Kaufman's atlas of mouse development. with coronal sections / Supplement :
Kaufman's Atlas of Mouse Development Supplement, Second Edition continues the stellar reputation of the original Atlas by providing updated, in-depth anatomical content and morphological views of organ systems. The book explores the developmental origins of the organ systems, following the orig...
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| Materyal Türü: | Elektronik Ekitap |
| Dil: | İngilizce |
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London, United Kingdom :
Academic Press is an imprint of Elsevier,
[2025]
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| Edisyon: | Second edition. |
| Konular: | |
| Online Erişim: | ScienceDirect |
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İçindekiler:
- Front Cover
- KAUFMAN'S ATLAS OF MOUSE DEVELOPMENT SUPPLEMENT
- KAUFMAN'S ATLAS OF MOUSE DEVELOPMENT SUPPLEMENT
- Copyright
- Dedication
- Contents
- Contributors
- About the editors
- 1
- Introduction
- 2
- Coronal sections
- Introduction
- Methods
- Results
- Discussion
- Acknowledgments
- References
- 3
- A revised staging of mouse development before organogenesis
- Introduction
- Methods
- Overview of the revised staging system, TS1-12
- Anatomy of stages with representative molecular markers
- Preimplantation stages: TS1-5, E0 to E3.5 (Fig. 3.1)
- From implantation to the prestreak stage: TS6-9a, E4.5-6.5 (Fig. 3.2)
- Early primitive streak to late pre-headfold. TS9b-11b, E 6.5-E7.5 (Fig. 3.3)
- Early headfold to early somitogenesis. TS11a-12, E7.5-8 (Fig. 3.4)
- Timing and litter variation
- Comparison of early mouse and human development
- Discussion
- Acknowledgments
- References
- 4
- Establishment of early embryonic lineages and the basic body plan
- Introduction
- Development of the preimplantation conceptus
- Formation of the postimplantation egg cylinder
- The primitive streak and gastrulation
- The three germ layers and their derivatives
- Embryonic folding
- Concluding remarks
- References
- 5
- Early organogenesis: Placing and elaborating the organ primordia
- Introduction
- Left/right patterning (TS11d-TS12
- E7.5-8.0)
- Initiation of somitogenesis and the restriction of potency in the epiblast (TS11d
- E8.0 onwards)
- Axial progenitor populations
- Primary versus secondary neurulation: Accepted view and known facts
- Somitogenesis
- Comparison of mouse and human tail development and the end of axis elongation
- In vitro embryo models: Micropatterns, gastruloids, trunk-like structures and embryo-like structures
- Discussion and prospects
- References.
- 6
- Placenta formation-Developmental milestones toward the establishment of a functional feto-maternal interface
- Introduction
- The emergence of the trophoblast lineage-From fertilization to blastocyst formation (Stages E0.5-E4.5)
- Early postimplantation development-Stages E5.0-E7.5
- Trophoblast invasion and spiral artery remodeling-Stages E7.5 to E9.5
- Gastrulation, extraembryonic mesoderm formation and chorio-allantoic fusion-Stages E7.5-E9.5
- The establishment of a functional placenta-Stages E9.5-E10.5
- Placental structure-Stages E10.5-E19.5
- Links with human pregnancy conditions and developmental abnormalities
- Digital and other resources
- Funding information
- References
- 7
- Spatiotemporal dynamics of mouse heart tube development
- Imaging mouse heart development
- Staging mouse heart development
- Spatiotemporal mapping of heart precursors, lineages, and differentiation
- Tube formation
- Tube elongation and remodeling
- Chamber growth
- Cell type diversification
- Left-right asymmetries
- Conclusions
- Resources
- Supplementary material
- Acknowledgments
- References
- 8
- Establishment of a double blood circulation in the developing mouse heart
- Introduction
- Formation and connection of the caval veins to the right atrium
- Formation and incorporation of the pulmonary vein into the left atrium
- Atrial septation
- Ventricular septation
- Septation of the outflow tract into the trunks of the great arteries
- Valve development
- The mouse as an experimental model of human congenital heart defects
- Abbreviations
- Acknowledgments
- References
- 9
- Development of the hematopoietic system
- Introduction
- Cells of the developing hematopoietic system
- Sites of emergence of hematopoietic potential
- Pre-circulation sites of de novo hematopoiesis
- Yolk sac blood islands.
- Allantois and chorion
- Sites of de novo hematopoiesis after the onset of circulation
- Yolk sac vascular plexus
- Heart
- Placenta
- Dorsal aorta
- Proximal regions of the vitelline and umbilical arteries
- Head
- Co-development of the hematopoietic and vascular system
- Sites of hematopoietic colonization and differentiation
- Fetal liver
- Thymus
- Spleen
- Bone marrow
- Lymphoid organs and tissues
- Adrenal gland
- Parallels with human hematopoietic development
- References
- 10
- Thymus development
- Introduction
- The first stage of thymus organogenesis: Pharyngeal development
- The second stage of thymus organogenesis: Cross-talk patterns the thymus anlage
- Third stage of thymus organogenesis: Late fetal thymus development
- Cells resident in the embryonic thymus
- Thymocytes
- Thymic stromal cells
- Thymic epithelial cells
- Non-epithelial thymic stromal cells
- Transcriptional regulation of thymus organogenesis
- Signaling in thymus organogenesis
- Conclusion
- References
- 11
- Gastrointestinal tract
- Introduction
- Anterior-posterior patterning: A focus on transcription factors and the tissue specificities they bring about in the adult
- Esophagus
- Stomach
- Small intestine
- Caecum
- Colon and rectum
- Herniation, lengthening, and looping
- Epithelial vilification and differentiation
- Smooth muscle and interstitial cells of Cajal
- Enteric nervous system
- Vasculature and lymphatic development
- Conclusion
- Acknowledgments
- References
- 12
- Development of the pancreas
- Introduction
- The current view of the developmental anatomy of the pancreas
- Primary transition (part I): Formation of the pancreatic anlagen (mouse, E8.5-10.5
- human, 22-33 days post conception, dpc)
- Primary transition (part II): Morphogenesis and fusion of the pancreatic anlagen (mouse, E10.5-12.5.
- Human, 33-40 dpc)
- Secondary transition: Lineage and differentiation (mouse, E12.5-16.5
- human, 40-54 dpc)
- Morphogenesis of the spleen as it relates to pancreatic development
- Tertiary transition: Final glandular formation and positioning (mouse, E16.5 to postnatal stages
- human, 54-58 dpc and afte ...
- The adult pancreas and islet formation
- Discussion
- References
- 13
- The reproductive system
- Introduction
- The early stages and bipotential gonad
- Formation of the intermediate mesoderm
- Primordial germ cell specification and migration
- Main genes and pathways involved in PGC specification and migration
- The developmental fate of PGCs in the testis or ovary
- The emergence of in vitro gametogenesis
- Formation of the bipotential gonad
- Anatomical structure of the bipotential gonad
- Cell types comprising the bipotential gonad
- Main genes and pathways involved in bipotential gonad specification
- Early development of dual reproductive tracts and external genitalia
- Molecular pathways and genes involved in early specification of reproductive tracts and genitalia
- The big decision: To become a testis or an ovary?
- Male development
- The anatomical structure of the testis
- Cell types comprising the testis
- Male germ cells enter mitotic arrest till puberty
- Main genes and pathways involved in male sex determination
- Formation of the male reproductive tract and external genitalia
- Molecular factors involved in the development of the male reproductive tract and external genitalia
- Female development
- The anatomical structure of the ovary
- Cell types comprising the ovary
- Female germ cells enter first meiosis in the ovary and are arrested
- Main genes and pathways involved in female sex determination
- Formation of the female reproductive tract and external genitalia.
- Molecular factors involved the female reproductive tract and external genitalia
- Sex maintenance in adulthood
- Discussion and future prospects
- Acknowledgments
- References
- 14
- Development of the respiratory system
- Overview
- Foregut morphogenesis and establishment of trachea and primary lung buds
- Structure of the trachea and submucosal glands
- Branching morphogenesis of the primary lung buds
- Alveologenesis
- Vasculature, lymphatics, immune cells, and nerves
- Diversity of mesodermal cells
- Mesothelium
- Discussion
- References
- 15
- The urinary system
- Introduction
- The current view of the developmental anatomy of the system
- Recent lineage data
- Molecular mechanisms regulating development
- Branching
- Self-renewal versus differentiation in the cap
- Tubule segmentation
- Differences between mouse and human urinary system development
- In vitro models for kidney development
- Discussion
- Further resources
- References
- 16
- Integument and associated integumentary appendages
- Introduction: The structural diversity of mouse integument
- Early integumental development
- Specification of discrete domains in the ectoderm
- Origin, migration, and formation of the dermis
- Cornea, interfollicular skin, and pilosebaceous units
- Cornea
- Interfollicular skin
- Different types of hairs, their pattern and time schedule
- Molecular mechanisms involved in the formation of hair placodes and subsequent cellular proliferation
- Hair follicle morphogenesis and segregation of two types of stem cells in the developing pilosebaceous unit
- Development of the sebaceous gland and related glandular structures
- The mammary gland
- Formation of the mammary line and associated mesenchyme
- Formation of the embryonic mammary gland
- Other ducted cutaneous glands
- Eccrine sweat glands
- Salivary glands.