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Embryology at a Glance / Samuel Webster.

By: Material type: TextTextPublication details: Newyork : John Wiley & Sons, 2016.Edition: 2nd EditionDescription: 129 pagesISBN:
  • 9781118910795
  • 1118910796
Subject(s):
Contents:
Intro Title Page Copyright Page Contents Preface Acknowledgements List of abbreviations Timeline About the companion website Part 1 Early development Chapter 1 Embryology in medicine What is embryology? Aims and format Why study embryology? Embryology in modern medicine Why read this book? Chapter 2 Language of embryology Introduction Cranial-caudal Dorsal-ventral Medial-lateral Proximal-distal Sections Chapter 3 Introduction to development Development Growth Differentiation Signalling Organisation Anatomy Spermatocytogenesis Spermiogenesis Spermatozoa Clinical relevance Chapter 9 Oogenesis Overview Ovaries Meiosis I Puberty Ovulation Polar bodies Meiosis II Post-ovulation Clinical relevance Chapter 10 Fertilisation Fertilisation Capacitation Ovulation Acrosome reaction Cortical reaction Meiosis II Zygote Mitosis and DNA Chromosomes Embryological and clinical timings Clinical relevance Chapter 11 From zygote to blastocyst Zygote Cleavage Morula Blastocyst Implantation Twins Clinical relevance Chapter 12 Implantation Introduction Implantation The menstrual cycle (uterus) Decidualization The menstrual cycle (hormones) Proliferative (follicular) phase Secretory (luteal) phase Implantation mechanism Bilaminar germ disc Clinical relevance Chapter 13 Placenta Introduction Trophoblast Structure Function Changes to the placenta Clinical relevance Chapter 14 Gastrulation Trilaminar disc Primitive streak Signalling Clinical relevance Chapter 15 Germ layers Trilaminar disc Ectoderm Mesoderm Endoderm Germ cells Clinical relevance Chapter 16 Stem cells Differentiation Adult stem cells Medical applications and ethical considerations Chapter 17 Neurulation Introduction Notochord Neural plate Neural tube Neural crest cells Development of the central nervous system Clinical relevance Chapter 18 Neural crest cells Neural crest cells Migration and differentiation Destinations Clinical relevance Chapter 19 Body cavities (embryonic) Body cavities Diaphragm Clinical relevance Chapter 20 Folding of the embryo Flat sheet Morphogenesis Clinical relevance Chapter 4 Cell signalling genes Early signalling Signalling mechanisms Wnt Notch Hedgehogs FGFs TGF-β Chapter 5 Embryonic and foetal periods Embryonic period Foetal period Trimesters Clinical and embryological timings Clinical relevance Chapter 6 Mitosis Cell division Mitosis Clinical relevance Chapter 7 Meiosis Diversity Human chromosomes Meiosis I Homologous recombination Meiosis II Clinical relevance Chapter 8 Spermatogenesis Meiosis continued Aims of spermatogenesis
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Intro
Title Page
Copyright Page
Contents
Preface
Acknowledgements
List of abbreviations
Timeline
About the companion website
Part 1 Early development
Chapter 1 Embryology in medicine
What is embryology?
Aims and format
Why study embryology?
Embryology in modern medicine
Why read this book?
Chapter 2 Language of embryology
Introduction
Cranial-caudal
Dorsal-ventral
Medial-lateral
Proximal-distal
Sections
Chapter 3 Introduction to development
Development
Growth
Differentiation
Signalling
Organisation Anatomy
Spermatocytogenesis
Spermiogenesis
Spermatozoa
Clinical relevance
Chapter 9 Oogenesis
Overview
Ovaries
Meiosis I
Puberty
Ovulation
Polar bodies
Meiosis II
Post-ovulation
Clinical relevance
Chapter 10 Fertilisation
Fertilisation
Capacitation
Ovulation
Acrosome reaction
Cortical reaction
Meiosis II
Zygote
Mitosis and DNA
Chromosomes
Embryological and clinical timings
Clinical relevance
Chapter 11 From zygote to blastocyst
Zygote
Cleavage
Morula
Blastocyst
Implantation
Twins Clinical relevance
Chapter 12 Implantation
Introduction
Implantation
The menstrual cycle (uterus)
Decidualization
The menstrual cycle (hormones)
Proliferative (follicular) phase
Secretory (luteal) phase
Implantation mechanism
Bilaminar germ disc
Clinical relevance
Chapter 13 Placenta
Introduction
Trophoblast
Structure
Function
Changes to the placenta
Clinical relevance
Chapter 14 Gastrulation
Trilaminar disc
Primitive streak
Signalling
Clinical relevance
Chapter 15 Germ layers
Trilaminar disc
Ectoderm
Mesoderm Endoderm
Germ cells
Clinical relevance
Chapter 16 Stem cells
Differentiation
Adult stem cells
Medical applications and ethical considerations
Chapter 17 Neurulation
Introduction
Notochord
Neural plate
Neural tube
Neural crest cells
Development of the central nervous system
Clinical relevance
Chapter 18 Neural crest cells
Neural crest cells
Migration and differentiation
Destinations
Clinical relevance
Chapter 19 Body cavities (embryonic)
Body cavities
Diaphragm
Clinical relevance
Chapter 20 Folding of the embryo
Flat sheet Morphogenesis
Clinical relevance
Chapter 4 Cell signalling genes
Early signalling
Signalling mechanisms
Wnt
Notch
Hedgehogs
FGFs
TGF-β
Chapter 5 Embryonic and foetal periods
Embryonic period
Foetal period
Trimesters
Clinical and embryological timings
Clinical relevance
Chapter 6 Mitosis
Cell division
Mitosis
Clinical relevance
Chapter 7 Meiosis
Diversity
Human chromosomes
Meiosis I
Homologous recombination
Meiosis II
Clinical relevance
Chapter 8 Spermatogenesis
Meiosis continued
Aims of spermatogenesis

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