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The female gamete, the oocyte, serves the distinct purpose of transmitting the maternal genome and other maternal factors critical for postovulation events. Additionally we are shipping Zygote Arrest 1 Antibodies (36) and Zygote Arrest 1 Proteins (5) and many more products for this protein.
A decreased methylation level at CpG sites of ZAR1 exon 1/intron 1. CpGi could serve as a biomarker for invasive bladder cancer.
ZAR1 and SFRP4 (show SFRP4 ELISA Kits) qMSP could be used as potential biomarker for CC diagnosis
Hypermethylation of ZAR1 regions is extremely frequent in neuroblastomas and correlates with established markers of progressive disease and outcome.
Findings indicate that non-promoter hypermethylation of ZAR1 is extremely frequent in diffuse gliomas and pituitary adenomas, but methylation-related aberrant ZAR1 expression is far less likely to be related to glioma tumorigenesis.
we identified a frequently aberrant methylated region within the Zygote arrest 1 (ZAR1) gene in melanoma and demonstrated a distinct methylation pattern between melanoma and nevus.The involvement of ZAR1 in the carcinogenesis of melanoma remains unclear.
The carboxyl-termini of these ZAR1 proteins contain an important functional domain that is conserved through vertebrate evolution and that may be necessary for normal female reproduction in the transition from oocyte to embryonic life.
Zygote arrest 1 (ZAR1) could be implicated in regulation of meiosis and post meiotic differentiation of male and female germ cells through expression of shorter splicing variants. Central role of this gene in early reproductive processes.
Promoter activities of three mouse maternal genes (H1oo, Npm2, and Zar1) in oocytes and pre-implantation embryos, and examined the promoters and to obttain the best promoter for oocytte gene expression.
The highest Zar1 mRNA levels were detected in oocytes in the pre-antral follicle stage.
In situ hybridization confirmed oocyte-restricted expression of ZAR1 within the ovary, as early as preantral follicle stages.
The female gamete, the oocyte, serves the distinct purpose of transmitting the maternal genome and other maternal factors critical for postovulation events. Oocytes have diverse functions in ovarian folliculogenesis, fertilization, and embryogenesis. ZAR1 is an oocyte-specific gene that appears to function at the oocyte-to-gamete transition (Wu et al., 2003
zygote arrest 1
, ZAR1-like protein
, zygote arrest protein 1
, oocyte-specific maternal effect factor
, maternal factor
, zygote arrest 1 variant 1