PDF电子书：MOLECULAR REGULATION OF ENDOCYTOSIS （2012）

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" D/ V  u, l$ J- PMOLECULAR REGULATION OF ENDOCYTOSIS
/ X6 O& m) X+ R( k0 bEdited by Brian Ceresa
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* X, K  r( G' z$ oCopyright © 2012 InTech0 r: E) m0 @  ^8 N: e

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共17章 466页
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+ H. x3 N1 P+ N$ j8 J) xContents3 M7 n( t3 ~0 ], h* N7 Z- ~6 g
Preface   IX; m  t5 o2 R5 h: N1 B; f! \
Section 1  Regulation of Tissue Homeostasis by the Endocytic Pathway   1
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, ?  n  t( H8 lChapter 1    Key Events in Synaptic Vesicle Endocytosis   3
; k6 g$ s' S0 T+ q7 R! rFrauke Ackermann, Joshua A. Gregory and Lennart Brodin& H- `- U# H# h$ e0 H1 k$ j
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Chapter 2    The Vacuole Import and Degradation Pathway Converges with the Endocytic Pathway to
7 c9 d( [1 h/ X6 r. K# VTransport Cargo to the Vacuole for Degradation   17  h% Z4 J2 b2 ]' Z& |
Abbas A. Alibhoy and Hui-Ling Chiang( Z4 F" l8 F- s

! I* W- M( t- m. CChapter 3   The Role of Endocytosis in the Creation of the Cortical Division Zone in Plants   41
" D1 v% x& U* k/ L3 c& r5 bIchirou Karahara, L. Andrew Staehelin and Yoshinobu Mineyuki2 p3 B9 o6 C: Y. S$ R

& I) f  |8 W$ p  A4 r4 jChapter 4     Roles of Cellular Redox Factors in Pathogen  and Toxin Entry in the Endocytic , {9 |( o0 Q; W8 C4 M& R1 H
Pathways    61 Jianjun Sun
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+ D) z7 \  C/ X: KSection 2   Using Microscopy to Study Endocytic Trafficking  91
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, F4 n; r" Q0 bChapter 5     Advanced Optical Imaging of Endocytosis    93
, }5 Q/ k/ K) L1 o3 fJesse S. Aaron and Jerilyn A. Timlin
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. J- X# ^+ `+ P- B% \( ~% HChapter 6   Imaging of Endocytosis in Paramecium. u4 s# H4 B# u6 u/ D
by Confocal Microscopy 123 Paola Ramoino, Alberto Diaspro, Marco Fato and Cesare Usai- s! f+ W- U- o9 F( B
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Section 3    Viruses   1536 \: T- F  E- f: R  a
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Chapter 7   Caveolae-Dependent Endocytosis in Viral Infection  155# R# q* I& J" c1 q, @
Norica Branza-Nichita, Alina Macovei and Catalin Lazar9 w. N( m- V" _# r2 W$ ?* C* B

$ H7 g, G" K' Z$ h; {- P5 xVI     Contents, }, |- [+ S( D% j7 h

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, E" L: F' D! @0 V- Y9 nChapter 8    Clathrin-Associated Endocytosis as a Route of Entry into Cells for Parvoviruses    183: C$ v# Z& A$ V6 C7 F
F. Brent Johnson and Enkhmart Dudleenamjil
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9 b& a- \) b0 p5 }. y1 L' JChapter 9   Endocytosis of Non-Enveloped DNA Viruses  217
7 X; M* S' _5 oMaude Boisvert and Peter Tijssen% J, g# ^  [3 m# d2 A
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Section 4     Pathogens and Toxins    2477 @/ [; R, W' R
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Chapter 10    Pathogen and Toxin Entry –$ x: ]0 \# H# b# ~
How Pathogens and Toxins Induce
+ T/ h& k4 M+ j0 i: [! X; a% Xand Harness Endocytotic Mechanisms    2499 c: ?$ T& V' Z1 a
Thorsten Eierhoff, Bahne Stechmann and Winfried Römer3 I/ u6 @& j( Z( U, ~8 V0 p

' R) n" Q/ {  C! G' pChapter 11     The Unique Endosomal/Lysosomal System of Giardia lamblia    277 Maria C. Touz
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Section 5    Cell Surface Receptors   299
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- a, Q' i, W0 V- xChapter 12    Mutual Regulation of Receptor-Mediated Cell Signalling and Endocytosis: EGF Receptor
& q3 k. k  E0 {2 K, @8 mSystem as an Example  301 Zhixiang Wang
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" F2 n) J. F6 ^- i# qChapter 13     Endocytosis in Notch Signaling Activation    331 Elisa Sala, Luca Ruggiero,
* C, _' k+ M1 L, a3 f" t" @) @* @Giuseppina Di Giacomo and Ottavio Cremona
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Chapter 14     Hyaluronan Endocytosis:; l$ [' J' m$ l5 }4 r
Mechanisms of Uptake and Biological Functions    377
/ }8 r& k$ o8 dRonny Racine and Mark E. Mummert7 K% [: a% C9 s& C, f

  M# N/ w- L4 \9 Q) C+ L  Q4 oChapter 15   Identification of Ubiquitin System Factors
/ H; T$ K/ S5 Yin Growth Hormone Receptor Transport   391
8 t) ?2 N- w6 k1 D; d2 n' x5 uJohan A. Slotman, Peter van Kerkhof,. y/ O* B5 {! J5 m5 V, v
Gerco Hassink, Hendrik J. Kuiken and Ger J. Strous% L* T8 ?7 e% K, s: [9 A( i

: b" m1 I# u7 NSection 6    Drug Delivery   411
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Chapter 16  Endocytosis of Particle Formulations by Macrophages and Its Application to Clinical
4 F1 ~3 Q8 d8 k; U  M& f  Z# wTreatment   413" v: h' ~1 g- N* b0 Z# s
Keiji Hirota and Hiroshi Terada' r" z7 y7 L2 w7 a3 {) @

" y" @8 n' J8 C: {& i' F; `Chapter 17    Endosomal Escape Pathways. F9 G  A+ ]! C% D
for Non-Viral Nucleic Acid Delivery Systems  429
" L$ O% p2 c6 C. ?) gWanling Liang and Jenny K. W. Lam
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