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本帖最后由 细胞海洋 于 2013-1-3 10:41 编辑 9 h6 D. Z/ V8 A ^2 F& {0 A/ p
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PROTEIN INTERACTIONS( }6 b& v& ^# q; e7 t5 x: P) ?
Edited by Jianfeng Cai
, V6 c' i* y) c2 C# f/ |# Dand Rongsheng E. Wang! d7 T9 U' S2 m; {2 B, X# E& P2 e
+ f* Q2 z4 h9 f1 e' C% K
$ H5 [. Z, r2 U5 o: n) ]1 G" F" N$ XContents
9 a/ s4 Q5 `# I* G: pPreface IX1 Q- a6 z2 q% o
Part 1 Examples of Protein Interactions 16 i! f9 D. i0 m) A' {- w
Chapter 1 MOZ-TIF2 Fusion Protein Binds to
& d$ w3 n% U! _" n' i/ l5 D4 B2 hHistone Chaperon Proteins CAF-1A8 B" g/ @8 d' d
and ASF1B Through Its MOZ Portion 3
0 r+ f8 _ g" g% SHong Yin, Jonathan Glass and Kerry L. Blanchard V/ _" @2 S* j# u; _( S: E9 k
Chapter 2 Autophagy-Mediated Defense Response
- t* L8 q: T( n. n' n( B8 S) yof Mouse Mesenchymal Stromal Cells (MSCs)2 R, s" y B8 Q' m6 ^; T) w2 Y3 `
to Challenge with Escherichia coli 23
" f1 q/ a1 x# Z/ B# e/ cN.V. Gorbunov, B.R. Garrison, M. Zhai, D.P. McDaniel,* H3 A8 H6 r, {; Q7 `
G.D. Ledney, T.B. Elliott and J.G. Kiang, f2 w; X0 H9 _4 I. Y
Chapter 3 The Use of Reductive Methylation of
$ _$ N c. f; |; r/ r- ~ ULysine Residues to Study Protein-Protein Interactions
! k1 G* x+ G8 r+ |! Xin High Molecular Weight Complexes by Solution NMR 45# ?# [# I; e! |- g [8 q
Youngshim Lee, Sherwin J. Abraham and Vadim Gaponenko+ n8 P# p, n; k% Q: R
Chapter 4 Regulation of Protein-Protein Interactions+ U! f% @; H/ B( e6 T
by the SUMO and Ubiquitin Pathways 53
6 G: W/ ?( L1 A) o% Y. P8 Z' jYifat Yanku and Amir Orian$ w3 b6 Y) Z# }8 m+ |
Chapter 5 Functional Protein Interactions+ G! d1 j: a$ q5 R* F
in Steroid Receptor-Chaperone Complexes 71) l5 D& d$ ]' A9 M* h/ e' E3 J
Thomas Ratajczak, Rudi K. Allan,
3 d1 X+ ^" x9 X4 a/ O0 [- OCarmel Cluning and Bryan K. Ward
+ Y& D( n% L7 K" ~- Y) kChapter 6 The TPR Motif as a Protein Interaction D1 G: G/ E6 t n- B* z
Module – A Discussion of Structure and Function 1034 @" a x; k+ Q0 Z5 A) c
Natalie Zeytuni and Raz Zarivach; [; S& f5 G3 R8 y" N
Chapter 7 The Two DUF642 At5g11420 and4 i0 W7 i w1 q' b9 P
At4g32460-Encoded Proteins Interact In Vitro W- _( G" K8 F# ~% A2 [
with the AtPME3 Catalytic Domain 119
! Q4 V; |4 J; A3 {5 b) lEsther Zúñiga-Sánchez and Alicia Gamboa-de Buen& s2 `/ e s/ o& z! z1 h4 T
VI Contents) _' E+ i) h3 i1 |( h7 F( f
Chapter 8 Protein-Protein Interactions and Disease 143/ y& [# z9 l9 T2 t$ Y$ S" L [
Aditya Rao, Gopalakrishnan Bulusu,
; i. q3 u$ E" b5 Z" ARajgopal Srinivasan and Thomas Joseph: G# h3 ]/ }2 E4 I
Chapter 9 AApeptides as a New Class of Peptidomimetics$ Y1 n2 B2 j) x f2 u5 B
to Regulate Protein-Protein Interactions 155
; X, j8 e) a4 V" x6 k& V' P/ m, P8 IYouhong Niu, Yaogang Hu, Rongsheng E. Wang,: n( M4 c; N6 g* M2 ^! e1 ]7 U
Xiaolong Li, Haifan Wu, Jiandong Chen and Jianfeng Cai
: ~% R% P0 Q- b1 z, n% v6 dChapter 10 Protein Interactions in S-RNase-Based
( @; C! Y; K7 a5 W3 r# o- YGametophytic Self-Incompatibility 1710 d1 Z: O& F# d0 m' K1 S9 f: v. ~- v$ a2 _
Thomas L. Sims
7 M$ T! i! \7 k9 i1 AChapter 11 Direct Visualization of Single-Molecule7 U" ?8 [* I: z+ Q. E8 A
DNA-Binding Proteins Along DNA to) J" O1 E) y, Q+ i
Understand DNA–Protein Interactions 195* C; \* v5 Y" C2 f8 t* |: z& E
Hiroaki Yokota( B* J: f9 e0 T, L1 r( {
Chapter 12 Defining the Cellular Interactome of
# H8 A; q3 P- o" p* LDisease-Linked Proteins in Neurodegeneration 215; d# Y' T: S/ a3 [
Verena Arndt and Ina Vorberg
- u# {" \2 ^3 x3 r9 {, ^# z9 T3 NChapter 13 Biochemical, Structural
% Q9 t" W" n* |5 c0 w0 [3 j8 Q6 sand Pathophysiological Aspects
8 c7 r" ~ C7 v/ ?& p* gof Prorenin and (Pro)renin Receptor 243
9 ?; ^& [0 _0 [9 ^+ q4 zA.H.M. Nurun Nabi and Fumiaki Suzuki' M9 D9 a5 t9 |- c% e+ e
Chapter 14 Cholesterol-Binding
3 m* E# }5 ?) a4 r, ]8 @Peptides and Phagocytosis 275
5 y; X* e& O" `9 nAntonina Dunina-Barkovskaya
& H0 X* e# y! M! a. m3 P7 ~Part 2 Studying Protein Interactions 291
i$ P9 o, w" Z/ y3 l3 k" w8 BChapter 15 One-by-One Sample Preparation1 b( z, o! B0 Z" l2 s" N
Method for Protein Network Analysis 293( u: ~0 K1 ~0 J/ H% w. s
Shun-Ichiro Iemura and Tohru Natsume
$ f) t" W: f/ S" C/ p; \6 @Chapter 16 Live In-Cell Visualization of Proteins' r2 ?" b5 P! M ?$ T2 r
Using Super Resolution Imaging 3115 H+ d' d5 T, [ v) j
Catherine H. Kaschula, Dirk Lang and M. Iqbal Parker) ~3 |9 T I1 J* q
Chapter 17 Approaches to Analyze Protein-Protein& f3 m1 k' E N
Interactions of Membrane Proteins 327
4 `( F, p1 @( U. CSabine Hunke and Volker S. Müller, @! |( o' O( p9 a( ]8 m8 f
Chapter 18 Relating Protein Structure and Function
* _5 p! _4 u8 G* A- y; YThrough a Bijection and Its Implications
% `8 M, T" z2 t7 f( N% ]on Protein Structure Prediction 349
& B0 l' v5 {5 M, r2 `* v" Y8 EMarco Ambriz-Rivas, Nina Pastor and Gabriel del Rio6 o: k4 @1 F" r/ X6 W
Contents VII
4 y [ J! k0 o2 o4 j! M; R8 \Chapter 19 Protein-DNA Interactions Studies
: u5 o5 J7 L" @) Mwith Single Tethered Molecule Techniques 369
$ M) A. |& e, B) i. Q' mGuy Nir, Moshe Lindner and Yuval Garini0 E& h; v3 m6 B' V4 |1 i
Chapter 20 Characterization of Protein-Protein Interactions
0 {# H0 N! n* @ G. g0 P$ vvia Static and Dynamic Light Scattering 401
. Z6 @& r1 l$ }: aDaniel Some and Sophia Kenrick
# L7 u7 Y0 I. M* ^" M: wChapter 21 Site-Directed Spin Labeling and Electron% f' u1 `2 D( |- G* r. q# R
Paramagnetic Resonance (EPR) Spectroscopy:8 p$ ]* c& R# {2 M
A Versatile Tool to Study Protein-Protein Interactions 427
5 o: w1 Y- p- R- y* ?* ]8 ^4 J+ aJohann P. Klare
7 y, D& R& c, x) K8 hChapter 22 Modification, Development, x0 [( l& O9 x, g7 Z Y0 \
Application and Prospects of- t# D4 t# l1 J8 F- W( N
Tandem Affinity Purification Method 447/ M$ ^$ j a# `* k# i
Xiaoli Xu, Xueyong Li, Hua Zhang and Lizhe An
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