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Coronavirus infection (SARS-CoV-2) in obesity and diabetes comorbidities: is heat shock response determinant for the disease complications?

机译:患有肥胖症和糖尿病的冠状病毒感染(SARS-COV-2):疾病并发症是热休克响应决定因素吗?

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摘要

Heat shock response and HSP70 function. The Activation of the heat shock response after non-lethal stress. (I) At rest HSF-1 is inactive in a monomeric state bonded with the cytosolic HSP70s, located in the cytosol. P: Functional Proteins. (II) Under stress conditions and in the presence of denatured proteins (DP), HSP70 releases HSF-1 and subsequently binds to denatured proteins, acting as chaperones (aiding protein refolding) and releasing HSF. Serine-phosphorylation and trimerisation of HSF-1 induces enhanced HSF-1 DNA binding affinity. The binding of the trimeric HSF to HSE initiates the transcription of the HSP mRNA. Additionally, SIRT1 prolongs HSF1 binding to the promoters of heat shock genes by maintaining HSF1 in a deacetylated form. (III) After recovery from stress, HSP70 rebinds to HSF-1 so exerting an inhibitory effect on HSF-1/HSE binding. Overall, stress adaptation is associated with increased levels of HSP70
机译:热休克响应和HSP70功能。非致死应力后的热休克反应的激活。 (i)在静止的HSF-1处于与位于胞质溶胶中的细胞溶质Hsp70粘合的单体状态中无活性。 P:功能蛋白。 (ii)在应力条件下和在变性蛋白质(DP)存在下,HSP70释放HSF-1并随后与变性蛋白质结合,用作伴侣(Aidide蛋白质重折叠)并释放HSF。 HSF-1的丝氨酸磷酸化和三聚化诱导增强的HSF-1 DNA结合亲和力。三聚体HSF至HSE的结合引发了HSP mRNA的转录。另外,通过将HSF1以脱乙酰化形式维持HSF1,SIRT1延长了HSF1与热冲击基因的启动子结合。 (iii)从应力恢复后,HSP70重新授权HSF-1,以便对HSF-1 / HSE结合进行抑制作用。总体而言,应力适应与Hsp70的增加程度相关

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