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1 e targets other than the Y chromosome-linked Sry gene.
2 chain reaction for the Y chromosome-specific Sry gene.
3 m female heart allografts expressed the male sry gene.
4 [PCR] and in situ hybridization for the male sry gene.
5  that WT1 could transactivate the endogenous SRY gene.
6 n the chick where there is no evidence for a Sry gene.
7 ections of canine SMCY and the entire canine SRY gene.
8                            Real-time PCR for sry gene 4 days after transplantation (n=4/group) showed
9 To understand the biological function of the SRY gene, a site-directed mutational analysis is require
10 types in the chick testis, where there is no Sry gene and sex determination depends on a ZZ male/ZW f
11            PCR analysis of the male-specific Sry gene and Y chromosome fluorescence in situ hybridiza
12 he SOD1(G93A) transgene or the male-specific Sry gene, and cultured as neurospheres.
13          Pathogenic modifications within the SRY gene are associated with a male-to-female sex revers
14 essfully generated a knockout of the porcine SRY gene by microinjection of two CRISPR-Cas ribonucleop
15 ggest that ectopic activation of a Y-located SRY gene could exert male-specific effects in developmen
16                         The discovery of the Sry gene in 1990 triggered a revolution in our understan
17 es the central role of the HMG domain in the SRY gene in male porcine sex determination.
18                       The discovery that the SRY gene induces male sex in humans and other mammals le
19                                 The Y-linked SRY gene initiates mammalian testis-determination.
20  Physical mapping data indicate that the cat SRY gene is present as multiple functional copies and th
21 nstrate that incomplete demethylation on the SRY gene is the driving cause of XY(DSD) in these XY DSD
22 tor encoded by the sex-determining region Y (SRY) gene located on the Y chromosome.
23 olymerase chain reaction to measure the male Sry gene, revealed a marked increase in macrophage traff
24 awaki et al. reveals that a recently evolved SRY gene sequence antagonizes SRY protein stability, nec
25 e groups differing only in the form of their Sry gene showed differences in behavior.
26                             Work with Sts or Sry genes suggests so far that other genes on the X chro
27 Our results showed that WT1 up-regulates the SRY gene through the proximal early growth response gene
28 and microsatellite loci and the Y chromosome Sry gene to determine the hybrid status of 36 individual
29    Polymerase chain reaction analysis of the SRY gene to identify male cells was performed in the tre
30 round-specific abundance of male-determining Sry gene-transcripts.
31  Persistent abnormal hypermethylation of the SRY gene was observed together with its down-regulated m
32 e chain reaction (PCR) for the male-specific SRY gene was performed to validate the PET results.
33             Polymerase chain reaction of the SRY gene was positive in 3 cell-treated aortas and none