Cytoplasm coagulation

Leaf cuttings were tested for heat resistance by 5 min heating in an aquatic ultra-thermostat (5), for cold resistance they were frozen for 5 min in a micro-refrigerator (6). Temperature inducing cytoplasmic coagulation in 50% of the palisade cells (LTcq) was taken as the value of thermoresistence. The value oi thermostability of PSA membranes was the temperature (Tq ) corresponding to the 50%... 

The extrinsic pathway of coagulation is activated when circulating factor VII encounters tissue factor. Tissue factor is a transmembrane glycoprotein, which is normally expressed by subendothelial fibroblast-like cells, which surround the blood vessel. An intact endothelium normally shields the circulating blood from exposure to tissue factor. The tissue factor molecule consists of a 219 amino acid hydrophilic extracellular domain, a 23 amino acid hydrophobic region that spans the membrane, and a 21 amino acid cytoplasmic tail that anchors the molecule to the cell membrane (15,16). Other sites of tissue factor expression include activated monocytes, activated endothelial cells, and atherosclerotic plaques. 

Figure 5. Runx2 immrmohistochemical expression is visible in coagulating cells in E14 (a) and the positive reaction is also detected at the sheath of condylar cells in E17 (b) in IHC. Expression of Runx2 mRNA appear in the cytoplasm of proliferating chondrocytes in E14 (c) and the gene signals are throughout most all layers in E18 (d) in ISH.

Figure 16.7. Microscopic appearance of necrosis. (A) Coagulative necrosis in a virally infected avian liver. Hepatocytes in the lower half of the photo are in various stages of necrosis, with small, pyknotic or fragmented nuclei and increased cytoplasmic eosinophilia. (B) Necrotic cells in immune-mediated skin disease, canine. The central cell has a pyknotic nucleus and intensely eosinophilic cytoplasm, while the cells at lower left and upper left are injured and swollen. The smaller cells are neutrophils. See color insert.

In the domain of food industries, EED was used to reduce oxygen in fruit juice [46], to extract cytoplasmic proteins from alfalfa [47,48], to coagulate proteins [49], and to reduce disulfide bonds in proteins [50]. These applications are based on the electrode redox reactions coupled with monopolar membrane action. 

Chromoproteins, 150 Chymotrypsin, 429 Citrate Synthase, 299 Coagulated Proteins, 151 Cobalamin, 231 Compound Lipids, 82 Contractile Proteins, 153 Cytoplasm, 9... 

High concentrations of disinfectants, e.g. chlorhex-idine, phenol or mercury salts, will coagulate the cytoplasm and in fact it was this kind of reaction which gave rise to the epithet general protoplasmic poison , already referred to, providing an uncritical and dismissive definition of the mode of action of disinfectants. There is little doubt, however, that the disinfectants in use in the 1930s had just this effect when applied at high concentrations. 

Thrombomodulin (TMN CD141) is a 75-kD cytoplasmic glycoprotein that is distributed among endothelial cells, mesothelial cells, osteoblasts, mononuclear phagocytic cells, and selected epithelia. Its physiologic role is to convert thrombin from a coagulant protein to an anticoagulant.Because of the potential presence of TMN in some metastatic carcinomas and... 

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