Friday, January 2, 2009

Who should take care of children with epilepsy?

Who should take care of children with epilepsy?

One important question in the current debate in the United Kingdom about the care of children with epilepsy is who should take the lead role: the neurologist, the general paediatrician, or the paediatrician who has a special interest in epilepsy? The diagnosis of epilepsy in children is often difficult. About 30% of cases are misdiagnosed. In a similar proportion of cases children receive inappropriate drugs. About 42% of all sudden unexpected deaths among young people with epilepsy are reported to be avoidable. This is attributed to the lack of specialists. Currently the United Kingdom has fewer than 75 child neurologists, all of whom are based in tertiary centres. In 2002 the British Paediatric Neurology Association recommended that neurologists should carry out all paediatric neurology work. This goal remains unachievable at present.

42% of all sudden unexpected deaths among young people with epilepsy are reported to be avoidable

Epilepsy is common in children with special needs. General paediatricians in peripheral districts care for most children with epilepsy, and each paediatrician may be familiar with only a few patients. This is inappropriate. Recent cases of misdiagnosis ( BMJ 2002;324: 495-6[Free Full Text]) and the requirements of clinical governance raise serious issues. Children and their families need better care that is well coordinated and provided by experts in the field. Proposals to achieve this care also include nursing support, training for schoolteachers, and active involvement of parents and children. Child psychologists and other professionals make vital contributions to the overall management when epilepsy and special needs coexist.

Good care of children with epilepsy begins with a detailed clinical history, taken from a parent or carer who has witnessed the child's seizures, and thorough clinical examination. Supportive measures would include video recordings of the events, expert electroencephalography interpretation, and access to tertiary neuroradiology and paediatric neurology services. The clinicians should have an adequate knowledge of all available epilepsy drugs and be familiar with non-epileptic paroxysmal syndromes. Nursing support and close liaison with the general practitioner and education and social services are necessary.

A paediatrician in each district should take lead responsibility for all children with long standing (more than two years) epilepsy, severe epilepsy, or epilepsy associated with special needs. This paediatrician should coordinate the multidisciplinary professional input for the best educational, social, and behavioural management of these children.

In my district paediatric epilepsy clinics were set up in 1998. A general paediatrician who has responsibility for the child development assessment centre runs them. Two clinics are held each month, one of which is held jointly with a consultant child psychiatrist. The paediatrician also does 12 joint clinic sessions a year with the visiting paediatric neurologist and does a quarterly epilepsy clinic for young adults (aged 16-24 years) with the neurology physician.

We have two part time paediatric epilepsy nurses. One also works as an epilepsy nurse in the tertiary paediatric epilepsy clinic; the other is a learning disabilities nurse with a diploma in epilepsy care. They attend clinics and arrange follow up consultations, either by telephone or a home visit. They visit the children's schools to train staff in epilepsy care and use of emergency drugs. They communicate with social services on behalf of parents and patients.

We liaise extensively with a paediatric neurophysiologist and a neuroradiologist in the tertiary centre. They report all of the electroencephalograms and most of the magnetic resonance images. The paediatric neurologist offers expert opinion in refractory cases and in cases where surgery, vagal stimulation, or a ketogenic diet is required. The published data are used to audit the clinics' procedures, and improvements are regularly made. Surveys have shown a high degree of satisfaction among parents.

Minimum training requirements have been proposed for consultants who are appointed to a formal role. However, existing consultants should also be assessed. If they are found deficient the British Paediatric Neurology Association should arrange further training and subsequent accreditation. All neurologists working in districts have formal work commitments in tertiary centres. A similar model for paediatricians would be ideal and would avoid professional isolation. Periodic audit of services in the districts by the association would be valuable. The Royal College of Paediatrics and Child Health and the Royal College of Nursing could set minimum standards for such a service to ensure that resources are adequate and that nurses across the country participate.

5 Useful Tools To Take Care Of Children



BMI Calculator - Fill in the following bmi calculator form to figure out your child's body mass index (BMI) and his or her risk of being overweight or underweight. You can use standard US measurements or metric units to calculate bmi. This form will now calculate a body mass index for adults too!

Height Predictor - Calculate Your Child's Future Height! Fill in the following form to calculate your child's future height based on their genetic growth potential. Our calculator will figure out the genetic growth potential based on their gender and mid-parental height. You can use standard US measurements or metric units.

Quizzes - Quizzes are a fun way to test yourself and learn more about pediatrics and parenting your child. Take a quiz to test your knowledge of first aid, safety and other topics.

Opinion Polls - Vote and see the results of our polls about common Pediatric and Parenting topics, including potty training, starting solids, vaccinations, feeding, sleeping through the night, allowance, seatbelt use, etc.

Parents' Talk - Join our message forums to talk with other parents about the issues and challenges that come up in trying to raise happy and healthy children.

Online Surveys - An online survey to see what other users of keepkidshealthy.com are doing with their children, including what they fed their newborns and infants, when they started and finished potty training, and when their child began to sleep through the night.

Pregnancy Planner
The Pregnancy Planner calculates preferred days for getting pregnant. Plans are based on the fact that ovulation happens 14 days before the next menstrual period.

Vaccine Schedule - You can use the form to create a vaccine schedule for your child that follows the 2001 Guidelines of the American Academy of Pediatrics (and now includes Prevnar, the new vaccine that protects against invasive pneumococcal disease). This vaccine schedule is intended more for new babyies who have begun to get their vaccines yet.

Baby Names Guide - Find baby names, create a new name, or view names in our database of over 5000 baby names, with popular and ethnic names.

Growth Charts - The CDC released an updated set of childrens growth charts in May 2000 for use up to age twenty. The data used to create these charts was gathered from a nationwide survey of breast fed and formula fed children from different racial and ethnic backgrounds to get a more representative sample of children in the United States. Our color charts can be viewed online or printed to help you keep track of how well your child is growing.

Lead Screening Quiz - Lead poisoning is an important cause of learning disabilities, anemia, growth problems and children exposed to lead may have problems with paying attention and being aggressive. Children are most commonly exposed to lead by the ingestion of paint chips or dirt that is contaminated with lead. Take our quiz to see if your child is at risk of lead poisoning.

Asthma Tools - Tools to help you manage your child's asthma, including a peak flow calander, peak flow zones, symptom diary, and asthma action plan.

Fast Food Nutrition Calculator - Choose a restaurant(s) to compare the nutrition facts, including calories and fat grams, of the meals you and your kids eat.

ClubMom Coloring Pages - ClubMom has a growing section of printable coloring pages. Tell your visitors about these cute, FREE coloring pages!

ClubMom Recipe Finder - Get breakfast, lunch, dinner, dessert, snack, and holiday ideas here!

ClubMom Checklists - Checklist topics include cooking, driving, health and wellness, home and garden, money, parenting and party planning.

Older Adult Drivers: CDC Activities

Older Adult Drivers: CDC Activities

Exploring the relationships between walking, driving and health
CDC researchers are collaborating with scientists at Group Health Cooperative to study the walking and driving ability of older adults. A health survey asking questions about driving and walking habits and abilities was linked to existing health data such as comorbidities, medication use, health care visits and cost of care. These data will enable researchers to study how adults restrict their driving, compare the health of drivers versus non-drivers, and evaluate how the fear of falling may limit transportation mode choice.

Developing an assessment battery for older driver capabilitiespicture of an older adult driving
With CDC funding, researchers at the University of Michigan Transportation Research Institute developed and pilot tested a comprehensive battery of assessment instruments for older drivers that was inexpensive and easy to administer. Results showed that the entire battery required less than one hour to complete. Subjective statements by participants showed that the battery was acceptable, free of problems, had tasks presented in a good order, and was not too long. The authors found that the assessment battery is low-cost, transportable, easy to administer, easy for participants to complete, provides a comprehensive assessment of a person’s physical health, mental health, and driving behaviors and would serve as a valuable data collection tool for a longitudinal study of older drivers.

Extramural Unintentional Injury Prevention Research
Abstracts of research projects in unintentional injury prevention

More Injury Programs and Projects

Related article:

Eby, D.W., Molnar, L.J., Nation, A. D., Shope, J.T., & Kostyniuk, L.P. (2006). Development and Testing of an Assessment Battery for Older Drivers. Report No. UMTRI-2006-04. Ann Arbor, MI: University of Michigan Transportation Research Institute.


The safety of roundabouts and the older driver
With CDC funding, researchers at Texas A&M University studied intersection design with the older driver in mind. Experience in the United States and in other countries suggests that traffic conflicts and overall safety at intersections can be dramatically improved through the installation of modern roundabouts. However, roundabouts can create more demands on older drivers due to the complexity of these types of intersections. This research sought to develop and evaluate countermeasures with the potential to improve the perceived comfort, confidence, and/or safety of seniors in using roundabouts.

Related article:

Lord D, van Schalkwyk I, Chrysler S, Staplin L. A strategy to reduce older driver injuries at intersections using more accommodating roundabout design practices. Accident Analysis & Prevention, in press.

Older adult driver involvement in crashes where someone else died
To determine whether older adult drivers ages 65 years and older were more likely than younger drivers to be involved in crashes when someone else died, CDC researchers analyzed three years of motor vehicle crash data. They found that, in fact, older drivers were involved in fewer of these crashes than were drivers ages 16 to 34. Crashes caused by older drivers were more likely to result in the death of the older driver than others involved in the crash. This study helps dispel the myth that older drivers present an unacceptable threat to others on the road.

Related article:

Dellinger AM, Kresnow Mj, White DD, Sehgal M. Risk to self versus risk to others: How do older drivers compare to others on the road? American Journal of Preventive Medicine 2004;26(3):217–21.

Fatal crashes among older drivers
CDC researchers analyzed fatal crash involvement rates for drivers ages 65 years and older by assessing the contributions of the crash fatality rate (risk of death), incidence density (risk of crash), and exposure prevalence (amount of driving) to the fatal crash involvement rates of older drivers. The crash fatality rates and the incidence densities increased with age, while the exposure prevalence decreased. In other words, although older drivers drove less, they were more likely to crash and to die in a crash. These findings suggest that older driver crash deaths can be reduced by decreasing their crash risk, their risk of injury when a crash occurs, or by decreasing the amount they drive.

Related article:

Dellinger AM, Langlois JA, Li G. Fatal crashes among older drivers: decomposition of rates into contributing factors. American Journal of Epidemiology 2002;155(3):234–41.

License renewal and crash risk among older drivers
With CDC funding, researchers at the University of Washington are investigating the relationship between older drivers’ crash risk and the time since their last license renewal. The interval between license renewals is an issue of public policy, and states must balance the crash risk caused by drivers who have become impaired against the cost and inconvenience of more frequent renewals. The results of this study will help decision makers determine the appropriate interval between license renewals for older drivers.

Race, sex, and ethnicity and motor vehicle- and fall-related deaths among older adults
CDC researchers analyzed annual mortality data to identify differences in motor vehicle- and fall-related death rates among adults ages 65 years and older by sex, race, and ethnicity. From 1990 to 1998, overall motor vehicle-related death rates remained stable, while death rates from unintentional falls increased among older adults. Both motor vehicle- and fall-related death rates were higher among men; motor vehicle-related death rates were higher among people of color; and death rates from falls were higher among Whites whose annual relative increase was 3.8% for both men and women. Fall-related death rates were higher among non-Hispanics than Hispanics. This study analyzed race and ethnicity patterns and discovered disparities in the death rates. The findings will be useful for identifying high-risk groups and for developing prevention strategies that target them.

Related article:

Stevens JA, Dellinger AM. Motor vehicle and fall related deaths among older Americans 1990-98: sex, race, and ethnic disparities. Injury Prevention 2002;8(4): 272–5.

Why older adults stop driving
CDC scientists worked with the University of California, San Diego to survey drivers ages 55 years and older living in community settings to find out why they stopped driving. The most common reasons for stopping were medical conditions—frequently, poor vision. This research provides insight into why older drivers decide that they are no longer fit to drive, which can help public health practitioners develop programs to reduce motor vehicle-related injuries in this population.

Related article:

Dellinger AM, Sehgal M, Sleet DA, Barrett-Connor E. Driving cessation: what older former drivers tell us. Journal of the American Geriatrics Society 2001;49(4):431–5.

Older Adult Drivers: Fact Sheet

Older Adult Drivers: Fact Sheet


Overview

  • In the United States, 3,355 occupants ages 65 and older died in motor vehicle crashes during 2004 (CDC 2006).
  • In the United States, more than 177,000 adults ages 65 and older suffered nonfatal injuries as occupants in motor vehicle crashes during 2005 (CDC 2006). picture of an older adult driving
  • In 2004, there were more than 28 million licensed drivers age 65 years and older— a 17-percent increase from the number in 1994. During this same time period, the total number of licensed drivers increased by only 13 percent (NHTSA 2006).

National Goals

  • By 2010, the Department of Health and Human Services aims to reduce motor vehicle-related deaths among people of all ages to no more than 8 per 100,000 people. For adults older than age 70, the motor vehicle death rate has remained stable at about 23 per 100,000 for over a decade (Department of Health and Human Services 2000).

    WISQARS
    Allows you to form reports on injury mortality and nonfatal injury for a wide range of age groups

    Injury Maps
    Allows you to create maps of U.S. injury mortality rates

Occurrence

  • Drivers ages 80 and older have higher crash death rates per mile driven than all but teen drivers (IIHS 2006).
  • During 2005, most traffic fatalities involving older drivers occurred during the daytime (79%) and on weekdays (73%); 73% of the crashes involved another vehicle (NHTSA 2006).

Consequences

  • Older drivers who are injured in motor vehicle
    crashes are more likely than younger drivers to die from their injuries (IIHS 2006).

Groups at Risk

  • Across all age groups, rates for motor vehicle-related fatalities are higher for men than for women (IIHS 2006).

Risk Factors

  • Age-related decreases in vision, cognitive functions, and physical impairments may affect some older adults’ driving ability (Owsley 1999).

Protective Factors

  • Older adults wear safety belts more often than any other age groups except infants and preschool children (CDC 1997).
  • Among older occupants involved in fatal crashes, 75% were using restraints at the time of the crash, compared to 62% for other adult occupants (18 to 64 years old) (NHTSA 2006).
  • Older adult drivers tend to drive when conditions are safest. They limit their driving during bad weather and at night, and they drive fewer miles than younger drivers (Hakamies-Blomquist 1999).
  • Older adult drivers are less likely to drink and drive than other adult drivers (Quinlan et al. 2005).

Sources of Additional Information

University of Michigan, Transportation Research Institute: Promising Approaches for Enhancing Elderly Mobility

University of Florida: Florida Senior Safety Resource Center

AAA Foundation for Traffic Safety: Senior Driver Web Site

AAA National: AAA Roadwise Review: A Tool to Help Seniors Drive Safely Longer

University of Michigan, Transportation Research Institute: Driving Decisions Workbook

National Highway Traffic Safety Administration: Active Aging Programs

Community Transportation Association of America: Senior Transportation

American Society on Aging (ASA): Road Map to Driving Wellness

References

Centers for Disease Control and Prevention (CDC). Behavioral Risk Factor Surveillance System Survey Data. Atlanta (GA): Department of Health and Human Services (US). CDC; 1997. [cited 2002 June 1]. Available from: URL: http://apps.nccd.cdc.gov/brfss/page.asp?yr=1997&state=US&cat=IC#IC.

Centers for Disease Control and Prevention. Web-based Injury Statistics Query and Reporting System (WISQARS) [Online]. (2006). National Center for Injury Prevention and Control, Centers for Disease Control and Prevention (producer). Available from: URL: www.cdc.gov/ncipc/wisqars. [cited 2006 Dec 1].

Department of Health and Human Services (US). Healthy People 2010. 2nd ed. With understanding and improving health and objectives for improving health. 2 vols. Washington (DC): Government Printing Office (US); 2000.

Hakamies-Blomquist L. Safety of Older Persons in Traffic in Transportation in an Aging Society: A Decade of Experience. Technical Papers and Reports from a Conference: Bethesda, MD; Nov. 7-9, 1999. Washington, DC, Transportation Research Board; 2004.

Insurance Institute for Highway Safety (IIHS). Fatality facts, older people. Arlington (VA): IIHS; 2006. Available from: URL: http://www.iihs.org/research/fatality_facts/olderpeople.html [cited 2006 Nov 21].

National Highway Traffic Safety Administration, Department of Transportation (US). Traffic Safety Facts 2005: Older Population. Washington (DC): NHTSA; 2006 [cited 2006 Nov 21]. Available from: URL: http://www-nrd.nhtsa.dot.gov/pdf/nrd-30/NCSA/TSF2005/810622.pdf.

Owsley C. Driver Capabilities in Transportation in an Aging Society: A Decade of Experience. Technical Papers and Reports from a Conference: Bethesda, MD; Nov. 7-9, 1999. Washington, DC, Transportation Research Board; 2004.

Quinlan KP, Brewer RD, Siegel P, Sleet DA, Mokdad AH, Shults RA. Alcohol-Impaired Driving Among U.S. Adults: 1993-2002. American Journal of Preventive Medicine 2005;28:346-50.

Preventing Falls Among Older Adults

Preventing Falls Among Older Adults

Unintentional falls are a threat to the lives, independence and health of adults ages 65 and older. Every 18 seconds, an older adult is treated in an emergency department for a fall, and every 35 minutes someone in this population dies as a result of their injuries.

Although one in three older adults falls each year in the United States, falls are not an inevitable part of aging. There are proven strategies that can reduce falls and help older adults live better and longer.

The following materials give an overview of the problem of older adult falls and how they can be prevented.

Fact Sheets

Falls Among Older Adults: An Overview
This fact sheet gives an overview of the problem of falls among older adults in the United States. You will also find prevention tips and links to resources developed by CDC.

Costs of Falls Among Older Adults
This fact sheet describes the costs of falls among older adults - more than $19 billion annually – and includes information on how these costs are calculated and distributed.

Hip Fractures Among Older Adults
More than 90% of hip fractures among adults 65 and older are the result of a fall. This sheet provides information on the number of hip fractures, groups at risk, and prevention tips.

Falls in Nursing Homes
Falls are more common in nursing homes than in the overall community. You can learn about the extent of falls in nursing homes, their causes, and some prevention strategies.

CDC Fall Prevention Activities
This page highlights CDC-sponsored projects aimed at preventing falls among older adults.


Brochures

Two brochures, developed by CDC and redesigned in partnership with the CDC Foundation and MetLife Foundation, provide steps that older adults and those who care for them can take to reduce the risk of falls and related injuries. Both are available in English, Spanish, and Chinese.

What YOU Can Do to Prevent Falls
Highlights four key strategies for preventing falls.

Check for Safety: A Home Fall Prevention Checklist for Older Adults
Lists things to check for and fix in the home to reduce the risk of falls.


Posters

Four posters were developed in partnership with the CDC Foundation and MetLife Foundation. Each highlights one of four key strategies for preventing older adult falls. All are available in English, Spanish, and Chinese.

Resources for Practitioners and Community-Based Organizations

Preventing Falls: What Works A CDC Compendium of Effective Community-based Interventions from Around the World

This compendium is designed for public health practitioners and community-based organizations. It describes 14 scientifically tested and proven interventions.

Preventing Falls: How to Develop Community-based Fall Prevention Programs for Older Adults

This “how to” guide is designed for community-based organizations who are interested in developing their own effective fall prevention programs.


Figures and Maps

Figures and maps depict statistics about fall-related deaths and injuries. See trends in fall-related death and nonfatal injury rates and compare death rates by sex and by state.

Podcasts

Downloadable podcasts from CDC’s Injury Center are available on topics including older adult fall prevention, poisoning prevention, teen driving safety and Injury Center research findings, programs and activities.

Websites About Older Adults and Falls

Looking for more information? Click on the links below for other organizations working to prevent older adult falls.

American Association of Retired Persons - An organization for people 50 and older that provides information and education, advocacy, and community services through a national network of local chapters and experienced volunteers. *

Gerontological Society of America - A multidisciplinary organization dedicated to the scientific study of aging and to the translation and dissemination of research for practice and policy. *

Home Safety Council - A national nonprofit organization dedicated to preventing home-related injuries. *

National Council on Aging - An advocacy organization dedicated to improving the health and independence of older persons and to increasing their contributions to communities, society, and future generations. *

National Institute on Aging (NIA) - One of the National Institutes of Health, the NIA promotes healthy aging by conducting and supporting biomedical, social, and behavioral research and public education.

National Osteoporosis Foundation - A voluntary, nonprofit health organization and resource for information about the causes, prevention, and treatment of osteoporosis, a risk factor for fall-related fractures. *

National Resource Center for Safe Aging – The Center gathers and shares information and resources on senior safety with public health professionals, older adults, and their families. *

National Safety Council - A nonprofit, nongovernmental, international public service organization dedicated to protecting life and promoting health. *

U.S. Administration on Aging - The Administration works to raise awareness among other federal agencies, organizations, groups, and the public about both the contributions and needs of older Americans. It also informs older people and their caregivers about the benefits and services available to help them.

U.S. Consumer Product Safety Commission - The federal regulatory agency that protects the public against unreasonable risks of injuries and deaths from consumer products.

* Links to non-Federal organizations found at this site are provided solely as a service to our users. These links do not constitute an endorsement of these organizations or their programs by CDC or the Federal Government, and none should be inferred. CDC is not responsible for the content of the individual organization Web pages found at these links.