anti-PLIN1 (PLIN1) Antikörper

Human Perilipin 1 (PLIN1) Interaktionspartner

1. Data indicate that perilipin 1 (PLIN1) specifically binds to cholesteryl esters, and that their dynamic properties direct segregation of perilipin 1 into topologically distinct micro domains on the lipid droplet.

2. These findings suggest that dual amphipathic helical regions mediate lipid droplets (LD) targeting and underpin the hierarchical binding of Plin1-3 to LDs.

3. The study suggests that heterozygous variants that are predicted to result in PLIN1 haploinsufficiency are not a cause of familial partial lipodystrophy.

4. In pediatric controls, PLIN1 immunostaining was absent. PLIN1 was present in 1 child with HepC, mildly expressed in NAFL, and increased in NASH. In adults, PLIN1 immunostaining was detected in only 1 control adult and was significantly higher in adult NASH compared with NAFL.

5. PLIN1 gene is epigenetically regulated and promoter methylation is inversely correlated with basal lipolysis in obese women.

6. OPA1 mediates adrenergic control of lipolysis in human adipocytes by regulating phosphorylation of perilipin 1.

7. It was identified that PLIN1 serves a crucial role in the pathogenesis and progression of liposarcoma and may be a potential therapeutic target for its clinical management.

8. Classification of cells as containing few large or many small LDs followed by calculating the percentage of cells in each class proved to discriminate the positive PLIN1-suppressed phenotype from the untreated negative control with an area under the receiver operating characteristic curve of 0.98.

9. Expression of UCP2 and PLIN1 genes influences the resting metabolic rate in obese individuals and could predict the weight loss after bariatric surgery.

10. The PLIN 6 polymorphism of the perilipin gene may influence the risk of obesity during adolescence.

11. Variability at the PLIN1 locus is associated with variability in weight loss. Moreover, eating late is related to lower weight-loss effectiveness among carriers of the AA genotype at the PLIN1 14995A>T variant.

12. The strong association of PLIN1, CFD and ADIPOQ genes with adipogenesis prompted authors to study the influence the bone health status as evaluated by quantitative ultrasound (QUS) bone densitometer in a North Indian cohort. Overall, ADIPOQ (rs1501299 and rs3774261) and combined cluster of PLIN1 rs2304796 and rs2304795) and CFD (rs1683563) demonstrated correlation.

13. Perilipin 1 expression increased with adipocytic differentiation of liposarcoma subtypes showing statistical significance.

14. Based on the PCR with mismatched primers PLIN1 polymorphisms could be identified effectively in Chinese Han population.

15. Conserved amphipathic helices mediate lipid droplet targeting of PLIN1, PLIN2, and PLIN3.

16. Skeletal muscle PLIN proteins likely play a role in the hydrolysis of triglycerides stored in lipid droplets and the passage of fatty acids to the mitochondria for oxidation.

17. The functional PLIN1 rs6496589 may influence the risk of central obesity through possible regulation of lipid storage.

18. After bariatric surgery-induced weight loss, PLIN1 gene/protein expression in SAT increased significantly. Findings suggest a positive functional interaction between PLIN1 & mitochondrial biogenesis-related genes in human adipose tissue.

19. Use of molecular docking software to design perilipin-1 inhibitors as antiobesity agents.

20. This plin1 variant binds and stabilizes ABHD5 expression but still fails to inhibit basal lipolysis as effectively as wild-type perilipin 1.

Mouse (Murine) Perilipin 1 (PLIN1) Interaktionspartner

1. Overexpressed PLIN1 in macrophages had a protected role against atheroma progression in ApoeKO in the absence of changes in gonadal fat mass or plasma lipid levels, presumably due to modification of the stability and/or inflammatory profile of macrophages.

2. Hypertension in Plin1-/- mice might occur as a deleterious consequence of perivascular adipose tissue dysfunction.

3. Plin1 is required to restrain fat loss and pro-inflammatory responses in adipose tissue by reducing futile lipolysis to maintain metabolic homeostasis.

4. This mouse model might mimic and explain the pathogenesis of hepatosteatosis occurring in two typical disorders of adipose tissue dysfunction, obesity and lipodystrophy, particularly in lipodystrophic patients with Plin1 mutation.

5. IP6K1 is a novel regulator of PLIN1 mediated lipolysis

6. ex vivo studies in human primary adipocytes, demonstrate that perilipin 1 binds to AQP7, and that catecholamine activated protein kinase A phosphorylates the N-terminus of AQP7, thereby reducing complex formation

7. Here, we identify synthetic ligands that release ABHD5 from PLIN1 or PLIN5 without PKA activation and rapidly activate adipocyte and muscle lipolysis.

8. Heterozygous Plin1+/- SVCs were able to develop lipid droplets, with both the number and size more than in Plin1-/- SVCs but less than in Plin1+/+ SVCs, indicating that Plin1 haploinsufficiency accounts for attenuated adipogenesis.

9. Plin1 deficiency in bone marrow-derived cells may be responsible for reduced atherosclerotic lesions in the mice

10. Perilipin+ embryonic preadipocytes actively proliferate along growing vasculatures for adipose expansion.

11. Data suggest cardiotrophin-1 up-regulates lipolysis in adipocytes via 1) induction of Plin1, 2) activation of hormone sensitive lipase (via phosphorylation by PKA), and 3) inactivation of adipose triglyceride lipase (via up-regulation of G0S2).

12. Adipocytes of Plin1/ mice showed robust basal lipolysis and fatty acid efflux to the plasma. Such adipose tissue dysfunctions accounted for the ectopic lipid accumulation and enhanced fatty acid transport and oxidation in Plin1/ hearts.

13. QRFP-43 attenuates lipolysis by preventing the formation of an active complex between perilipin A, caveolin-1, the catalytic subunit of protein kinase and hormone-sensitive lipase on lipid droplets.

14. ESR1 regulates ATGL and perilipin-mediated lipid metabolism and droplet size in femurs from mice.

15. Collectively these data suggest that whereas perilipin 1 potently suppresses basal lipolysis in adipocytes, perilipins 2 and 3 facilitate higher rates of basal lipolysis

16. these findings indicated that PLIN1 disruption leads to the increase of round spermatid-containing seminiferous tubules at the meiotic stage of the first wave of spermatogenesis through regulating spermatogenic related genes.

17. Data indicate that perilipin (plin) deficiency suppresses sterol regulatory element-binding protein-1 (SREBP-1) activation in white adipose tissue (WAT).

18. Perilipin1 (Plin1), another adipocyte-specific lipid droplet-associated protein, is an Fsp27 activator.

19. FSP27 acts to constitutively limit the lipid droplet presence of ATGL, perilipin 1 plays an essential role in mediating the response of ATGL action to beta-adrenergic hormones.

20. the reduction of perilipin1 in white adipose tissues may at least in part contribute to conjugated linoleic acid -mediated alternation of lipolysis of white adipose tissues.

Cow (Bovine) Perilipin 1 (PLIN1) Interaktionspartner

1. Perilipin, which was thought to be characteristic for lipid droplets of adipocytes and steroidogenic cells, becomes de novo expressed in hepatocytes of human, mouse, and cattle liver.

Pig (Porcine) Perilipin 1 (PLIN1) Interaktionspartner

1. PLIN1 and PLIN2 have been evaluated as candidate genes for growth, carcass and meat quality traits in pigs; two single-nucleotide polymorphisms, one in intron 2 of the PLIN1 gene (JN860199:g.173G>A) and the 3' untranslated region of the PLIN2 gene (GU461317:g.98G>A); results obtained indicate that the PLIN2 polymorphism could be a useful marker for lean growth.

2. In pig muscle PLIN1 and PLIN2 proteins are localized in correspondence with extra and intra-myocellular lipids, respectively.

3. This work describes the cloning and sequencing of porcine PLIN and M6PRBP1 cDNAs, the chromosome mapping of these two genes, as well as the expression pattern of porcine PAT genes.