- r* K* _/ @* H* y9 H5 E4 b8 @ 8 m$ ?& ~0 q/ TContents, k7 Y3 j, T- H- a% u
Preface VII0 u) J" ]1 g; ]. i8 P/ j( Y9 N
Section 1 Fundamental Understanding and Protein Synthesis 1 + l2 o1 N, y- L! u$ N( T8 K( H# c+ o4 p: S/ T+ ~
Chapter 1 Ribosomes from Trypanosomatids: 5 J9 p b, _" P' z8 T0 I4 l3 VUnique Structural and Functional Properties 3 6 y& m; @0 d5 P2 \: XMaximiliano Juri Ayub, Walter J. Lapadula, Johan Hoebeke and Cristian R. Smulski 6 d3 |! n( Y/ B' d 4 P# L8 _* m: y5 rSection 2 Evolution and Protein Synthesis 29 * z- U/ F9 T8 G4 K2 T9 V) E* j4 H1 D& o) i
Chapter 2 On the Emergence and Evolution! D* R* _7 f& J; U- ]6 k
of the Eukaryotic Translation Apparatus 31 " S. |/ S# @, G4 X+ ?Greco Hernández4 j2 Q. @" a/ Q! q7 W1 \
7 P7 E! B0 d+ g, C5 `7 ]Chapter 3 Evolutionary Molecular Engineering0 b/ A5 d: n$ G' y: _: w" o
to Efficiently Direct in vitro Protein Synthesis 51 ! o( D9 q+ A: N3 m0 L# FManish Biyani, Madhu Biyani, Naoto Nemoto and Yuzuru Husimi ! A0 q" t1 G' _, Z( ~* N, E% E) s. E4 w4 T3 s. ~! \3 v5 A
Section 3 Cell-Free System and Protein Synthesis 632 E/ z- T3 l6 _7 `% [% y7 C5 ~
6 [6 M# j; }: [2 B$ TChapter 4 Protein Synthesis in vitro:8 K. j. N" H0 j; W" e
Cell-Free Systems Derived from Human Cells 65 ! N F) H) o! L- X' tKodai Machida, Mamiko Masutan and Hiroaki Imataka- z u* b n3 z9 g0 Y' ~6 W% J8 d& p+ {; s
5 v' h& ?* K8 G3 S5 wChapter 5 Solid-Phase Cell-Free Protein Synthesis to Improve Protein Foldability 77 Manish 2 s {5 l# B( n+ p; q+ H
Biyani and Takanori Ichiki . G2 q# N1 z$ S: h7 L$ Q, B# I- [# C! I: y- a3 y Y U+ {
Section 4 Translational Control and Protein Synthesis 89( q* q* o8 p$ B+ {* M
$ ]( I. E1 c7 B, H) b4 b) vChapter 6 Cumulative Specificity: A Universal Mechanism for the Initiation of Protein 7 {) H6 Q. s8 ~' P8 p0 y5 FSynthesis 91 Tokumasa Nakamoto and Ferenc J. Kezdy * @ Y; G! q2 j) U) p: }; l* R9 M* x3 [# j
Chapter 7 Protein Synthesis and the Stress Response 1110 y# J+ h' h4 s: }1 v+ I8 _
Assaf Katz and Omar Orellana' \) y# y) p" i! r 作者: alphar 时间: 2014-1-7 07:43