Titlebook: Cytochromes c; Evolutionary, Struct Geoffrey R. Moore,Graham W. Pettigrew Book 1990 Springer-Verlag Berlin Heidelberg 1990 Chloroplast.Oxid

彻底检查

Redox Potentials,ce to the standard hydrogen electrode (0 V) (Scheme 7.1). Practical aspects of the determination of redox potential and the use of the Nernst equation have been dealt with in Pettigrew & Moore (1987: Chapter 1).

暗指

incubus

Systemic

心胸开阔

Amino Acid Sequences of Cytochromes ,single letter code (Table 3.1) with a single space between each residue except where gaps are required for optimal alignment. Where possible gaps or insertions have been placed on the basis of crystallographic structures. Otherwise the use of gaps has been kept to a minimum since it is not statistic

Dorsal-Kyphosis

The Structures of Class I Cytochromes ,At present such structures can only be obtained by crystallographic methods and the work of four groups — those of Takano & Dickerson, Kraut & Salemme, Kakudo and Brayer — has made the class I cytochromes . one of the bestdefined protein families. Structures of five mitochondrial and seven bacterial

crucial

The Structures of Class II, Class III and Class IV Cytochromes , small number are sufficiently characterised to be placed within the classification scheme described in section 1.3 of Pettigrew & Moore (1987). These are the class I cytochromes ., which are described in the previous chapter, and the class II and class III cytochromes . which are described in the p

intuition

Evolution,., but also provides a rich store of information of evolutionary significance. The evolutionary implications of the structural data is one of the themes of the present chapter in which we discuss the role that cytochrome . has played in the development of the relatively new field of molecular evolut

deforestation

Redox Potentials,ce to the standard hydrogen electrode (0 V) (Scheme 7.1). Practical aspects of the determination of redox potential and the use of the Nernst equation have been dealt with in Pettigrew & Moore (1987: Chapter 1).

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