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Team:CBNU-Korea/Summary
From 2011.igem.org
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To design the Synthetic Minimal Chromosome of a bacterium, that the information on essential genes, such as direction, position, length and function, is essential. In addition a new analyzing method which calculates the distance between replication origin and each essential gene (DTO; Distance to origin) in each species, and provides the number of essential genes within 10 percent of total genome size are required. Using this method, we confirmed a distribution of essential genes in each organism.<br> | To design the Synthetic Minimal Chromosome of a bacterium, that the information on essential genes, such as direction, position, length and function, is essential. In addition a new analyzing method which calculates the distance between replication origin and each essential gene (DTO; Distance to origin) in each species, and provides the number of essential genes within 10 percent of total genome size are required. Using this method, we confirmed a distribution of essential genes in each organism.<br> | ||
Revision as of 14:16, 4 October 2011
To design the Synthetic Minimal Chromosome of a bacterium, that the information on essential genes, such as direction, position, length and function, is essential. In addition a new analyzing method which calculates the distance between replication origin and each essential gene (DTO; Distance to origin) in each species, and provides the number of essential genes within 10 percent of total genome size are required. Using this method, we confirmed a distribution of essential genes in each organism.
In this study the information of essential genes will be obtained from DEG (Database of Essential Genes). We will re-group essential genes by COG distribution for construction of our database which is connected to a software named GOD (Genome Organization Database & Designer).
