Autism Intervention Specialists Juneau AK

As light passes through the lens of the eye, proteins in the lens are unavoidably subjected to damage by free radicals. These damaged proteins change from crystal clear to cloudy and over time can create dark regions in the lens known as cataracts.

Special Education Director
(907) 465-8693
801 W. 10th Street, Suite 200
Juneau, AK
Support Services
Government/State Agency

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State Vocational Rehabilitation Agency (Juneau)
(907) 274-5630
801 West 10th Street
Juneau, AK
Support Services
Adult Support, Other, Support Organization
Ages Supported
Adult

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Alaska Department of Education
(907) 465-2972
Office of Special and Supplemental, 801 W Tenth St., Suite 200
Juneau, AK
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Government/State Agency

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Programs for Children with Disabilities: Ages 3 through 5 (Juneau)
(907) 465-2972
Office of Special Services and Supplemental Programs, Department of Educat
Juneau, AK
Support Services
Early Intervention, Educational Advocacy, Other, Support Organization
Ages Supported
Preschool

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Southeast Chapter
(907) 463-3602
9109 Mendenhall Mall Rd., Ste. 5D
Juneau, AK
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Support Organization

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Department of Education & Early Development Division of Teaching and Learning Support Special Ed
(907) 465-8693
801 West 10th, Suite 200
Juneau, AK
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Early Intervention, Government/State Agency

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Office of State Coordinator of Vocational Education for Students with Disabilities
(907) 465-8729
Office of Adult & Vocational Education
Juneau, AK
Support Services
Disability Advocacy, Educational Advocacy, Other, Support Organization
Ages Supported
Kindergarten,1-5 Grade,6-8 Grade,9-10 Grade,11-12 Grade

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Alaska, Dept of Labor and Workforce Development
907-465-8943 or 800-478-2387 (in AK)
Division of Vocational Rehabilitation
Juneau, AK
Support Services
Adult Support, Job Coach, Other, Support Organization, Training/Seminars
Ages Supported
11-12 Grade,Adult

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Alaska Dept. of Education
(907) 465-2972
Office of Special Education
Juneau, AK
Support Services
Educational Advocacy, Other
Ages Supported
Preschool,Kindergarten,1-5 Grade,6-8 Grade,9-10 Grade,11-12 Grade,Adult

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PARENTS: Southeast
(907) 586-6171
P.O. Box 32613
Juneau, AK
Support Services
Adult Support, Disability Advocacy, Educational Advocacy, Marriage & Family Counseling, Support Organization, Training/Seminars
Ages Supported
Preschool,Kindergarten,1-5 Grade,6-8 Grade,9-10 Grade,11-12 Grade,Adult

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Ask the Doctor—Cataracts—Mercury and Autism

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By Terry Grossman, MD,

Q Are there any nutritional ways to prevent cataracts?

As light passes through the lens of the eye, proteins in the lens are unavoidably subjected to damage by free radicals. These damaged proteins change from crystal clear to cloudy and over time can create dark regions in the lens known as cataracts.

The body is able to prevent free-radical damage by transforming the toxic free radicals into harmless compounds through the use of three built-in antioxidant enzymes: catalase, superoxide dismutase, and glutathione peroxidase, all of which normally are found within the lens itself. However, a small percentage still escapes neutralization and can lead to lens damage and cataract formation.

In addition to the antioxidant enzymes, the body utilizes dietary vitamins, minerals, and other micronutrients as another line of defense to neutralize free-radical damage. Italian researchers established an association between diet and cataract risk 40 years ago when they found that people who consumed higher amounts of meat, cheese, cruciferous vegetables (like broccoli, kale, and cauliflower), spinach, tomatoes, peppers, citrus fruit, and melon needed cataract surgery less often. Increased risk occurred among people who consumed higher amounts of butter, total fat, and salt. They also found that using olive oil and eating spinach appeared to protect against cataract formation, while eating carrots did not.

Several more recent studies have looked at the relationship between nutritional supplementation and cataract risk. The most notable are highlighted below.

• The Lens Opacities Case-Control Study in 1991 followed 1,380 patients and found that “regular use of multi-vitamin supplements decreased risk” of cataract formation. Individual nutrients such as vitamins B1, B2, B3, C, and E; carotene; and iron reduced risk individually as did supplemental combinations of vitamins C and E and carotene.

• The Beaver Dam Eye Study from Wisconsin followed 1,354 patients from 1988 to 1995. Antioxidant intake was determined from a food questionnaire. People who consumed the highest amount of the bioflavonoid lutein—found in green, leafy vegetables such as spinach and kale as well as yellow foods such as squash and egg yolks—had 50 percent fewer cataracts compared with people who consumed the least lutein.

• The US Male Health Professionals’ Study followed 36,644 men between 45 and 75 years of age beginning in 1986 and found that men with a higher lutein intake had a 19 percent decreased rate of cataract surgery.

• The Blue Mountain Eye Study from Australia found that “long-term use of multivitamins, B group, and vitamin A supplements was associated with reduced prevalence of either nuclear or cortical cataracts.” Folate and vitamin B12 supplementation was also found to be useful.

• The Nurses’ Health Study from Boston found that vitamin C intake was associated with a 64 percent decreased cataract risk among women who used vitamin C for ...

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