Authors:
AGULNIK AI
ZHARKIKH A
BOETTGERTONG H
BOURGERON T
MCELREAVEY K
BISHOP CE
Citation: Ai. Agulnik et al., EVOLUTION OF THE DAZ GENE FAMILY SUGGESTS THAT Y-LINKED DAZ PLAYS LITTLE, OR A LIMITED, ROLE IN SPERMATOGENESIS BUT UNDERLINES A RECENT AFRICAN ORIGIN FOR HUMAN-POPULATIONS, Human molecular genetics (Print), 7(9), 1998, pp. 1371-1377
Authors:
MEADOWS L
WANG W
DENHAAN JMM
BLOKLAND E
REINHARDUS C
DRIJFHOUT JW
SHABANOWITZ J
PIERCE R
AGULNIK AI
BISHOP CE
HUNT DF
GOULMY E
ENGELHARD VH
Citation: L. Meadows et al., THE HLA-A-ASTERISK-0201-RESTRICTED H-Y-ANTIGEN CONTAINS A POSTTRANSLATIONALLY MODIFIED CYSTEINE THAT SIGNIFICANTLY AFFECTS T-CELL RECOGNITION, Immunity, 6(3), 1997, pp. 273-281
Authors:
NIEDERBERGER C
AGULNIK AI
CHO Y
LAMB D
BISHOP CE
Citation: C. Niederberger et al., IN-SITU HYBRIDIZATION SHOWS THAT DAZLA EXPRESSION IN MOUSE TESTIS IS RESTRICTED TO PREMEIOTIC STAGES IV-VI OF SPERMATOGENESIS, Mammalian genome, 8(4), 1997, pp. 277-278
Authors:
AGULNIK AI
BISHOP CE
LERNER JL
AGULNIK SI
SOLOVYEV VV
Citation: Ai. Agulnik et al., ANALYSIS OF MUTATION-RATES IN THE SMCY SMCX GENES SHOWS THAT MAMMALIAN EVOLUTION IS MALE DRIVEN/, Mammalian genome, 8(2), 1997, pp. 134-138
Authors:
BOURGERON T
AGULNIK AI
ZHARKIKH A
BOETTGERTONG H
BISHOP CE
MCELREAVEY K
Citation: T. Bourgeron et al., EVOLUTION OF THE DAZ GENE FAMILY INDICATES THAT Y-LINKED DAZ PLAYS LITTLE, IF ANY, ROLE IN SPERMATOGENESIS BUT UNDERLINES A RECENT AFRICAN ORIGIN FOR THE HUMAN RACE, American journal of human genetics, 61(4), 1997, pp. 1122-1122
Authors:
WANG W
MEADOWS LR
DENHAAN JMM
SHERMAN NE
CHEN Y
BLOKLAND E
SHABANOWITZ J
AGULNIK AI
HENDRICKSON RC
BISHOP CE
HUNT DF
GOULMY E
ENGELHARD VH
Citation: W. Wang et al., HUMAN H-Y - A MALE-SPECIFIC HISTOCOMPATIBILITY ANTIGEN DERIVED FROM THE SMCY PROTEIN, Science, 269(5230), 1995, pp. 1588-1590
Authors:
AGULNIK AI
MITCHELL MJ
LERNER JL
WOODS DR
BISHOP CE
Citation: Ai. Agulnik et al., A MOUSE Y-CHROMOSOME GENE ENCODED BY A REGION ESSENTIAL FOR SPERMATOGENESIS AND EXPRESSION OF MALE-SPECIFIC MINOR HISTOCOMPATIBILITY ANTIGENS, Human molecular genetics, 3(6), 1994, pp. 873-878
Authors:
AGULNIK AI
MITCHELL MJ
MATTEI MG
BORSANI G
AVNER PA
LERNER JL
BISHOP CE
Citation: Ai. Agulnik et al., A NOVEL X-GENE WITH A WIDELY TRANSCRIBED Y-LINKED HOMOLOG ESCAPES X-INACTIVATION IN MOUSE AND HUMAN, Human molecular genetics, 3(6), 1994, pp. 879-884