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- 「ギルバート発生生物学 第2版」FURTHER DEVELOPMENT
「ギルバート発生生物学 第2版」FURTHER DEVELOPMENT
1.1 When Does a Human Become a Person?
1.2 The Cell Biology of Cell Mitosis and Embryonic Cleavage
1.3 Epigenesis and Preformationism
1.5 Important Transitions in Animal Evolution
1.6 The Developmental Evolution of Life
1.7 The origins of gastrulation
2.2 Squeezing the Conditions of Specification
2.3 A Rainbow of Cell Identities
3.1 Genomic Equivalence and Cloning
3.2 The Mediator Complex: Linking Enhancer and Promoter.pdf
3.5 Mechanisms of DNA Methylation During Genomic Imprinting
3.6 DNA Methylation and Genomic Imprinting
3.9 The Nuclear Envelope's Role in Gene Regulation
3.10 Insulators: Protecting Genomic Areas from Transcription Factor Binding
3.11 Transcription Factors with the Power to Cure Diabetes
3.12 Control of Early Development by Nuclear RNA Selection
3.13 So You Think You Know What a Gene Is?
3.14 Splicing Enhancers and Recognition Factors
3.15 Translational Regulation in Frogs and Flies
3.16 Ribosomal Selectivity: Selective Activation of mRNA Translation
3.17 Learn How a Mutation in a 3′ UTR Results in Bulging Biceps in Beef
3.18 Control of RNA Expression by Cytoplasmic Localization
3.19 Stored mRNA in Brain Cells
3.22 Chromatin Immunoprecipitation Sequencing (ChIP-Seq)
3.24 CRISPR/CAS9 Genome Editing
4.1 Type, Timing, and Border Formation
4.2 Shape Change and Epithelial Morphogenesis: "The Force Is Strong in You"
4.5 The Insect Trachea: Combining Inductive Signals with Cadherin Regulation
4.6 Downstream Events of the FGF Signal Transduction Cascade
4.10 Hippo Signaling: An Integrator of Pathways
5.1 Drosophila Testes Stem Cell Niche
5.2 The Subgranular Zone Niche
5.3 Just Another Notch on the Clock during Neurogenesis in the V-SVZ
5.4 Were HSCs Somehow Born from Bone to then Reside in the Marrow?
5.6 A Discussion of the Challenges Using ESCs
6.1 Sex Determination and Social Perceptions
6.2 Finding the Elusive Testis-determining Factor
6.3 Genes Controlled by Sry and Sox9
6.9 Theodor Boveri and the Formation of the Germ Line
6.10 Modifications of Meiosis: Parthenogenesis
7.1_Early History of Fertilization
7.2 The Egg and Its Environment
7.3_Mechanisms of Echinoderm Sperm Chemotaxis
7.4 Sea Urchin Acrosome Reaction and Sperm Binding
7.5 Blocks to Polyspermy: The Fertilization Reaction in Echinarachnius Parma
7.6 Rules of Evidence: Calcium ions and fertilization
7.7 The IP3 Pathway Activates the Egg
7.8 Elements of the Sperm Activate Mammalian Eggs
7.9 The Non-equivalence of Mammalian Pronuclei
7.10 A Social Critique of Fertilization Research
8.1 Haeckel's Invagination and Metchnikoff's Ingression
8.2 Confinement of the choanoflagellate S. rosetta
8.3 Autonomous Specification versus Inductive Interactions
9.1 A Classic Paper Links Genes and Development
9.2 The Snail Fate Map Sturtevant and the genetics of snail coiling
9.3 The Role of the Polar Lobe in Cell Specification
9.4 Altering Evolution by Altering Cleavage Patterns: An Example from a Bivalve Mollusk
9.5 Heterochronic Genes and the Control of Larval Stages
9.6 Defining the role of SKN-1 and PAL-1 in early cell specification in C. elegans
10.2 Mechanisms of the Drosophila Midblastula Transition
10.3 Anterior-Posterior Polarity in the Oocyte
10.5 mRNA Localization in the Anterior and Posterior Poles of the Oocyte
10.6 What Genes Make a Fly's head? Bicoid Plus Hunchback Equal a Buttonhead
10.8 Defects of the Fushi Tarazu Mutant Embryo
10.9 FLYING "WINGLESS": Discover cell specification by the Wingless/Hedgehog signaling center
10.10 Initiation and Maintenance of Homeotic Gene Expression.pdf
10.11.Torpedoes Away: The Downstream Signaling Events
10.12 Effects of the Dorsal Protein Gradient
10.14 Early Development of Other Insects
11.2 Axis Specification in Sea Urchin Embryos
11.3 The Echinobase of Sea Urchin Development
11.5 Evolution by Subroutine Co-option
11.6 The Search for the Myogenic Factor
11.7 Specification of the Larval Axes in Tunicate Embryos
11.8 Gastrulation in Tunicates
12.1 Mechanisms of the MBT by Chromatin Modifications
12.2 Separating and guiding with cadherins and calcium
12.3 Migration of the Mesodermal Mantle
12.5 The Experiments That Confirmed Ectodermal Bias
12.6 Frzb, Dickkopf, Notum, and Tiki: More Ways to Block Wnts
12.7 Gradients and Hox gene expression in Xenopu
12.8 Stretching the zebrafish epiblast cells generates mesoderm
12.9 Fish Signals Are Like Amphibian Signals
12.10 Anterior-Posterior Axis Formation in Zebrafish
13.1 The Extraembryonic Membranes
13.2 Molecular Mechanisms of Migration through the Primitive Streak
13.4 The Role of Hippo Signaling during Trophoblast-ICM Determination
13.5 Mechanisms of Compaction and Formation of the Inner Cell Mass
13.6 Escape from the Zona Pellucida and Implantation
13.7 Placental Formation and Functions
13.8 Anterior-Posterior Patterning by FGF and RA Gradients
14.1 Completing the first meiotic division
14.2 X chromosome inactivation
14.4 The placenta and the integration of mother and fetus
14.5 The IVF procedure: In Vitro fertilization procedure and risks
14.6 Case study: Achondroplasia, a common dominantly inherited trait
14.8 Retinoic acid and glyphosate as teratogens
14.10 The Developmental Origins of Adult Human Disease
14.11 DDT as Endocrine Disruptor
15.1 Molecular Regulation of Hinge Point Formation
15.2 The Biomechanics of Neural Fold Zippering Revealed by the Ancestral Chordate
15.3 Closure at the Junction: A Human Avian Connection
15.4 Dividing the Central Nervous System
15.5 Specifying the Brain Boundaries
15.6 Transcriptional Cross-Repression by the Downstream Shh and TGF-β Effector Proteins
16.1 A Primer on the basic Anatomy and Function of Neurons and Glia
16.2 The Scaffolding of the Bergmann Glia in the Cerebellum
16.3 Horizontal and Vertical Specification of the Cerebrum
16.4 Neuronal Growth and the Invention of Childhood
16.5 Speech, Language, and the FOXP2 Gene
16.6 Identifying the Genes that Make the Human Brain
16.7 Human Enhancement with the Loss of an Enhancer
17.1 Learn How These Four Pioneer Transcription Factors Differentiate Neural Crest Cell Fates
17.2 Induced Neural Crest Cells
17.3 Cell Differentiation in the Ventral Pathway
17.4 GDNF and Hirschsprung Disease
17.5 Intramembranous Bone and the Role of Neural Crest in Building the Head Skeleton
17.6 Coordination of Face and Brain Growth
17.7 Why Birds Don't Have Teeth
17.8 The Evolution of Developmental Neurobiology
17.9 Primer on the Molecular Anatomy of the Growth Cone
17.10 "Plus Tips" and Actin-Microtubule Interactions during Growth Cone Guidance
17.11 Turning the Growth Cone Requires Membrane Endocytosis
17.12 The Classic Example of Semaphorin Mediated Repulsion of the Grasshopper Sensory Axon
17.13 Early Evidence for Chemotaxis
17.14 Intraretinal Guidance: How Do RGC Axons Even Leave the Eye in the Right Place?
17.15 How Does an Ipsilateral RGC Axon Interpret Ephrin and Shh as a Signal Not to Cross?
17.16 BMP4 and Trigeminal Ganglion Neurons
17.19 Differential Survival after Innervation: The Role of Neurotrophins
17.20 The Development of Behaviors: Constancy and Plasticity
18.3 Cell Fate Determination in the Organ of Corti of the Mouse Ear
18.4 The Autonomous Development of the Optic Cup
18.5 Lens and Cornea Differentiation
18.6 Neural Retina Differentiation
18.7 Why Babies Don't See Well
18.8 Recombination of Mammary Gland Epithelium Reveals Sex-Based Differences in its Development
18.9 The Ectodysplasin Pathway and Mutations of Hair Development
18.10 Normal Variation in Human Hair Production
18.11 The Hair Follicle Niche: Its Role in Baldness and Long Lashes
19.1 Notch Signaling and Somite Formation
19.2 Formation of the Dorsal Aorta
19.3 Osteogenesis: The Development of Bones
19.4 Paracrine Factors, Their Receptors, and Human Bone Growth
20.1 The Metanephric Mesenchyme Secretes
20.3 Molecular Mechanisms of Heart Development in the Tunicate Ciona
20.4 A Gene Regulatory Network at the Heart of Cardiogenic Mesoderm Specification
20.5 Fusion of the Heart and the First Heartbeats
20.6 A Self-Sustaining Gene Regulatory Network Differentiates the Heart
20.7 Changing Heart Anatomy at Birth
20.8 Constraints on the Formation of Blood Vessels
20.9 VEGF and Your Green Tea Diet
20.10 Arterial, Venous, and Lymphatic Vessels
21.1 Homology Between the Limb Buds of Fish and Tetrapods
21.2 Induction of and by the AER
21.3 Alternative Views on the Dual Gradient Model: Can a Single Gradient Do the Job?
21.4 From Humans to Cats, an Natural Gain of Shh Function: The Extra Toes Mutation
21.5 Continued Limb Growth: Epiphyseal Plates
21.6 Fibroblast Growth Factor Receptors: Dwarfism
21.7 Growth Hormone and Estrogen Receptors
21.8 Dinosaurs and Chicken Fingers
22.1 A Model for a Hierarchical Dichotomous System for Determining Cell Types
22.2 Lung Development as Initiating Birth
23.1 Biochemical Respecification in the Liver
23.2 Differential Tissue Responses to Thyroid Hormones
23.3 Variations on the Themes of Amphibian Metamorphosis
23.4.1 Hormonal Control of Insect Metamorphosis
23.4.2 Remodeling the Insect Central Nervous System
23.4.3 Microarray Analysis Of Drosophila Metamorphosis
23.5 Parasitoid Wasp Development
23.6 Identification of 20-Hydroxyecdysone as a Metamorphic Transcriptional Regulator
23.7 Understanding the Different Effects of 20E
23.8 Precocenes and Synthetic JH
23.10 Metamorphosis of the Pluteus Larva
24.2 A LATERAL ROOT WAY TO BE CALL(O)US
24.3 Epigenetic Control of Plant Regeneration
24.4 The Organizing Properties of Hypostome
