RGRC Rice Genome Resource Center

　2009.6.1

　* Two genetic populations, namely, Nippobare / Koshihikari // Nipponbare
chromosome segment substitution lines (CSSLs, 48 lines) and
Nipponbare / Koshihikari // Koshihikari chromosome segment
substitution lines (CSSLs, 41 lines) are now available for distribution.

　2009.3.31

　* The yearly user fee is changed from April 1, 2009 based on the current
exchange rate.

　2008.10.1

　* Payment for biological materials can now be made using credit card.
This service is applicable for orders from outside Japan only.

　2008.9.22

　* Payment for biological materials can be made using credit card soon.
This service is applicable for orders from outside Japan only. Please wait
for further announcement.

　2007.6.28

　* Nippobare / Koshihikari // Koshihikari backcross inbred on lines (BILs, 127 lines)
and Nipponbare / Koshihikari // Nipponbare backcross inbred on lines (BILs, 79
lines) are now available fro distribution.

　2007.4.1

　* The yearly user fee was changed from April 1, 2007 based on the current
exchange rate.

　2007.3.1

　* Koshihikari / NonaBokra chromosome segment substitution lines
(CSSLs, 44 lines) are now available for distribution.

　2006.6.12

　* The Green Techno Project Homepage (Japanese only) was added in the Links.

　2005.4.25

　* The parental varieties used to generate the genetic analysis materials are now
available for distribution.

　* Sasanishiki / Habataki chromosome segment substitution lines
(CSSLs, 39 lines) are now available for distribution.

　2004.2.21

　* A 22K rice oligomicroarray (G4138A) is now commercially available through
Agilent Technologies.

2003.11.6
* A 22K microarray based on rice full-length cDNA sequences is now
commercially available. A 22K microarray based on rice full-length cDNA
sequences generated by the National Institute of Agrobiological Sciences
(NIAS) is now commercially available through the Agilent Technologies.
This is the first 60 - mer oligonucleotide microarray that has been
constructed for rice.
Having this microarray available commercially will further stimulate
research in functional genomics of rice. Details are available at
http://www.agilent.com/about/newsroom/presrel/2003/06nov2003a.html