Titlebook: Selenoproteins and Mimics; Junqiu Liu,Guimin Luo,Ying Mu Book 2012 Zhejiang University Press,Hangzhou and Springer-Verlag Berlin Heidelber

两种语言

怪物

Selenoprotein P,mains: one possesses redox-enzyme activity containing one selenocysteine residue in the N-terminal region, and the other functions as a selenium supplier containing nine selenocysteine residues in the C-terminal region. These domains are connected by a bridge containing two histidine-rich regions. A

vasospasm

Selenoprotein T,thioredoxinlike fold” containing a selenocystein. Few studies have been reported on the distribution of SelT, showing its low expression in adult tissues and its abundance during embryogenesis. A pangenomic microarray analysis allowed us to identify SelT as a gene stimulated by a trophic neuropeptid

变异

Selenoprotein W, redox motif of the N-terminal region. It is expressed in a broad range of organisms, from mammals to bacteria. It is ubiquitously distributed in many tissues, and especially highly expressed in the skeletal muscle, heart and brain. Although many bacterial and frog SelW-like proteins contain Cys ins

傲慢物

guzzle

gruelling

Selenoproteins and Atherosclerosis,mechanism of selenium in cytoprotection against cholesterol oxide-induced vascular damage in rats. Selenium, as an essential nutritional trace element for humans, exerts its biological effect through selenoproteins and plays an important role in the inhibition of vascular oxidative damage and in the

Kidnap

Selenoproteins and Brain Diseases,this organ during Se deficiency. The functions of Se are carried out mainly by selenoproteins, in which Se is specifically incorporated as selenocysteine. It was recently reported that all of the 24 murine selenoprotein mRNAs are expressed in the mouse brain. This chapter discusses the distribution

魅力

Selenoproteins and Thyroid Cancer,rovided evidence that reduced levels of these proteins, induced by loss of heterozygosity or chromosomal alterations ., result in cellular oxidative stress as well as derangement of signaling cascades leading to inflammation, malignancy and progression. While several tumor species have been shown to

STALE

Selenoproteins and Selenium Speciation in Food, the occurrence of different forms of selenium in some foods. The pattern of soluble selenium compounds in different species of fish varied markedly as studied by size-exclusion chromatography coupled to ICP-MS or GFAAS. Most flatfish contained mainly low-molecular-weight selenium compounds while ot