I got this data by using gene search engine websites (description
about each listed below). These websites are useful for not only AD but for
finding your risk factor for other diseases/disorders such as arthritis,
depression, alcoholism, etc!
1. 23andMe: https://www.23andme.com
-Private (for profit) testing company for DNA samples sent in by individuals.
-This site can be used to look up genetic information of various anonymous individuals or a DNA sample.
-It can be used to look up the results at positions along the genome that have been associated with specific diseases and traits to learn the risk of that individual for those diseases and learn the results of traits.
-Private (for profit) testing company for DNA samples sent in by individuals.
-This site can be used to look up genetic information of various anonymous individuals or a DNA sample.
-It can be used to look up the results at positions along the genome that have been associated with specific diseases and traits to learn the risk of that individual for those diseases and learn the results of traits.
2. Promethease: http://www.snpedia.com/index.php/Promethease
-A site where users can upload their
raw data file (usually from 23andme) for further analysis on topics of medical
interest. Provides analysis of more genes than 23andme.
-Promethease gives detailed information
about SNPs that are related to the development of an array of traits and
diseases.
3. Snpedia: http://www.snpedia.com/index.php/SNPedia
-This site is used to investigate human
genetics. It includes information about the effects of variations in DNA
-It can be used to get detailed
information from specific SNPs mentioned in Promethease (or elsewhere) that
includes information about allele frequency in selected populations, chromosome
location
4. Spittoon: http://spittoon.23andme.com/
-Spittoon is a blog written by the people of 23andMe. They summarize new literature findings relevant to genes.
-Spittoon is a blog written by the people of 23andMe. They summarize new literature findings relevant to genes.
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