简单麦麦
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标题(title):Ciba Foundation Symposium 28 - The Structure and Function of Chromatin
8 n' [) @' W' k& Q: N1 _汽巴基金会研讨会28-染色质的结构和功能
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出版社(publisher):Ciba Foundation
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! d d% x2 G9 f内容:/ O- a7 f! T* z
第一章前言:组蛋白命名法(第1-6页):E.M.Bradbury" O" R* m# N3 t, v
第二章导言(第5-6页):E.L.史密斯% @; S9 N7 W& N
第三章电子显微镜下的染色细胞结构(第7-28页):Hans Ris
9 u3 N# e6 d3 e第四章染色质的模板活性(第29-57页):G.Felsenfeld,R.Axel,H.Cedar和B.Sollner?韦伯
+ [( D0 v; _- l5 y5 c第5章组蛋白功能和进化的序列研究(第59-76页):罗伯特J.德兰格和埃米尔L.史密斯/ ?' C+ r* `7 M7 m. ^1 i! K6 j( P
第6章组蛋白H2A(组蛋白醇,IIbl或F2a2)的结构(第77-93页):P.Sautiere,D.Wouters?蒂鲁、莱恩和比塞特
& u& B. h R7 M( X" f) t第7章与组蛋白相关的染色体蛋白质(第95-112页):E.W.Johns、G.H.Goodwin、J.M.Walker和C.Sanders
; R _$ B0 f( I2 Q: u+ h第八章非化学?组蛋白染色体蛋白质(113-130页):莎拉C.R.埃尔金和威廉E.斯顿姆
6 |7 G( A5 {: X! U5 c5 l第九章染色体结构中的组蛋白与细胞分裂的控制(第131-155页):E.M.Bradbury5 [8 `0 C R7 z
第十章?精子核组蛋白的射线衍射(157-174页):Juan A.Subirana、Luis C.Puigjaner、Josep Roca、Remedios Llopis和Pedro Suau! D8 D1 k2 Y1 w/ i9 T
第十一章非营利组织的监管作用?RNA合成中的组蛋白(第181-198页):J.Paul和R.S.Gilmour# n/ j I* `, x' {& @- \& ?
第十二章顺序?非特异性结合DNA?组蛋白及其在基因激活过程中从细胞质到细胞核的迁移(199-228页):Vincent G.Allfrey、Akira Inoue、Jonathan Karn、Edward M.Johnson、Robert A.Good和John W.Hadden
& {7 }0 V6 Y" p6 }, S' F# V2 Y第十三章邮政的生物学作用?碱性核蛋白的合成修饰(229-258页):G.H.Dixon,E.P.M.Candido,B.M.Honda,A.J.Louie,A.R.Macleod和M.T.Sung6 B. D2 r/ K/ ?$ c; _ a7 t* j
第14章细胞周期中组蛋白的微修饰(259-267页):Margery G.Ord和Lloyd A.Stocken
2 r( P* q/ s. Q, n第15章刺激增殖的W1#8细胞染色质结构和功能的变化(第269-289页):Renato Baserga、Bernd Bombik和Claudio Nicolini c0 l( q$ U. y! ~% ~ _: I3 U
第16章组蛋白复合物沿染色体纤维的排列(第291-313页):Harold Weintraub、Frederick Van Lente和Richard Blumenthal
$ q. A$ l4 h0 s第17章高等生物基因表达的调控:如何运作(315-351页):詹姆斯邦纳# T4 C0 u# z; F3 b
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Content:
# A1 J, l: j# pChapter 1 Foreword: Histone Nomenclature (pages 1–6): E. M. Bradbury
# _+ ?/ Y* x1 {9 QChapter 2 Introduction (pages 5–6): E. L. Smith
- l# M7 t: K3 j% XChapter 3 Chromosornal Structure as Seen by Electron Microscopy (pages 7–28): Hans Ris
: U6 q" r+ Y/ s7 }: x+ g7 \, qChapter 4 The Specific Template Activity of Chromatin (pages 29–57): G. Felsenfeld, R. Axel, H. Cedar and B. Sollner?Webb$ M3 _3 W# `/ \
Chapter 5 Histone Function and Evolution as Viewed by Sequence Studies (pages 59–76): Robert J. Delange and Emil L. Smith
+ W1 G' i# Q, C$ |- k# T/ ~Chapter 6 Structure of Histone H2A (Histone ALK, IIbl or F2a2) (pages 77–93): P. Sautiere, D. Wouters?Tyrou, B. Laine and G. Biserte
" g" `1 [; |( c, O7 s( OChapter 7 Chromosomal Proteins Related to Histones (pages 95–112): E. W. Johns, G. H. Goodwin, J. M. Walker and C. Sanders
. n& a4 m" T$ ?Chapter 8 Chemistry of the Non?Histone Chromosomal Proteins (pages 113–130): Sarah C. R. Elgin and William E. Stumph( d' ^* A3 X v
Chapter 9 Histones in Chromosomal Structure and Control of Cell Division (pages 131–155): E. M. Bradbury0 n' `8 n% Y" U
Chapter 10 X?Ray Diffraction of Nucleohistones from Spermatozoa (pages 157–174): Juan A. Subirana, Luis C. Puigjaner, Josep Roca, Remedios Llopis And and Pedro Suau
/ r) S' `- u1 n. yChapter 11 The Regulatory Role of Non?Histone Proteins in RNA Synthesis (pages 181–198): J. Paul and R. S. Gilmour
3 e8 c$ [7 h" O9 P1 \Chapter 12 Sequence?Specific Binding of DNA by Non?Histone Proteins and Their Migration from Cytoplasm to Nucleus During Gene Activation (pages 199–228): Vincent G. Allfrey, Akira Inoue, Jonathan Karn, Edward M. Johnson, Robert A. Good and John W. Hadden7 B8 f! p( |, _9 A2 _1 c
Chapter 13 The Biological Roles of Post?Synthetic Modifications of Basic Nuclear Proteins (pages 229–258): G. H. Dixon, E. P. M. Candido, B. M. Honda, A. J. Louie, A. R. Macleod and M. T. Sung) [$ e3 c+ {, I f" b* b
Chapter 14 Micromodification of Histone During the Cell Cycle (pages 259–267): Margery G. Ord and Lloyd A. Stocken
0 Y+ }- g e4 cChapter 15 Changes in Chromatin Structure and Function in W1#8 Cells Stimulated to Proliferate (pages 269–289): Renato Baserga, Bernd Bombik and Claudio Nicolini+ }* G% G# @, D a" j3 }
Chapter 16 The Arrangement of Histone Complexes Along the Chromosomal Fibre (pages 291–313): Harold Weintraub, Frederick Van Lente and Richard Blumenthal7 x& Z ?8 O, h) |' r
Chapter 17 Regulation of Gene Expression in Higher Organisms: How it All Works (pages 315–351): James Bonner |