The SRY (sex-determining region on the Y chromosome) gene is required for normal embryonic wolffian (male sex) genital development, although numerous other genes are involved in …

Fluorescence in situ Hybridization (FISH) This test was developed and its analytical performance characteristics have been determined by Quest Diagnostics. It has not been cleared or …

The Vysis SRY/CEP X FISH Probe Kit is intended to detect relocation of the SRY gene region away from its normal location on the Y chromosome using the fluorescence in situ …

Fluorescent in situ hybridization (FISH) with the SRY (sex reversal Y) probe detects deletion in Yp11.3 that may be related to gonadal dysgenesis or sex reversal.

Any phenotypic male individual with an SRY signal on a structurally normal Y chromosome is considered negative for a deletion in the region tested by this probe. Any patient with a …

Chromosome FISH, Metaphase—SRY/male detection (Yp11.3) FISH (Constitutional)—Individual Metaphase Probes : 2002299: Chromosome FISH, Metaphase—Steroid sulfatase deficiency …

Methods: A dual-color FISH analysis performed on metaphase cells using a probe for the SRY gene in Yp11.3 and a probe for the X chromosome centromere (control) ; analysis of 10 …

The SRY probe, labelled in red, consists of two non-overlapping probes, 30kb and 50kb. The probes cover the entire SRY gene and flanking DNA, including the RPS4Y1 gene. The probe …

Fluorescence in situ hybridization (FISH) with the SRY (sex reversal Y) probe detects deletion in Yp11.3, that may be related to gonadal dysgenesis or sex reversal. Males typically have one X …

FISH for SRY (Sex-determining Region Y) identifies the presence or absence of the SRY locus by analyzing cells in interphase and/or metaphase with direct labeled FISH probes specific to the …