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Handbook oCell Signaling
Volume 3
Ralph A. Bradshaw
Edward A. Dennis
VOLUME 3 Global Mechanisms of PIC Function:~-
Gene-Specific Regulation of PIC Function by
contributors
xlv
Transcriptional Activator sConclusion
PARTIII
References
NUCLEAR AND CYTOPLASMIC
CHAPTER 272
EVENTS: TRANSCRIPTIONAL AND Structural Mechanisms of Ligand-Mediated
POST TRANSCRIPTIONAL
Signaling by Nuclear Receptors
21H. Eric Xu and Millard H . Lambert
REGULATIONMichael Karin, Editor
Introductio nOverall Structure of the LB DLigand-Binding Pockets
PART III
Ligand-Mediated Activation : Mouse Trap versu sIntroduction
Charged Clamp
Michael Karin
Ligand-Mediated RepressionDimerizatio n
Section A: Nuclear Receptors
Summary
Michael G . Rosenfeld, Editor
Reference s
CHAPTER 270.
CHAPTER 273
History of Nuclear Receptors
7 Nuclear Receptor Coactivators
25Elwood V. Jensen
Riki Kurokawa and Christopher K . Glass
Introduction
Introduction
Discovery of Receptors and Shift in Research Direction,
Mechanism of Coactivator Recruitment
Receptor Forms and Physiological Action
General Classes of Coactivator Complexes
Subsequent Discoveries Relevant to Receptor
Coactivators as Targets of Signal Transduction Pathway s
Structure and Function
Conclusion
References
ReferencesS
CHAPTER 271
CHAPTER 274- .Regulation of Basal Transcription by
Corepressors in Mediating Repression b yRNA Polymerase II
11 Nuclear Receptors
29Sohail Malik and Robert G. Roeder
Kristen Jepsen and Michael G . Rosenfeld
Introduction
Introductio nThe Preinitiation Complex
N-CoR and SMRT in Repression by Nuclear Receptors
Purification of Corepressor Complexes
FXR: Bile Acid SensorOther Nuclear Receptor and Transcription Factor Partners
PXR and CAR: Xenobiotic Sensor sof N-CoR/SMRT
Ligands for Other Orphan Nuclear Receptor sMultiple Mechanisms of N-CoR/SMRT Regulation
Conclusio nRoles in Development and Disease
Reference sOther Mediators of Nuclear Receptor Repressio nConclusion
CHAPTER 279References
Orphan Receptor COUP-TFII an d
CHAPTER 275
Vascular Development
57Fabrice G. Petit, Sophia Y. Tsai, and Ming-Jer Tsa i
Steroid Hormone Receptor Signaling
35Vincent Giguere
Introductio n
Vascular DevelopmentIntroduction
PPARy: Inhibitor of Angiogenesi sActivation by the Hormone
COUP-TFII : Positive Effector in Angiogenesi sHormone-Independent Activation
Conclusio nCross-Talk with Other Transcription Factors
Reference sNongenomic Action of Steroid Hormone sEstrogen Related Receptors
CHAPTER280Selective Steroid Hormone Receptor Modulator sReferences
Crosss-Talk between Nuclear Receptorsand Other Transcription Factors
61CHAPTER 276
Peter Herrlich
PPARy Signaling in Adipose Tissue
Introductio nDevelopment
39
Proliferation and Proinflammatory PathwaysRobert Walczak and Peter Tontonoz
Nuclear Receptor s
Introduction
Induced Expression of Inhibitory Molecule s
PPARy: A Dominant Regulator of Adipose Tissue
Immediate Hormone Responses
Development
Direct Modulation of Transcription Factor s
Analysis of PPARy Function in Animal Models
Conclusion
Transcriptional Networks in Adipose Tissue
Reference s
DevelopmentNegative Regulation of Adipocyte Differentiation
CHAPTER 281PPARy, TNF-a Signaling Antagonism and Insulin
Drosophila Nuclear Receptors
69Resistance
Kirst King-Jones and Carl S . ThummelPPARy and Cell Cycle Regulatio n
References
IntroductionNuclear Receptors and Embryonic Pattern Formatio n
CHAPTER 277
Ecdysone Regulatory Hierarchie s
The Neuronal ConnectionOrphan Nuclear Receptors
47 Reference sBarry Marc Forman
Classical Receptors versus Orphan Receptors
Section B: Transcription FactorsOrphan Receptors and Metabolite-Derived Signal sOrphan Receptors and Xenobiotic Signals
Marc Montiminy, Edito r
Future Direction sReferences
CHAPTER 282
CHAPTER 278
JAK-STAT Signaling
77Christian W. Schindler
Identification of Ligands for OrphanNuclear Receptors
53
Introduction
Steven A . Kliewer and Timothy M . Willson
The JAK STAY ParadigmThe JAK Family
Introduction
The STAT FamilyPPARs : Fatty Acid Sensors
A Promising FutureLXRs: Cholesterol Sensors
References
CHAPTER 283
CHAPTER 286FOXO Transcription Factors : Key
NF1 B : A Key Integrator of CellTargets of the PI3K-Akt Pathway That
Signaling
107Regulate Cell Proliferation, Survival, and
John K . Westwick, Klaus Schwamborn, and Frank Mercurio
Organismal Aging
83 ReferencesAnne Brunet, Hien Tran, and Michael E . Greenberg
Introduction
CHAPTER 287Identification of the FOXO Subfamily of
Transcriptional Regulation via the cAMPTranscription Factors
Responsive Activator CREB
115Regulation of FOXO Transcription Factors by the
Marc Montminy and Keyong D uPI3K-Akt Pathway
Other Regulatory Phosphorylation Sites in
The Transcriptional Response to cAMP
FOXOs
Mechanism of Transcriptional Activation
Mechanism of the Exclusion of FOXOs from
via CRE B
the Nucleus in Response to Growth Factor
Signal Discrimination via CRE B
Stimulation
Secondary Phosphorylation of CREB : Ser14 2
Transcriptional Activator Properties of
Methylation of the KIX Domain
FOXOs
Cooperative Binding with MLL
FOXOs and the Regulation of Apoptosis
Reference s
FOXOs Are Key Regulators of Several Phases o fthe Cell Cycle
CHAPTER288FOXOs in Cancer Development : Potential Tumor
The NFAT Family : Structure,Suppressors
Regulation, and Biological Functions
119Role of FOXOs in the Response to Stress and
Fernando Macian and Anjana Ra oOrganismal Aging
FOXOs and the Regulation of Metabolism in
Introductio n
Relation to Organismal Aging
Structure and DNA Bindin g
Conclusion
Regulation
References
Transcriptional FunctionsBiological Programs Regulated by NFAT
CHAPTER 284
PerspectivesReference s
Multiple Signaling Routes to Histon ePhosphorylation
91 CHAPTER 289Claudia Crosio and Paolo Sassone-Corsi
Transcriptional Control throughIntroduction
Regulated Nuclear Transport
125Histone Phosphorylation and Gene Activation
Steffan N . HoHistone Phosphorylation and DNA RepairHistone Phosphorylation and Apoptosis
Introductio nRegulated Nuclear Transport: Overview
Histone Phosphorylation and Mitosis
Coordinate Regulation of Nuclear Import and Export :Conclusions
Calcium-Dependent Nuclear Localization of NFAT cReferences
Transcription Factor sRegulated Nuclear Transport of Non-DNA-Binding
CHAPTER 285
Transcriptional Regulatory Proteins
Multigene Family of Transcription
Conclusion
Factor AP-1
99 Reference sPeter Angel
CHAPTER 290Introductio nGeneral Structure of AP -1 Subunits
Proteasome/Ubiquitination
129Transcriptional and Posttranslational Control of
Daniel Kornitzer and Aaron Ciechanove r
AP-1 Activity
Protein Degradation and the Ubiquitin/Proteasome SystemFunction of Mammalian AP-1 Subunits : Lessons from
Regulation of Ubiquitination by Substrate Modificatio nLoss-of-Function Approaches in Mice
Regulation of Ubiquitin Ligase ActivityReferences
Protein Processing by the Ubiquitin System
Modulation of Kinase Activity by Ubiquitination
CHAPTER 296Conclusion
Cubitus Interruptus
167References
Sarah M. Smolik and Robert A . Holmgren
CHAPTER 291
Introduction
Fluorescence Resonance Energy Transfer
Protein Structure and Expression Patterns of C i
Microscopy and Nuclear Signaling
135 Regulation of Ci by HedgehogTy C . Voss and Richard N . Day
Regulation of Ci by PKACi Transcriptional Regulation
Introduction
Reference sReferences
CHAPTER 297CHAPTER 292
The Smads
171The Mammalian Circadian
Malcolm Whitma n
Timing System
139Introduction
Ueli Schibler, Steven A. Brown, and Jürgen A. Ripperger
Families : RSmads, Co Smads, and I -Smads
Introduction
Smad Oligomerization and Regulation by Receptor s
The Molecular Oscillator
Transcriptional Regulation by Smad s
Photic Entrainment of the Central Pacemaker
Down-Regulation and Cross-Regulation of Smad s
Outputs of the SCN Pacemaker
Function In Vivo : Gain of Function Loss of Function
Outputs via Subsidiary Clocks
Reference s
Conclusions and Perspective sReferences
Section C: Damage/Stress Responses
CHAPTER 293
Albert J . Fornace, Jr ., Editor
Protein Arginine Methylation
145 CHAPTER 298Michael David
Complexity of Stress SignalingIntroduction
and Responses
179Arginine Methylation and Arginine-Methyltransferase sFunction of Arginine Methylation
Sally A . Amundson and Albert J . Fornace, Jr.
Role of Arginine Methylation in Signal Transduction
Introduction : A Variety of Stresses
References
Origin of SignalsSignal Transduction
CHAPTER 294
Functional Genomics and Proteomics Approache s
Transcriptional Activity of Notch and
References
CSL Proteins
149CHAPTER 299
Elise Lamar and Chris KintnerSignal Transduction in the
Introduction
Escherichia coli SOS Response
185Components of the Notch Transcriptional Comple x
Notch Transcriptional Activity In Vivo
Penny J . Beuning and Graham C . Walker
Conclusion
SOS Respons e
References
LexA Cleavage and Other Self-Cleavage Reaction sRegulating the SOS Response
CHAPTER 295
Structures of Y-Family Polymerases
The ß-Catenin: LEF/TCF Signaling
Conclusion s
Complex: Bigger and Busier than Before 161 Reference sReiko Landry and Katherine A. Jones
CHAPTER300Introduction
Oxidative Stress and Free Radical Signa lRegulated Proteolytic Turnover of 13-Cat
Transduction
191Regulation of the Wnt-Assembled Enhancer Complex
Bruce Demplein the Nucleus
Enter Pygopus and Legless (hBc19)
Introduction : Redox Biolog y
Perspectives
Oxidative Stress Responses in Bacteria : Well-Define d
References
Models of Redox Signal Transduction
Responses to Superoxide Stress and Nitric Oxide :
Introductio nSoxR Protein
Repair of DSBs : Homologous Recombination and NHEJResponse to H202 and Nitrosothiols : OxyR Protein
Recognition of DNA DSBsParallels in Redox and Free-Radical Sensing
Signal TransductionThemes in Redox Sensing
DNA Repai rReferences
Other Sensors and Transducers of DNA DamageNew Factors in NHE J
CHAPTER 301
Future Prospects
Budding Yeast DNA Damage Checkpoint :
Reference s
A Signal Transduction-MediatedSurveillance System
197 CHAPTER 305Marco Muzi-Falconi, Michel Giannattasio, Giordano Liberi,
Role of ATM in Radiation Signa lAchille Pelliccioli, Paolo Plevani, and Marco Foiani
Transduction
225Introduction
Martin F. Lavin, Shaun Scott, Philip Chen, Sergei Kozlov ,
Sensing
Nuri Gueven, and Geoff Birrel l
Downstream Events
Introductio nReferences
Sensing Radiation Damage in DNAATM Signaling : Recognition of Breaks in DNA
CHAPTER 302
Checkpoint Activation
Finding Genes That Affect Signaling and
Role of ATM in More General Signaling
Toleration of DNA Damage, Especially
Perspective
DNA Double-Strand Breaks
203Reference s
Craig B . Bennet and Michael A . Resnick CHAPTER 306Introduction
Signaling to the p53 Tumor SuppressorNature of DSB and Repair and Genetic Consequences
through Pathways Activated byCheckpoint Activation and Adaptation as Signaling
Responses to DSBs
Genotoxic and Nongenotoxic Stresses
237DNA Damage Signaling Networks
Carl W. Anderson and Ettore Appella
Identifying Checkpoint Defects by Screening Radiation-
IntroductionSensitive Mutants
p53 Protein StructureCheckpoint Mutants Revealed through Screening DNA
Posttransitional Modifications to p5 3Replication Mutants
Regulation of p53 ActivityScreening for Checkpoint Defects
Activation of p53 by Genotoxic Stresse sScreen for Altered Checkpoint and Adaptation Responses
Activation of p53 by Nongenotoxic Stresse sto a Single DSB
Conclusion sOther Screens for DNA Damage Checkpoint Pathway
Reference sGenes
Implications of DNA Damage Checkpoint Signaling
CHAPTER 307References
Abl in Cell Signaling
249CHAPTER 303
Jean Y. J . Wan g
Radiation Responses in Drosophila
213 IntroductionNaoko Sogame and John M . Abrams
Functional Domains of Ab lProteins that Interact with Abl
Introduction
Abl in Signal TransductionSensors and Transmitters
Future ProspectsEffectors
ReferencesConclusions : What Can We Learn from the
Drosophila Model?
CHAPTER308References
Radiation-Induced CytoplasmicCHAPTER 304
Signaling
257Double-Strand Break Recognition and Its
Christine Blattner and Peter Herrlich
Repair by Nonhomologous End Joining 219 IntroductionJane M . Bradbury and Stephen P. Jackson
Cytoplasmic Signaling Network
Redox Sensitivity and Metal Toxicity : Toxic Agents
Conclusion sActivate Signaling Pathways
Reference sActivation of Signaling Component sPrimary Radiation Targets : DNA Damage versu s
Cytoplasmic Signaling
Section D: Post-Translational Contro lOther Signaling-Initiating Principles
Nahum Sonenberg, Edito rConclusion sReferences
CHAPTER 313CHAPTER 309
RNA Localization and Signal
Endoplasmic Reticulum Stress
Transduction
293
Responses
263
Vaughan Latham and Robert H . Singer
David Ron
IntroductionGrowth Factors Induce mRNA Localizatio n
IntroductionER Stress Defined
Signaling from the Extracellular Matrix Induces mRN A
The UPR in Yeast
Localization
The UPR Is Metazoans
mRNAs Localized via the Cytoskeleto n
Conclusions
mRNA Granule Movement in Neuron s
Ref
Regulation of mRNA Localizing Protein sReferences
GTPase Signals Regulating Actomyosin Interaction sAre Involved in mRNA Localization
CHAPTER 310
Conclusio n
The Heat-Shock Response : Sensing
Reference s
the Stress of Misfolded Proteins
269Richard I . Morimoto and Ellen A . A. Nollen
CHAPTER 314
Introduction
Translational Control by Amino AcidsTranscriptional Regulation of the Heat-Shock
and Energy
299Response
Tobia Schmelze, Jose L. Crespo, and Michael N. Hall
Molecular Chaperones : Folding, Misfolding, and the
IntroductionAssembly of Regulatory Complexes
GCN SystemNeurodegenerative Diseases : When Aggregation-Prone
TOR Signaling PathwayProteins Go Awry
Reference sReferences
CHAPTER 315CHAPTER 311
Translational Control and InsulinHypoxia-Mediated Signaling
Signaling
305Pathways
277
Thomas Radimerski and George Thoma sAlbert C . Koong and Amato J . Giaccia
ReferencesIntroductionHIF-1 Signaling
CHAPTER 316Unfolded Protein Response
Unfolded Protein Response : An IntracellularConclusions
Signaling Pathway Activated by th eReferences
Accumulation of Unfolded Proteins in th e
CHAPTER 312
Lumen of the Endoplasmic Reticulum
311Randal J. Kaufman
Regulation of mRNA Turnover b yCellular Stress
283
IntroductionCellularG tr
UPR in Saccharomyces cerevisiaeMyriam
UPR Transcriptional Activation in MetazoanIntroduction
SpeciesmRNA Stability
Physiological Role for the UPR in MammalsStress-Activated Signaling Molecules that Regulate
Future Direction smRNA Turnover
References
CHAPTER 317
Summary
Regulation of mRNA Turnover
319 Introduction
Perry J . Blackshear and Wi S . Lai
Members of the NF90 Protein FamilyDomain Structure of NF90 Family Proteins
Introduction
Proteins that Interact with NF9 0Current Models of mRNA Stability in Vertebrate Cells
Nucleic Acid Binding Properties of NF9 0Presence of Instability Elements in Vertebrate mRNAs
Functions of NF90 HomologsEffects of ARE Binding Proteins on mRNA Turnover
Cellular Regulation of NF90 and NF45Regulation of TTP Activity in Cells
ConclusionsConclusion
Reference sReferences
CHAPTER322CHAPTER 318
Signaling Pathways that Mediat eCPEB-Mediated Translation in Early
Translational Control of RibosomeVertebrate Development
323 Recruitment of mRNA
343Joel D . Richter
Nahum Sonenberg and Emmanuel Petroulaki s
Introduction
Introductio nMechanism of Translational Control
eIF4F Complex FormationCPEB and Early Development
Repressors of Cap-Dependent TranslationConclusions
Modulation of 4E-BP Phosphorylation FRAP/mTO RReferences
Phosphorylation of eIF4G and eIF4BControl of Cell Growth and Proliferation by
CHAPTER319
eIF4E : Link to Cancer
Translational Control in Invertebrate
Conclusion sReference s
Development
327Paul Lasko
Introduction
PARTIVTranslational Control Targets Oskar to the Pole
EVENTS IN INTRACELLULA RPlasm
COMPARTMENT STranslational Control Targets Nanos to the Pole
Plasm
Marilyn Farquhar, Editor
Translational Control in the Drosophila Nervous
CHAPTER 323SystemRole for Translational Control in Regulation
SREBPs: Gene Regulation throug hGrowth
Controlled Protein Trafficking
353Translational Repression through MicroRNAs
Peter J . Espenshade, Joseph L . Goldstein, and Michael S . Brow nReferences
Introduction
CHAPTER 320
SREBPs : Membrane-Bound Transcription Factor sSCAP: Sterol Sensor and Escorter of SREBP fro m
Role of Alternative Splicing During the
ER to Golg iCell Cycle and Programmed Cell Death 331 Sterols Control Sorting of SCAP/SREBP into ER Vesicle sChanseok Shin and James L . Manley
ER Retention of SCAP/SREB P
Introduction
Conclusions
Apoptosis and Splicing
References
Cell Cycle and Splicing RegulationReferences
CHAPTER 324Endoplasmic Reticulum Stres s
CHAPTER 321
Responses
359NF90 Family of Double-Stranded
David Ron
RNA-Binding Proteins : Regulators
Introductio nof Viral and Cellular Function
335 ConclusionTrevor W. Reichman and Michael B . Mathews
References
CHAPTER 325
CHAPTER 328Signaling Pathways from Mitochondria
Regulation of Cell Cycle Progression
40 1to the Nucleus
365 Clare H . McGowanZhengchang Liu and Ronald A . Butow
Introduction
Introduction
Being There: Cyclins Define Cell Cycle Phase
Milestones in Mitochondrial Research
Signals to Slow Processes : Regulation of Cdks by
Mitochondrial Signaling
Inhibitory Proteins
Aging and Retrograde Regulation
Cdks Are Positively and Negatively Regulated by
Conclusions
Phosphory I ation
References
Degradation : The Importance of Being Absen tLocation, Location, Locatio nCheckpoint Signaling
CHAPTER 326
Reference s
Signaling During Exocytosis
375Lee E . Eiden
CHAPTER 329Introduction
Endocytosis and Cytoskeleton
41 1Functional, Morphological, and Historical
Pier Paolo Di Fiore and Giorgio Scit a
Aspects of Exocytosis and Stimulus-Secretion
IntroductionCoupling
Actin Dynamics and Endocytosi sSecretion Begins with Secretagogues
Role of Microtubule Cytoskeleton in Receptor Endocytosi sSecretagogues Act at Target Cell
Physical and Functional Interactions of Dynamin andReceptors
Dynamin-Interacting Proteins with the ActinCalcium and Cyclic AMP : The Two Main Second
Cytoskeleto nMessengers for Secretion
Integration of Signals in Endocytosis and Actin DynamicsCalcium and the Regulation of Exocytosis
by Small GTPase sExocytosis and SNAREs
Conclusion sCalcium and cAMP Sensors for Exocytosis
Reference sRole of Signal Summation in Regulated
Exocytosis
CHAPTER 330Role of PKC and Other PMA Targets i nRegulated Secretion
Molecular Basis for Nucleocytoplasmi cNegative Regulation of Secretion
Transport
419Upstream Regulation of Secretion
Gino Cingolani and Larry Gerac eFar Upstream Regulation of SecretionConclusions and Future Outlook for Signaling in
Introduction
Exocytosis
Transport Signals
References
Transport Receptor sThe Small GTPase RanNuclear Pore Complex
CHAPTER 327
Mechanism of Transpor t
Nonclassical Pathways of Protein
Future Direction s
Export
393Reference s
Igor Prudovsky, Anna Mandinova, Cinzia Bagala,
CHAPTER 33 1Raffaella Soldi, Stephen Bellum, Chiara Battelli ,Irene Graziani, and Thomas Maciag
Apoptosis Signaling : A Means to an End 43 1
Introduction
Lisa J . Pagliari, Michael J . Pinkoski, and Douglas R . Green
Fibroblast Growth Factor Export Pathways
Introductio nThe Export of FGF-1 as a Multiprotein
The End of the Roa d
Complex
Caspase-8 Activation via Death Receptor sInterleukin-1 Export Pathways
Mitochondria and the Activation of Caspase- 9Acidic Phospholipids and the Molten Globule
Mitochondrial Outer Membrane Permeabilizatio nHypothesis
The Bcl-2 Famil yThe Potential Pathophysiological Implication of
Cell Cycle versus Apoptosis
Nonclassical Release
Conclusion s
References
References
CHAPTER 332
Myocardial Growth
Signaling Down the Endocytic Pathway 441 Cardiac Valve Formatio n
Jeffrey L . Benovic and James H. Keen
Cardiac Outflow Tract and Aortic Arch Developmen tConclusions
Introduction
ReferencesRTK Signaling from the Cell Surfac eRTK Signaling from Endocytic Compartments
CHAPTER 336GPCR Signaling Paradigms and Desensitization
Development and Regulatory Signalin gControl of RTK and GPCR Trafficking Leading t oDegradation
in the Pancreas
471GPCR Activation of MAP Kinases
Murray Kor c
Endocytic Signaling in Developmental Systems
IntroductionSignaling between Neuronal Cell Body and Terminal
Ontogeny of the PancreasReferences
Pancreatic Islet-Acinar Interaction sCell-Cell and Matrix Interactions in the Endocrine
PancreasPARTV
Matrix and Cell-Cell Interactions in the Exocrine Pancrea s
CELL-CELL AND CELL-MATRIX
Conclusion s
INTERACTIONS
Reference s
E. Brad Thompson, Editor
CHAPTER 337Tropic Effects of Gut Hormones in th e
PARTV
Gastrointestinal Tract
477Introduction
B . Mark Evers and Robert P. Thomas
Brad Thompson
IntroductionTropic Effects of Gut Peptides in the Stomach, Smal l
CHAPTER 333
Bowel, and ColonOverview of Cell-Cell and Cell-Matrix
GI Hormone Receptors and Signal Transduction Pathway s
Interactions
452
Signaling Pathways Mediating the Effects o f
E. Brad Thompson and Ralph A . Bradshaw
Intestinal Peptide sConclusions
References
References
CHAPTER 334
CHAPTER 338Angiogenesis : Cellular and Molecular
Integrated Response to NeurotrophicAspects of Postnatal Vessel Formation
455 Factors
485Carla Mouta, Lucy Liaw, and Thomas Maciag J. Regino Perez-Polo
Introduction
Introductio nInitiators of Angiogenesis : Cellular, Metabolic, and
Neural Cell DeathMechanical
The Neurotrophic Hypothesi sVessel-Specific Requirements in Angiogenesis
NeurotrophinsCellular and Soluble Regulators
Neurotrophin ReceptorsCoordination of Angiogenesis by Cellular and
Neurotrophin Signaling Pathway sMolecular Interactions
Transcriptional RegulationReferences
AP- 1
CHAPTER 335
NFKB Transcription FactorRole of NFKB
Signaling Pathways Involved
Conclusion sin Cardiogenesis
463 Reference sDeepak Srivastava
Introduction
CHAPTER 339Cardiomyocyte and Heart Tube Formation
Cell-Cell and Cell-MatrixCardiac Looping and Left-Right Asymmetry
Interactions in Bone
497Patterning of the Developing Heart Tube
L. F. Bonewald
Introduction
Coreceptor and Costimulatory Proteins ModulateDiseases of Bone
T-Cell Signaling Pathway sBone Cells and Their Functions
Intracellular Signaling Pathways Induced by Antige nMechanical Strain
Stimulation of T CellsHormone Responsible for Bone Development,
Conclusion sGrowth, and Maintenance
Reference sGrowth and Transcription Factors Responsible for Bon e
Development and Growth
CHAPTER 344Fibroblast Growth Factors
Signal Transduction via the B-Cel lBone Extracellular MatrixConclusions
Antigen Receptor: A Crucial Regulato rReferences
of B-Cell Biology
555Louis B . Justemen t
CHAPTER 340
IntroductionCell-to-Cell Interactions in Lung
509
Initiation of Signal Transduction through the BCRJoseph L . Alcorn
Propagation of Signal Transduction via the BCR
Introduction
Conclusions
Lung Organogenesis and Development
References
Soluble Factors of Cell-to-Cell Interactions Involved in
CHAPTER 345Lung InjuryConclusion
Signaling Pathways in the Normal andReferences
Neoplastic Breast
565Danica Ramljak and Robert B . Dickson
CHAPTER 341
IntroductionMechanisms of Stress Response Signaling
Signaling Molecules : A Class of Growth Factor sand Recovery in the Liver of Young versus
PI3K/Akt, MEK/Erk, and Stats : Major Proliferation/
Aged Mice : The p38 MAPK and SOCS
Survival Molecules Downstream of Growth Factor
Families of Regulatory Proteins
515
Receptors in Breas t
John Papaconstantinou
Conclusions and Future ProspectsReference s
IntroductionThe p38 MAPK Pathway in Stress Response
CHAPTER 346Signaling
Kidney
573SOCS Family of Negative Regulators of Inflammatory
Elsa Bello Reuss and William J . Arendshors tResponse
Conclusions
Overview of Kidney Functions and Cell-to-CellReferences
Interaction sVascular Endothelial Cell s
CHAPTER 342
Vascular Smooth Muscle Cells
Cell-Cell Signaling in the Testis and
Tubulovascular Interactions : The Juxtaglomerular Apparatu s
Ovary
531
Tubulovascular Interactions : The Juxtaglomerular
Michael K. Skinner
Apparatus and Tubuloglomerular Feedbac kVasculotubular Communicatio n
Introduction
Tubule-Tubule Communication : Paracrine Agent sCell-Cell Signaling in the Testis
Released from Epithelial Cell sCell-Cell Signaling in the Ovary
Interstitial Cell-Tubule CommunicationConclusions
Conclusion sReferences
Reference s
CHAPTER 343
CHAPTER 347T Lymphocytes
546 Prostate
591Rolf König and Wenhong Zhou
Jean Closset and Eric Reite r
Introduction
IntroductionSignaling Receptors in T Cells form Dynamic
Development of the Prostate during Fetal LifeMacromolecular Signaling Complexes
The Adult Prostate
The Prostate during AgingConclusion sReference s
CHAPTER 348Retrograde Signaling in the Nervou sSystem: Dorsal Root Reflexes
607William D . Willi s
Cell-to-Cell Signaling in the Nervous SystemRetrograde SignalingNeurogenic InflammationDorsal Root Reflexes as Retrograde SignalsConclusionsReferences
CHAPTER 349Cytokines and Cytokine Receptors Regulatin gCell Survival, Proliferation, andDifferentiation in Hematopoiesis
615Fiona J. Pixley and E. Richard Stanley
General Aspects of HematopoiesisSignaling through Cytokine Receptor sConclusionsReference s
CHAPTER 350Regulation of Bartlett Endogenous StemCells in the Adult Mammalian Brain :Promoting Neuronal Repair
625Rodney L. Rietze and Perry F. Bartlett
Adult Neurogenesis Reveale dIsolation and Culture of Neural Stem Cell sRegulation of Stem Cell Differentiation into Neuro nReferences
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