Titlebook: EJB Reviews; P. Christen,E. Hofmann Book 1993 Federation of European Biochemical Societies 1993 ATP.Biochemie.Biochemistry.Biophysics.Biop

整潔漂亮

Protein interaction with ice,e the ability to counteract or minimize these threats. The production of specific protein molecules to prevent the loss of water or to inhibit extracellular ice crystal growth are the better known examples.

pulmonary

which protein degradation was assumed to occur. However, bacteria lack such organelles, but do show a similar ATP dependence for proteolysis as animal cells (Olden and Goldberg, 1978). Therefore, this requirement must represent a more fundamental property of the degradative process.

Foolproof

格言

為現(xiàn)場

EJB Reviewshttp://image.papertrans.cn/e/image/300385.jpg

Androgen

https://doi.org/10.1007/978-3-642-78046-2ATP; Biochemie; Biochemistry; Biophysics; Biophysik; DNA; RNA; enzymes; gene expression; metabolism; proteins

Hemoptysis

Left-Atrium

1982). This feature of intracellular proteolysis applies not only for cytosolic proteins in bacterial and animal cells. Mitochondria (Desautels and Goldberg, 1982a) and chloroplasts (Malek et al., 1984) also contain systems for complete degradation of abnormal proteins, and this process also require

惡意

構(gòu)成

In-Phase and Quadrature Imbalancelar pH. It is also one of the reactants in many biochemical reactions, and contributes to the stabilization of various macromolecular structures. Any significant deviation on the accessibility of water due to dehydration, dessication and the alteration of its physical state from aqueous phase to ice