Bovine growth hormone,GH ELISA Kit

1. Tracing Recombinant Bovine Somatotropin Ab(Use) Through Gene Expression in Blood, Hair Follicles, and Milk Somatic Cells. PMID: 30011805
2. A microarray analysis showed that lncYYW positively regulates the expression of growth hormone 1 and its downstream genes, AKT1 and PIK3CD, in bovine myoblasts. This discovery provides a good foundation for further study of the mechanism of action of lncYYW during bovine myoblast development PMID: 28726188
3. bGH mice had increased body weight and decreased percent fat mass. Serum FGF21 levels were significantly elevated in bGH mice. Expression of Fgf21, Fgfr1, and Klb mRNA in white AT and liver were downregulated or unchanged in bGH mice. PMID: 27585733
4. GH/HpaII locus as candidate marker for body weight in cattle rather than MSTN/DraI. PMID: 29023020
5. An SNP GH4.1 in a growth hormone gene was significantly related to a weaning weight. PMID: 27706683
6. The association of IGF1, GH, and PIT1 markers with growth and reproductive traits were assessed. PMID: 25258122
7. Male bovine GH transgenic mice have decreased adiposity, and have increased regulatory T cells and macrophages in mesenteric and subcutaneous white adipose tissue. PMID: 25521584
8. The total frequencies for the combined genotypes for the bGH and RORC genes, which provide for superior meat quality and carcass weight, in the populations of Kazakh white-headed cattle PMID: 25975152
9. There is an association between a polymorphism in intron 3 of the BGH gene and both body weight at first estrus and first calving. PMID: 25158245
10. Whereas only moderate structural changes were observed with up-regulation of GH/IGF-I axis, disruption of the GH receptor had pronounced effects upon tendon ultra-structure. PMID: 24080228
11. this study identifies a biochemical mechanism for the regulation of SCFAs on bovine GH and PRL gene transcription in dairy cow anterior pituitary cells PMID: 24177567
12. homozygote genotypes of GH (LL) and beta-LG (AA) were superior compared to heterozygote genotypes, whereas, the heterozygote genotype of Pit-1 gene (AB) was desirable PMID: 22730770
13. one GH1 SNP, GH33, was significantly associated with milk protein yield in the second lactation. Several GH1 SNPs were significantly associated with fertility. PMID: 21948746
14. GH and IGF-I genotypes had no substantial effect on productive parameters, though IGF-I genotype affected calving-first service interval in primiparous cows. However, the genotypes do alter the endocrine/metabolic profiles of the transition dairy cow. PMID: 21635772
15. Association of cattle growth hormone gene polymorphism with milk productivity PMID: 21866862
16. Leptin modulation of lymphocytic growth hormone plays a role in the regulation of immune response during pregnancy. PMID: 21081139
17. Results further demonstrate the multifaceted influences of GH1 on milk production, fertility, and growth-related traits in cattle. PMID: 21094770
18. Study of genetic variation in Yakutian cattle (Bos taurus L.) using the prolactin bPRL, growth hormone bGH, and transcription factor bPit-1 genes PMID: 20391788
19. More than half of the CSF GHRH pulses observed in the current study were followed by episodes of GH release; leptin suppressed, while neuropeptide Y increased serum GH levels. PMID: 19632078
20. Findings suggest that the GH gene polymorphism at codons 127 and 172 was related to body weight, circulating basal GH and insulin, and GHRH-induced GH responses in Japanese Black heifers. PMID: 19747793
21. bGH-transgenic mice display marked changes in hepatic genes coding for metabolic enzymes and suggest that GH directly or indirectly regulates many of these hepatic genes via decreased expression of PPARalpha and SREBP-1. PMID: 12736163
22. GH administration had no effect on plasma leptin during late pregnancy or early lactation. PMID: 12881203
23. Hepatic growth hormone receptor(GHR) and IGF-I mRNA levels were strongly correlated with each other in chronic GH excess or deficiency. Regulation and correlation between GHR and IGF-I mRNA levels induced by GH is different between liver and pituitary. PMID: 14726438
24. Associations were analysed between polymorphisms of the growth hormone gene (GH-MspI) (localized in intron 3) and milk production traits of Beijing Holstein cows PMID: 16388132
25. results indicate that serine 84 is crucial for the activity of bGH despite this site being distal to the receptor binding surfaces PMID: 16514176
26. GH dramatically inhibits the expression of IGFBP-5, and GH along with IGF-I enhanced the phosphorylation of Akt through the reduction of IGF binding protein (IGFBP)-5. PMID: 16698222
27. insulin-regulated resensitization of GH signaling may be necessary to reset the complete response to GH after a normal, physiologic pulse of GH PMID: 16717097
28. A missense mutation within the GH1 gene is associated with body fat distribution. PMID: 16734678
29. GH, IGF-I and IGF-IBP3 regulated the growth and development traits in different growth period. PMID: 16870578
30. Characterization of single nucleotide polymorphisms in GH1 in relation to production traits. PMID: 16879354
31. nitration of JAK2 may act as an inhibitory counterpart to phosphorylation activation, reflecting a very localized break on the progression of GH signal transduction processes spanning JAK-STAT-AKT interactions PMID: 17510232
32. Gh(deficient (dr/dr) rats, which are nearly refractory to mammary carcinogenesis, can be made vulnerable by restoring GH and IGF-I. Advanced rat mammary cancers are dependent on GH and/or IGF-I for their survival. PMID: 17584969
33. Transmission ratio distortion at the growth hormone gene (GH1) in bovine preimplantation embryos PMID: 17948248
34. overexpression of growth hormone is associated with kidney diseases PMID: 18097769
35. Peak-shaped responses were observed for concentrations of LH and GH, and the peaks were observed at 27+/-3 and 75+/-9 min, respectively, after injection, only in heifers injected with kisspeptin-10. PMID: 18252956
36. 940 bGH haplotypes were compared with respect to six carcass traits: carcass weight, longissimus muscle area, rib thickness, subcutaneous fat thickness, beef marbling score and beef colour. PMID: 18254825
37. Daytime and nighttime profiles of growth hormone(GH) secretion and the effect of a photic stimulation on nocturnal GH and melatonin secretion were investigated in Holstein steers. PMID: 18375661
38. GH expression (bGH) and its receptor binding (GHR-/-) had profound and divergent effects on muscle phenotype. PMID: 18499495
39. Age-related changes in body composition of bovine growth hormone transgenic mice. PMID: 18948397
40. AluI polymorphism of the growth hormone gene had no effect on the interval from calving to first ovulation and could not be directly related to differences in milk yield and to the extent of body condition loss during the first month after calving. PMID: 19111333
41. Chronic GH excess increased FA metabolism in the young age, whereas its action was overwhelmed in elder ages likely by GH-independent mechanisms. PMID: 19342398

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KEGG: bta:280804

STRING: 9913.ENSBTAP00000022885

UniGene: Bt.28019