Parkinson's Diseases Specialist The Dalles OR

In the more likely scenario, having only one copy of the mutation increases the risk of the disease, but the disease will only express itself in the presence of other genetic or environmental factors.

Emily Ann Moser, MD
541-296-1100
1805 E 9th St
The Dalles, OR
Lisa C Grant
(541) 296-6101
1810 E 19th St Ste 225
The Dalles, OR
Richard B Rosenbaum, MD
(503) 963-3100
5050 NE Hoyt St
Portland, OR
Michele Kimberly Mass
(503) 494-7772
3181 Sw Sam Jackson Park Rd
Portland, OR
Allen George Brooks, MD
541-928-2965
1086 7th Ave SW Ste 202
Albany, OR
Emily A Moser
(541) 296-6101
1810 E 19th St Ste 225
The Dalles, OR
Emily Moser
(541) 387-6252
1810 E 19th St
The Dalles, OR
Thomas Jay Rosenbaum
(503) 229-8470
2222 Nw Lovejoy
Portland, OR
Barry Sheldon Russman
(503) 494-5856
3181 Sw Sam Jackson Park Rd
Portland, OR
Cecilia A Keller, MD
541-754-1150
3680 NW Samaritan Dr
Corvallis, OR
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Another Genetic Risk for Parkinson's

By Kathryn Ayers

A number of small studies have suggested that a mutation in the gene that produces the protein alpha-synuclein (SNCA) may play a role in the onset of the degenerative neurological condition known as Parkinson’s disease. Now a large multi-nation study confirms that the mutation can increase the risk of Parkinson’s by 50 percent. Researchers at the Mayo Clinic sifted data on some 2,700 Parkinson’s patients and an equal number of age- and sex-matched healthy individuals and determined that “the SNCA gene is not only a rare cause of autosomal dominant Parkinson’s disease in some families, but also a susceptibility gene for Parkinson’s disease at the population level.” People who have the misfortune of inheriting copies of the gene mutation from both parents—a rare occurrence—will contract Parkinson’s. In the more likely scenario, having only one copy of the mutation increases the risk of the disease, but the disease will only express itself in the presence of other genetic or environmental factors. The researchers estimate that the SNCA gene accounts for roughly 3 percent of all Parkinson’s cases—about the same, they say, “as the population effect of other common variants implicated in Parkinson’s disease.”

Author: Kathryn Ayers

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