Titlebook: Bacterial Metabolism; Gerhard Gottschalk Textbook 19791st edition Springer-Verlag New York Inc. 1979 ATP.Fructose.Nucleotide.Oxidation.alc

Corroborate

Nutrition of Bacteria,uents of the cellular materials and that are necessary for the activity of enzyme and transport systems. In addition, the nutrients must provide the organisms with materials for the production of biologically utilizable energy.

使閉塞

How , Synthesizes ATP during Aerobic Growth on Glucose,. Under aerobic conditions part of the substrate is oxidized to CO. with oxygen as the terminal electron acceptor. This process is exergonic and allows for the formation of ATP, which is required for the biosynthesis of cellular constituents.

捏造

Biosynthesis of , Cells from Glucose,ing 50% is converted into cellular material. It is this conversion that consumes most of the ATP formed in oxidation. In this Chapter the principal biosynthetic reactions involved in synthesis of cellular material and the main sites of ATP consumption will be outlined.

Ordeal

羽毛長(zhǎng)成

Miguel F. Anjos,Jean B. Lasserre. is able to grow on carbohydrates other than glucose and on a number of organic acids and amino acids. The additional enzyme systems required for the utilization of some of these substrates will be discussed in this chapter.

neoplasm

chronicle

Aerobic Growth of , on Substrates Other Than Glucose,. is able to grow on carbohydrates other than glucose and on a number of organic acids and amino acids. The additional enzyme systems required for the utilization of some of these substrates will be discussed in this chapter.

HEDGE

Chemolithotrophic and Phototrophic Metabolism,Chemolithotrophic and phototrophic bacteria have in common the ability to grow in mineral media, deriving their cell carbon from CO.. The reducing power required for CO. reduction is obtained from inorganic compounds and energy is provided either by light-dependent reactions or by oxidation of inorganic compounds with oxygen or nitrate.

硬化

可以任性