By John N. Maina

ISBN-10: 3642203949

ISBN-13: 9783642203947

This booklet encapsulates over 3 many years of the author’s paintings on comparative practical respiration morphology. It offers insights into the mechanism(s) in which breathing capability and strategies originated and complex to their sleek states. Pertinent cross-disciplinary info and proof were built-in and reexamined in an effort to arrive at extra powerful solutions to questions concerning the foundation of the useful designs of fuel exchangers. The usage of oxygen for strength creation is an old method, the advance and development of which have been underpinned by means of dynamic occasions within the organic, actual, and chemical worlds. Many books that experience broached the topic of comparative practical respiration biology have in basic terms defined the shape and serve as of the ‘end-product,’ the fuel exchanger; they've got scarcely delved into the standards and the stipulations that influenced and recommended the improvement from primeval to fashionable respiration skill and strategies. This publication addresses and solutions large questions about the severe synthesis of multidisciplinary info, and clarifies formerly cryptic features of comparative respiration biology.

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Additional info for Bioengineering Aspects in the Design of Gas Exchangers: Comparative Evolutionary, Morphological, Functional, and Molecular Perspectives

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Chang et al. 1983; Deamer and Szostak 2010). , atmospheric electrical bolts (lightening) and/or solar UV radiation, simple molecules increasingly changed into more complex organic compounds which by aqueous condensation–polymerization and oxidation–reduction reactions ultimately formed the precursors of proteins, nucleic acids, and other important biochemical molecules. , Oparin 1938; Chapman and Schopf 1983). Anaerobic microorganisms thrived in water for as long as 500 million years before O2 became an integral part of their cellular metabolism.

The small molecular size of O2, its high intracellular diffusivity, and its appropriate redox potential (Eh) elected it as the most suitable electron acceptor in the oxidative process of energy production. In cells and mitochondria in particular, O2 mops up electrons which have dispensed their energy for production of ATP (Fig. 7). Oxygen is harmful because of its high electron affinity which causes it to be activated into intermediate products or reactive O2 species (ROS). , they contain one or more unpaired electrons in the outer or molecular orbitals.

Singlet oxygen (1O2) (O2 + hv ! 1O2). , Fridovich 1978). , Tkaczyk and Vizek 2007). Along with its dismutation to H2O2, O2•À can also combine with gaseous neurotransmitter nitric oxide (NO•) to form the peroxynitrite anion (ONOOÀ) (O2•À + NO• ! ONOOÀ). ONOOÀ is another nonradical product which is also very toxic and can too degrade into •HO or a •HO-like radical and the HOÀ (ONOOÀ + H+ ! HONOO ! , Pryor and Squadrito 1995; Pryor et al. 2006). Unless it exists in cells in high concentration, H2O2 is generally considered unreactive.

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Bioengineering Aspects in the Design of Gas Exchangers: Comparative Evolutionary, Morphological, Functional, and Molecular Perspectives by John N. Maina

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