Arabidopsis 2010 - 1,001 Genomes:
Plant biologists need many completely sequenced and functionally annotated genomes within each species in order to fully exploit the power of evolution to understand how an organism functions and adapts to its environment. Researchers interested in natural variation in Arabidopsis propose to generate genomic DNA sequences from over 1000 inbred strains, driving technology developments in both hardware for the DNA sequencing itself and in software development to make sense of the DNA sequence data.
The goal of this research project is to record the genetic variation in the entire genome of many strains of the reference plant Arabidopsis thaliana.
Authors:
[Salk]
Bob Schmitz
Julian Golder
Lantian Gai
Andrew Alix
Mark Urich
Joe Nery
Huaming Chen
Joe Ecker
[MPI]
Christa Lanz
Jun Cao
Stephan Ossowski
Korbinian Schneeberger
Joffrey Fitz
Detlef Weigel
[JGI]
Len Pennacchio
Data Source:
[Done by Salk]
Cvi-0 Ler-1
[Done by JGI]
Bay-0 Sha.JGI
[Done by MPI]
Agu-1
Bak-2
Bak-7
Bur-0
Cdm-0
Col-0
Del-10
Dog-4
Don-0
Est-1
Ey15-2
Fei-0
HKT2
ICE1
ICE102
ICE104
ICE106
ICE107
ICE111
ICE112
ICE119
ICE120
ICE127
ICE130
ICE134
ICE138
ICE150
ICE152
ICE153
ICE163
ICE169
ICE173
ICE181
ICE21
ICE212
ICE213
ICE216
ICE226
ICE228
ICE29
ICE33
ICE36
ICE49
ICE50
ICE60
ICE61
ICE63
ICE7
ICE70
ICE71
ICE72
ICE73
ICE75
ICE79
ICE91
ICE92
ICE93
ICE97
ICE98
Istisu-1
Kastel-1
Koch-1
Lag2
Leo-1
Lerik1-3
Mer-6
Nemrut-1
Nie1-2
Ped-0
Pre-6
Qui-0
Rue3-1-31
Sha
Star-8
Tsu-1
TueSB30-3
Tuescha9
TueV13
TueWa1-2
Vash-1
Vie-0
WalhaesB4
Xan-1
Yeg-1
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