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Korean Genome Project (Korea1K) is the largest genome sequencing project in Korea, first launched in 2015 as part of the Genome Korea in Ulsan.As of 2021, the project has sequenced over 10,000 human genomes and is the first large-scale data base for constructing a genetic map and diversity analysis of Koreans.
Genome Research Foundation(게놈연구재단) also known as Genome Foundation is a non-profit research foundation and institute in Korea under the approval of the ministry of Education, Science, and Technology of Korea. It is a public research foundation with over 30 researchers and staff in 2011.
The Korean Reference Genome Project was initiated by the then director Jong Bhak who made a formal collaboration with National Standard Reference Center of KRISS, Daejeon, Korea in 2006. The first project under the Korean Reference Genome Project was KOREF. As it was expensive to build a reference genome in 2006, Jong Bhak made a collaboration ...
The HVP aims to collect data on all human genetic variation. The Korean Genome Project, which aims to collect all the East Asian ethnic Korean genetic variations has produced KoVariome that contains currently over 1,000 Korean whole genome variation information. [5] Turkish Genome Project has plans to analyze genomes of 100,000 people in Turkey ...
Genome projects are scientific endeavours that aim to map the genome of a living being or of a species. Also see Category:Genetic genealogy projects . Subcategories
KoVariome is the variome of Korean ethnic groups. It was initiated in 2010 when the Genome Research Foundation in Korea was established. KoVariome has produced around 100 Korean genome diversity data on 4 April 2018 in Scientific Reports [1] and 1,094 Korean genome variation information on 27 May 2020.
The lobby of the Eaves on South Gramercy Place in Koreatown is shown. The building converted into homeless housing has 58 bedrooms. (Myung J. Chun / Los Angeles Times)
CRISPR-Cas9 is a widely used genetic tool but testing its accuracy genome wide is difficult. [6] In 2015, Kim's IBS Center, Seoul National University, and ToolGen jointly published a paper in Nature Methods outlining their technique named Digenome-seq which locates on-target and off-target sequences in CRISPR-Cas9. [ 7 ]