuospatial tasks that involved visually encoding items, maintaining those images, and manipulating them -- in other words, people who had more effective "inner sketchpads" (useful in everything from rearranging the furniture to fitting luggage into the trunk of the car) -- also performed better on executive function tasks. Such executive functions, somewhat analogous to the functions of company executives, included coordinating multiple tasks, setting up and managing various goals and subgoals, avoiding impulsive response tendencies and inhibiting automatic but incorrect responses.Because psychologists are coming to view executive functioning -- supported by the brain's frontal lobes and crucial in regulating and controlling behavior -- as central to the concept of intelligence, the results tie visuospatial ability to general intelligence.Miyake et al. also looked at how well visuospatial working memory and executive function correlated with three basic spatial abilities. Executive ability had the strongest correlation with spatial visualization, which required complex multi-step visuospatial reasoning, and the lowest correlation with perceptual speed, which required quick visual matching of simple shapes. (The third ability tested was spatial relations, which required mentally rotating a simple figure quickly.) In short, participants who were better "visualizers" and can solve complex visuospatial problems accurately and quickly also had stronger executive function. This makes sense, say the researchers, because spatial visualization tests are more complex than perceptual speed tests and thus draw on the mental "executive" more fully, revealing the close ties between the two.According to the authors, the implications are clear for everything from measurement to education and training, with potential for ensuring that the intelligence of visuospatially oriented people is not discounted. These people have been viewed as having strengths limited to the practical, mechanical and technical realms. "Traditional IQ tests have more verbally oriented items than visuospatial," says the article's lead author, Akira Miyake, Ph.D., of the University of Colorado at Boulder. "Understanding the nature of visuospatial abilities and their relationships to general intelligence or to general-purpose executive functions should contribute strongly to more fair and comprehensive tests of intelligence." The study also lends support to the emerging view that intelligence has both multiple discrete components -- such as, for example, the independent verbal and visuospatial domains -- and an over-arching general aspect, which Miyake et al. believe may be "executive function," tapped when the domains undertake more complex or novel tasks. Executive function may also coordinate and modulate the domains' various lower-level processes. The article's other co-authors are Naomi P. Friedman, Ph.D., also of the University of Colorado at Boulder; David A. Rettinger, Ph.D., of Yeshiva University; Priti Shah, Ph.D., of the University of Michigan, Ann Arbor; and Mary Hegarty, Ph.D., of the University of California, Santa Barbara. Article: "How are Visuospatial Working Memory, Executive Functioning, and Spatial Abilities Related? A Latent-Variable Analysis;" Akira Miyake, Ph.D., and Naomi P. Friedman, University of Colorado at Boulder; David A. Rettinger, Ph.D., Yeshiva University; Priti Shah, Ph.D., University of Michigan, Ann Arbor; and Mary Hegarty, Ph.D., University of California, Santa Barbara; Journal of Experimental Psychology - General, Vol. 130, No. 4. Akira Miyake can be reached by e-mail at miyake@psych.colorado.edu or by phone at 303-492-2305.Full text of the article is available from the APA Public Affairs Office and at http://www.apa.org/journals/xge/press_releases/december_2001/xge1304621.html The American Psychological Association (APA), in Washington, DC, is the largest scientific and professional organization representing psychology in the United States and is the world's largest association of psychologists. APA's membership includes more than 155,000 researchers, educators, clinicians, consultants and students. Through its divisions in 53 subfields of psychology and affiliations with 60 state, territorial and Canadian provincial associations, APA works to advance psychology as a science, as a profession and as a means of promoting human welfare.

http://www.apa.org/releases/visuospatial2.html
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A costly IDEA in many ways     


To listen to the mutual backslapping from the Bush administration and Congress last week over the passage of an "education reform" bill, one would think that Washington had really hit upon some magical formula that will transform America's educational system into something to be proud of. But there is good reason to be suspicious of the premise underlying the overall bill: that, by throwing billions of additional federal dollars at education and forcing state and local schools to jump through a bunch of new regulatory hoops to get the dough, Washington will magically transform schools into places where Junior learns to read and write, and can even find the United States on a map. But the bill is a cruel hoax in other ways, such as its failure to reform the Individuals with Disabilities Education Act (IDEA), a federal program that is making it virtually impossible to remove chronically disruptive and violent special-education students from the classroom.
    IDEA, first enacted in 1975, defines a child with a disability as one with hearing, speech or language impairments; visual impairments; autism; traumatic brain injuries; emotional disturbances or problems with social or emotional development. In most cases, IDEA only permits the removal of disabled students from the classroom "when they cannot be educated in that setting with supplemental aids and services," according to the General Accounting Office. In practice, this has come to mean that schools will do just about anything to avoid the threat of prolonged litigation and other expenses they'll incur if they try to keep the most dangerous "disabled" students out of a regular classroom.
    There are legions of IDEA horror stories. In one Louisiana case, two students, one of them disabled, beat a female student so badly that she had to be hospitalized. The non-disabled student was expelled. The disabled student was suspended for just 10 days, columnist Kenneth Smith of The Washington Times reported in 1999. In another case, a 14-year-old special-education student, who had already been suspended for threatening a school aide, attacked her principal several times, knocking her down and causing permanent nerve damage. The student was suspended for 45 days. The principal missed eight months of work. In Alabama, an 11-year-old special-education student with a history of throwing desks threatened to shoot to death several other children, and subsequently threatened to kill the entire third grade. But, when the issue of expelling the student came up, a school administrator invoked IDEA to urge a go-slow approach. One special-education teacher wrote Sen. Jeff Sessions that IDEA, "however well-intentioned, has become one of the single greatest obstacles that educators face in our fight to provide children with a quality education delivered in a safe environment."
    Thanks to IDEA, parents of violent children can sue their local system to ensure junior's "right" to a public education. After a 10-year-old boy in Brandywine County, Del., brought a knife to class and set fire to a restroom, the state, which spends approximately $8,000 a year to educate a child, agreed to send him to an out-of-state private school at an annual cost of $70,000. In Seattle, after a blind and autistic teen-ager started a series of melees in which he head-butted a teacher, scratched a school aide in the eye and injured a school bus driver and another aide, school officials barred him from class. After a judge found out that the district's efforts to serve the youth were "inadequate" under the IDEA and ordered him reinstated, the district paid $180,000 to the boy's mother to remove her son from school.
    In May, the House voted 246-181 for an amendment sponsored by Georgia Republican Rep. Charles Norwood that would have given school systems greater authority to remove violent, disruptive students from the classroom. The Senate subsequently voted for a similar amendment offered by Mr. Sessions. But, conferees, bowing to pressure from the Bush administration and disability-rights advocates, dropped IDEA reform language from the education bill currently before Congress. So, disregard the self-congratulatory pabulum from Capitol Hill and the administration about the wonders of the education "reform" bill. Real reform of IDEA — a minimum condition for making the politicians' rhetoric about "safe schools for all children" a reality — will have to wait until next year.

http://washingtontimes.com/op-ed/20011217-496231.htm

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Do you compute?

Our brains excel at all kinds of things, but when neurobiologists and psychobiologists try to reverse engineer certain brain functions in order to produce a machine or system that might mimic some of the brain’s extraordinary abilities, more often than not they fail (or at least engineer something that isn’t half so elegant). Now, researchers funded by Dr. Harold Hawkins (Program Officer in ONR’s Cognitive and Neural Sciences Division) think they’re on to something. By fusing engineering techniques with neurobiology, they’ve been able to model mammalian brain function using biologically realistic, highly detailed models of individual brain neurons and their assemblies. They are learning how the architecture and physiological properties of cells in the brain (the primary visual cortex) integrate visual cues for target recognition. In other words… how the brain computes. “Right now we’re building a cellular-level model of a small piece of visual cortex,” says Dr. Leif Finkel, head of the University of Pennsylvania’s Neuroengineering Research Lab. “It’s a very detailed computer simulation which reflects with some accuracy at least the basic operations of real neurons.” His colleague, Kwabena Boahen, is building VLSI computer chips that reproduce cortical wiring and many of the properties of the cells. “He has a chip that accurately models the retina and produces output spikes that closely match real retinae. We hope someday that these can be used as retinal implants.” “We’ve asked them to take a computational approach to neuroscience,” says Hawkins. “They’re looking at object-recognition systems that mimic the brain's ability to find patterns in highly cluttered visual scenes by integrating information derived from bottom-up, top-down and horizontal connections among neurons in the primary visual cortex. It’s precisely what the Defense Department is interested in currently, and for obvious reasons… can we build systems that can instantly pick out an individual face in a crowd? Or parse a visual scene into its many parts? The goal is to use engineering analysis to discern the principles of neural function, and then to use these principles in the design of neuromorphic systems. Taken another step, we could use this same principle to exploit motion information for target tracking in noise and clutter.” Finkel’s team works closely with physiologists, and there's a lot of going back and forth between the computer models and the real brains. “It's quite an exciting time in the field, with a real sense of progress — Harold’s been incredibly far-sighted about picking up on what's we’re doing and applying it to what the Defense Department might find useful.” By making models of the visual cortex using brain recordings, by putting neural networks on computer chips, and by building mathematical models, these researchers are, in a sense, "reverse engineering" the brain…developing hardware and software systems that will have a similar ability to solve computationally difficult problems. Precisely the stuff our real brains excel at without even thinking about it.


Contact: Gail S. Cleere
cleereg@onr.navy.mil
703-696-4987
Office of Naval Research
http://www.eurekalert.org/pub_releases/2001-12/oonr-dyc121701.php
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ALERT ACTION Parents and Professionals
Please e-mail USA TODAY about this article (CDC Report was flawed):

 

Vaccines do not lead to serious illness,studies find


By Anita Manning,
USA TODAYCHICAGO —

Concerns that vaccines may occasionally trigger serious illnesses, including multiple sclerosis, diabetes and autism, are not borne out in a variety of studies on vaccine safety, researchers reported here Monday.
Experts at a meeting of the American Society for Microbiology presented summaries of safety data on vaccines that prevent measles, mumps and rubella (MMR), hepatitis B and Lyme disease.In a study to determine whether the Lyme disease vaccine causes arthritis, Arnold Chan of the Harvard School of Public Health says interim results based on records of 5,000 vaccinated and 14,000 unvaccinated people show a slightly higher percentage of arthritis-related diagnoses in vaccinated people (15.8%) compared with the unvaccinated (13.9%).But a review of 25% of those reports found only five confirmed cases of arthritis among vaccinated people; 15 confirmed among the unvaccinated. "So far, there is no signal for an increase in risk" among the vaccinated, Chan says.The reported link between the MMR vaccine, autism and inflammatory bowel disease doesn't hold up to scientific scrutiny, says Neal Halsey of Johns Hopkins University. Some evidence suggests autism is caused by an abnormality that occurs before birth in genetically predisposed babies, Halsey says, but reports of symptoms appearing in toddlers shortly after they get the MMR shot have raised fears of a causal relationship.Some parents and a handful of researchers say there also is a link between the vaccine and intestinal disorders, which they say are common in autistic children. But Halsey says studies have been unable to establish a cause-and-effect connection between the vaccine and autism, nor is the rate of gastrointestinal disorders higher in autistic children than in others.The hepatitis B vaccine, which protects against serious liver disease, has been linked to multiple sclerosis (MS) in adults and to sudden infant death in babies and the onset of juvenile (type 1) diabetes — and none of these associations appears valid, says Frank DeStefano of the Centers for Disease Control and Prevention.A French study found "persuasive evidence against an association" between the vaccine and MS, he says. The CDC is doing a similar study that looks at patients with MS and their vaccination history and "we're not finding any increased risk (of developing MS) overall, or within a year of vaccination," DeStefano says.The vaccine also is safe for kids, he says, noting a drop in incidences of sudden infant death syndrome during a period when an increasing number of babies were vaccinated against hepatitis B. And a study involving 252 children with type 1 diabetes compared with non-diabetic kids found "no correlation between diabetes and the hepatitis B vaccine," he says.In a separate presentation, a researcher from the University of Wisconsin Medical School in Madison reported promising results from early studies of a vaccine to prevent recurring urinary tract infections in women. Walter Hopkins says 10% to 15% of women experience three or more bladder infections every year, requiring frequent use of antibiotics.The experimental vaccine, being developed with funding from the National Institutes of Health, is given as a vaginal suppository. In studies involving 54 women, 55% of those who got monthly immunization had no infections for six months, while 89% of those given a placebo experienced infections.Additional studies will begin soon.

http://www.usatoday.com/news/healthscience/health/2001-12-18-vaccines-usat.htm
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ALL INFORMATION, DATA, AND MATERIAL CONTAINED, PRESENTED, OR PROVIDED HERE IS FOR GENERAL INFORMATION PURPOSES ONLY AND IS NOT TO BE CONSTRUED AS REFLECTING THE KNOWLEDGE OR OPINIONS OF THE PUBLISHER, AND IS NOT TO BE CONSTRUED OR INTENDED AS PROVIDING MEDICAL OR LEGAL ADVICE.  THE DECISION WHETHER OR NOT TO VACCINATE IS AN IMPORTANT AND COMPLEX ISSUE AND SHOULD BE MADE BY YOU, AND YOU ALONE, IN CONSULTATION WITH YOUR HEALTH CARE PROVIDER.