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本帖最后由 hualin840518 于 2009-7-23 22:06 编辑
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+ R! Y+ d! b D9 |- _Synopses & Reviews
1 M: b. X! m1 t2 @Publisher Comments:
6 j+ X; S, e- \9 t; T: f0 {Completely updated and revised in a new edition, Principles of Development presents major principles and concepts in the field for an undergraduate audience. Emphasizing gene control as the key to understanding development, the third edition is written in accessible prose, utilizing an impressive art program - 650 full color figures - as well as summaries and diagrams throughout the text to illuminate conceptually challenging material. In addition, the third edition presents carefully selected articles for further reading that expound on principles covered in the text.
! ~- n9 U; d$ f Z% {- {0 `back to top
: g7 x# |4 K( M* MAbout the Author
/ z/ ^" Q+ A9 s: y" wLewis Wolpert, Department of Biochemistry and Molecular Biology, University College London
4 S4 |; w. U: r& I4 q1 CJim Smith, Cancer Research UK Gurdon Institute, Cambridge
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) y4 f- @% k: w, f* [: p* {' T* J( kTom Jessell, Department of Biochemistry and Molecular Biophysics, University of Columbia, New York Peter Lawrence, MRC Laboratory of Molecular Biology, Cambridge Elizabeth Robertson, The Wellcome Trust Centre for Human Genetics, Oxford- w/ T" E% |! _ G) b% Y ^: y0 m$ F
8 F4 c+ `0 f/ d- F( \Elliot Meyerowitz, California Institute of Technology1 g, r. A0 n6 I9 \
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Table of Contents1 D2 x6 I$ K% [0 w% f; p
Chapter 1. History and Basic Concepts
Y' Z# K* U mThe Origins of Developmental Biology8 V8 c1 {2 @# m% k5 i
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A Conceptual Tool Kit
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3 {7 W Z' l3 j- C" p6 ?! BChapter 2. Model Systems# }% N% ]0 R/ y2 x7 [+ `
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Model Organisms: Vertebrates
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Model Organisms: Invertebrates$ d5 ]- e! V, m6 c$ S9 N' N
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Model Systems: Plants8 p: l7 Y. o' o2 I/ N
) i) B# g2 n3 q/ F8 W# SIdentifying Developmental Genes
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Chapter 3. Patterning the Vertebrate Body Plan I: Axes and Germ Layers" v) i/ h, X% [2 D$ x5 ?
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Setting Up the Body Axes
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The Origin and Specification of the Germ Layers5 X* R R3 S6 }( a- B0 S0 Q% t
2 J' B/ V3 v3 G3 h. xChapter 4. Patterning the Vertebrate Body Plan II: The Mesoderm and Early Nervous System
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4 I! ]" a/ ?: E2 k( ~, [Somite Formation and Patterning1 s3 B3 u+ m' ~6 p1 a6 |' x
" a( N4 S4 g9 qNeural Induction and the Role of the Organizer
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2 P+ g7 Z: Q) M* R) D& e0 m9 LChapter 5. Development of the Drosophila Body Plan F1 w1 }4 p# t
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Maternal Genes Set Up the Body Axes9 G: a- v$ q2 i2 [4 t
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Polarization of the Body Axes During Oogenesis
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1 R! ~% E6 |, ]- n* N* ]6 Z: h( rZygotic Genes Pattern the Early Embryo2 T1 U& `! U1 ?5 X- H* j& w2 [
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Segmentation: Activation of the Pair-Rule Genes
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Segment Polarity Genes and Compartments; O" Z8 a8 Z$ J3 z, l
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Segmentation: Selector and Homeotic Genes
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Chapter 6. Development of Invertebrates, Ascidians, and Slime Molds
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Nematodes+ `* i5 D3 E, e/ \: Y Q
3 { m3 e1 E. ^4 E9 \- Q: bEchinoderms3 F' i8 a9 u0 O5 u+ n
! G9 B0 R: R5 ^1 C+ zAscidians/ e+ N% y4 {5 U5 t4 u% g0 m8 N8 B
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Cellular Slime Molds* a2 F; C% l0 I9 G( i0 t9 o
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Chapter 7. Plant Development
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Embryonic Development1 c* l# [5 g) B0 n2 A: f1 Y" i
; b9 w. z! {) n' o6 YMeristems' _) m! L- K9 L: j- a# w z
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Flower Development4 J, G0 f1 a {- k/ f
' S1 ?5 r! w$ U0 S; S0 E/ iChapter 8. Morphogenesis: Change in Form in the Early Embryo
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: {2 B: P' ?" A) `Cell Adhesion
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+ I6 y1 o4 @) O: ]) lCleavage and Formation of the Blastula
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Gastrulation
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& |( |8 }# T0 Z$ g) x! _4 XNeural Tube Formation$ b/ K1 @$ ]3 I- u& Y" y, U1 F
7 k5 ?2 g& [" c9 ?Cell Migration8 B+ @3 N* U. ?) N
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Directed Dilation" ~& z* L! X6 u" w3 I: W& Q$ ^
6 r; U- H" t/ ?8 N, I; M. _( sChapter 9. Cell Differentiation8 H6 I" u* z0 [9 s3 ^0 E' e# j
3 p+ @. P' c* x$ S5 o1 E0 `The Control of Gene Expression
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! f2 N7 T2 g7 p* C! EModels of Cell Differentiation+ k" \- U- }' p
+ k3 F; I3 ~& IThe Reversibility of Patterns of Gene Activity
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. ]5 n% D3 x6 i9 k: E- C8 _Chapter 10. Organogenesis
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The Chick Limb
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- O& ^0 }: H- d e/ R L9 {+ @% oInsect Wings and Legs3 H+ `( D& ]5 ]& q
8 A _) }& J( N' ?The Nematode Vulva1 U5 ?* ]8 G7 l. K' c2 j
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Internal Organs: Heart, Blood Vessels, Lungs, Kidneys, and Teeth
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Chapter 11. Development of the Nervous System
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# E$ f% K/ r; Z9 K l5 w( j: FSpecification of Cell Identity in the Nervous System1 U6 L' U/ s' O$ i
+ f% O: k' E. LThe Insect Compound Eye
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Axonal Guidance: k! d; a3 E) P9 c$ P: @0 N
2 j, ?- N1 F3 I, [Neuronal Survival, Synapse Formation and Refinement
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9 l2 _" X6 X$ g2 S; EChapter 12. Germ Cells and Sex
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& V: Y( [2 w- R8 b" l7 C! [- ]Determination of the Sexual Phenotype) ^. ?7 F! U: P$ h
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The Development of Germ Cells
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+ N4 T+ F/ ?2 w, KFertilization: M* U* a6 U# j, n
! U+ |" y3 G2 g2 }4 J ^) ZChapter 13. Regeneration
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Limb Regeneration( b* C @# H) d7 g5 F
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Regeneration in Hydra$ `& w- J: j" ?3 A2 Z4 e
6 m; \4 s' ~; u! m, |# n* nChapter 14. Growth and Post-Embryonic Development9 B8 q; D: Z& A0 t9 G
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Growth$ p; B& p1 L9 L9 h3 x
! w. O) C ~/ zMolting and Metamorphosis+ V& u" u: `2 V: g
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Aging and Senescence
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# ~' e2 n7 h& @1 K7 KChapter 15. Evolution and Development
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$ \# n; }& ~, A" f# i% j5 C5 ~ iModification of Development in Evolution" j0 G" d1 a' x: c7 y. I _# }
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Changes in the Timing of Developmental Processes During Evolution
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Evolution of Development
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Glossary! d: f$ C# b; E5 W; r7 n7 N
. F, T: L3 t6 Q$ h2 U3 zIndex$ K; L8 l8 c3 y( [( E. n: r
$ C! A1 h9 k' {+ Vback to top0 }( q& p1 |3 R
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8 A2 ^: h: v, |$ q: IProduct Details
6 I* S: g& H6 V" z$ K# I9 ?, OISBN:
' ?6 v4 X6 [( b# R3 R% [+ t- Y9780199275373
$ a* T2 z: W! \% |: r, }" {Author:; P3 i. j, ?! Z( z; N0 L8 r9 Y
Jessell And Lawrence / Robertson / Meyerowitz / Wolpert / Smith
4 ]4 g7 { h7 z! XPublisher:7 M4 t* A! F2 W! l3 Y
Oxford University Press, USA
. W1 D5 D8 |( X; y+ uAuthor:: V) b+ w( f3 F4 C2 {2 Z
Smith, Jim
! N1 m! P# x, ] ?6 D) Z# Q9 Y" zAuthor:
% E3 b+ v7 o$ V R9 qLawrence, Peter
) e# |- V3 J- w1 uAuthor:, ^( O l/ g1 }3 n2 D! o! Y: b8 c
Wolpert, Lewis
- C% Z) q# Z3 I9 {; }Author:4 o- [4 `: y* V( H) J0 V( A
Jessell, Tom
/ y7 d" y! Z7 W: B# O ^; LSubject:1 ~, A' I- y- T9 }7 n! I. ~
Biology
+ H& ?- c; L- T+ k8 kSubject:% O1 Y* X1 N6 n' l
Developmental Biology
- M) l4 B! v' R. RSubject:
: F4 \7 [7 Q; u& _! a" ^ N% l3 FLife Sciences - Biology - General
+ ?4 h$ V, r6 A$ C aSubject:
4 f9 N0 W; I, v" I' t% W* B; Y3 eLife Sciences - Biology - Developmental Biology0 ~$ q, |8 t: R$ J: W9 a; s: W/ R! N
Subject:
7 s+ F8 P1 ]2 i- S% m3 f& i0 a7 ]0 j6 aLife Sciences | Molecular
& K- {, z$ r/ z+ m' x7 t0 YSubject:
9 n7 }3 e8 N/ j( T' ^' VCell Biology | Developmental Biology4 h6 _$ b1 Q1 e, ~. _
Subject:* g; ]* z- \/ \8 c* Q
Life Sciences | Molecular and Cell Biology | Developmental Biology
5 B: _( s3 [" N& w' m9 e: N1 vEdition Number:4 T; u n/ z) Y& {' H4 O2 H
32 K9 \' ]; J! B. V/ W% b) P
Edition Description:
5 i9 m" V# {. O; Y' `. T& tbonded leather navy 571RRL
4 i+ Y3 ^3 ?3 F- RPublication Date:
8 P3 m2 M, D9 c% e8 _" eAugust 2006! M9 v2 l/ w m/ c: @
Binding:4 W- e1 L* l1 d1 C" V1 C
Hardcover7 a# g8 ]9 I. ^, m: q3 p8 J
Grade Level: d/ L& P, N$ _! x8 w4 h6 G9 l) G! r
College/higher education:% K# Q' I1 k) h1 G
Language:
, `/ S" {/ R4 v$ I/ t5 AEnglish
! g8 @& n( j. r$ |5 T1 EIllustrations:+ ?9 W9 C' g7 \$ g* L3 F1 x
9 pt. type
1 l l9 Y6 ~# t' w/ D2 Y7 v% M1 uPages:
6 }; [, s3 c: {4 K3 s# z551& k, E& ?8 N; S/ h9 H/ B! _
Dimensions:
+ \/ ]+ B4 V* p- j4 M Q10.76x8.29x1.22 in. 3.62 lbs. |
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