CNDP1 Antibody

1. The distribution of the (CTG)5 homozygous genotype in the no-diabetic nephropathy (DN) and clinical-DN patients was comparable, a lower frequency was found in the biopsy proven-DN patients, particularly in females. We observed a significant trend towards high frequencies of the (CTG)5 homozygous genotype with increased time on dialysis. PMID: 28553654
2. Considering that approximately 40 per cent of the population are homozygous for the 5L allele of (CTG) n repeat polymorphism in CNDP1 gene and seem to be less prone to develop DN, it is needed to evaluate whether the majority of diabetic patients (who do not have the 5L-5L genotype) would be benefited from supplementation with carnosine or with a more intensive monitoring PMID: 27834319
3. Compared to healthy individuals and those with diabetes but no kidney disease, patients with diabetic nephropathy exhibited lower frequencies of 5L-5L genotype and 5L allele of CNDP1 gene, suggesting that this allele might confer protection against development of kidney disease in this population. PMID: 27834323
4. genetic association studies in pediatric population in Germany: Data suggest that, in pediatric patients with chronic kidney disease, the nephroprotective effect of CNDP1 Mannheim genetic variant against disease progression is not restricted to patients with diabetic nephropathy. PMID: 27278783
5. The experimentally measured higher affinity of homocarnosine for the enzyme relative to l-carnosine might be explained, at least in part, by more extensive interactions inside the monomeric and dimeric hCN1's active site. PMID: 27105448
6. Data shows that higher carnosine content in human skeletal muscle is positively associated with insulin resistance and fasting metabolic preference for glucose. PMID: 26439389
7. In gastrointestinal cancer, reduced plasma levels of CNDP1 associate with signs of catabolism and poor outcome. PMID: 25898255
8. Alterations of serum carnosinase (CN1) activity has been associated with several pathological conditions, such as neurological disorders, chronic diseases and cancer PMID: 24566305
9. This meta-analysis confirms that the carnosinase D18S880 microsatellite polymorphism is associated with daibetic nephropathy susceptibility, especially in the type 2 DM and the Caucasian population. PMID: 23402577
10. Rs12604675-A in CNDP1 may confer susceptibility to overt proteinuria in Japanese women with type 2 diabetes. PMID: 23342076
11. In this review, correlations between serum carnosine and carnosinase activity and polymorphism in CNDP1 gene are analyzed. The role of CNDP1 gene polymorphism the development of diabetic nephropathy and non-diabetic chronic kidney disease is discussed. PMID: 22706107
12. Plasma levels of FLT and S100A9 proteins are up-regulated and CNDP1 levels are down-regulated in patients with glioblastoma. PMID: 23029420
13. These findings provide nominal evidence supporting a role between CNDP1 variants and diabetic kidney disease. PMID: 21393041
14. neither CNDP1 genotype nor the normal variation in circulating testosterone levels affects the muscular carnosine content PMID: 20865290
15. Serum histidine dipeptide concentrations are not correlated to serum carnosinase activity PMID: 20971102
16. CNDP1 polymorphism predicts progression to ESRD in patients with diabetic nephropathies, but only late after baseline measurements. PMID: 20711718
17. CTG polymorphism of the CNDP1 gene does not affect survival of Chinese peritoneal dialysis subjects. PMID: 20979941
18. Hyperglycemia enhances CNDP1 secretion and enzyme activity; data suggest that poor blood glucose control in diabetic patients might result in an increased enzyme secretion even in the presence of the (CTG)(5) allele. PMID: 20460427
19. Association between the CNDP1 gene and diabetic nephropathy is sex specific and independent of susceptibility for type 2 diabetes. PMID: 20332346
20. GCP II mRNA was detected in glial cells. Glial-rich regions, specifically the DLPFC and ERC white matter and the molecular and polymorphic layers in the hippocampus, express high levels of GCP II mRNA. PMID: 14560319
21. diabetic patients with the carnosinase CNDP1 gene Mannheim variant are less susceptible for nephropathy PMID: 16046297
22. no difference in allele or genotype frequency between centenarians & controls or between cardiovascular patients & controls; the recently identified functional carnosinase variant does not contribute to longevity or protect against coronary heart disease PMID: 16965804
23. CPGL-B may be associated with cell growth and metastasis of HCC. PMID: 17121880
24. This replicates the CNDP1 gene association with diabetic nephropathy (DN) that was initially detected in European Caucasians and in Arabs, and further demonstrates that the CNDP1 gene and carnosine pathway appear to play a role in susceptibility to DN. PMID: 17205963
25. Diabetic patients homozygous for CNDP1 are protected against diabetic nephropathy. PMID: 17601991
26. CN1-dependent susceptibility to diabetic nephropathy may at least in part be mediated by altered glucose metabolism in type 2 diabetic patients. PMID: 17601992
27. South Asian Surinamese have a lower frequency of the 5/5 homozygous genotype, which was associated with lower carnosinase activity and genetic risk for developing diabetic nephropathy. PMID: 19577318

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HGNC: 20675

OMIM: 609064

KEGG: hsa:84735

STRING: 9606.ENSP00000351682

UniGene: Hs.400613