HAPMAPPT05 96 WELL PLATE OF DNA SAMPLES

Description: INTERNATIONAL HAPMAP PROJECT - JAPANESE IN TOKYO AND HAN CHINESE IN BEIJING (II)

Aliquot Size: 50 µg each

Sex: Males: 46 Females: 45

Brief Description: The HAPMAPPT05 plate of 91 individual samples, includes 46 Japanese in Tokyo and 45 Han Chinese in Beijing. In addition, there are 4 duplicated samples and 1 buffer control. The concentration of each DNA sample to be plated is normalized and then this concentration is verified. The DNA concentration is 250 ng/µl and there are 50 µg of DNA per well. Once all samples are in place, a DNA fingerprint is determined for each sample to verify the identity on the plate. The specific position on the plates has been optimized by NHGRI to reduce any possible errors in sample identity during the genotyping process. The positions of the 4 duplicated samples and 1 buffer control are indicated by gray shading.
Pemberton, Trevor J., Wang, Chaolong, Li, Jun Z., and Rosenberg, Noah A., Inference of unexpected genetic relatedness among individuals in HapMap phase III Am J Hum Genet87:457-464 2010
PubMed ID: 20869033
 
Ziliak D, O'Donnell PH, Im HK, Gamazon ER, Chen P, Delaney S, Shukla S, Das S, Cox NJ, Vokes EE, Cohen EE, Dolan ME, Huang RS, Germline polymorphisms discovered via a cell-based, genome-wide approach predict platinum response in head and neck cancers Translational research : the journal of laboratory and clinical medicine157:265-72 2010
PubMed ID: 21497773
 
Manolio TA, Brooks LD, Collins FS, A HapMap harvest of insights into the genetics of common disease The Journal of clinical investigation118:1590-605 2008
PubMed ID: 18451988

Catalog IDSex
NA18595Female
NA18596Female
NA18597Female
NA18599Female
NA18602Female
NA18610Female
NA18614Female
NA18615Female
NA18616Female
NA18617Female
NA18618Female
NA18619Female
NA18625Female
NA18626Female
NA18627Female
NA18628Female
NA18630Female
NA18631Female
NA18634Female
NA18640Female
NA18641Female
NA18642Female
NA18939Female
NA18941Female
NA18946Female
NA18954Female
NA18957Female
NA18963Female
NA18979Female
NA18993Female
NA19001Female
NA19002Female
NA19010Female
NA19054Female
NA19057Female
NA19059Female
NA19064Female
NA19065Female
NA19074Female
NA19077Female
NA19078Female
NA19080Female
NA19081Female
NA19084Female
NA19087Female
NA18595Female
NA18596Female
NA18597Female
NA18599Female
NA18602Female
NA18610Female
NA18614Female
NA18615Female
NA18616Female
NA18617Female
NA18618Female
NA18619Female
NA18625Female
NA18626Female
NA18627Female
NA18628Female
NA18630Female
NA18631Female
NA18634Female
NA18640Female
NA18641Female
NA18642Female
NA18939Female
NA18941Female
NA18946Female
NA18954Female
NA18957Female
NA18963Female
NA18979Female
NA18993Female
NA19001Female
NA19002Female
NA19010Female
NA19054Female
NA19057Female
NA19059Female
NA19064Female
NA19065Female
NA19074Female
NA19077Female
NA19078Female
NA19080Female
NA19081Female
NA19084Female
NA19087Female
NA18530Male
NA18534Male
NA18536Male
NA18543Male
NA18544Male
NA18546Male
NA18548Male
NA18549Male
NA18557Male
NA18559Male
NA18606Male
NA18613Male
NA18638Male
NA18639Male
NA18643Male
NA18645Male
NA18647Male
NA18740Male
NA18745Male
NA18747Male
NA18748Male
NA18749Male
NA18757Male
NA18955Male
NA18962Male
NA18977Male
NA19009Male
NA19055Male
NA19056Male
NA19058Male
NA19060Male
NA19062Male
NA19063Male
NA19066Male
NA19067Male
NA19068Male
NA19070Male
NA19072Male
NA19075Male
NA19076Male
NA19079Male
NA19082Male
NA19083Male
NA19085Male
NA19086Male
NA19088Male
NA18530Male
NA18534Male
NA18536Male
NA18543Male
NA18544Male
NA18546Male
NA18548Male
NA18549Male
NA18557Male
NA18559Male
NA18606Male
NA18613Male
NA18638Male
NA18639Male
NA18643Male
NA18645Male
NA18647Male
NA18740Male
NA18745Male
NA18747Male
NA18748Male
NA18749Male
NA18757Male
NA18955Male
NA18962Male
NA18977Male
NA19009Male
NA19055Male
NA19056Male
NA19058Male
NA19060Male
NA19062Male
NA19063Male
NA19066Male
NA19067Male
NA19068Male
NA19070Male
NA19072Male
NA19075Male
NA19076Male
NA19079Male
NA19082Male
NA19083Male
NA19085Male
NA19086Male
NA19088Male