Organogenesis development (52 risultati)

hardcover. Condizione: Good. Connecting readers with great books since 1972! Used textbooks may not include companion materials such as access codes, etc. May have some wear or writing/highlighting. We ship orders daily and Customer Service is our top priority.

Condizione: Very Good. 736 pp., hardcover, corners worn, else text clean & binding tight. - If you are reading this, this item is actually (physically) in our stock and ready for shipment once ordered. We are not bookjackers. Buyer is responsible for any additional duties, taxes, or fees required by recipient's country.…

Paperback. Condizione: Brand New. 45 pages. 8.00x5.00x0.12 inches. In Stock.

paperback. Condizione: Fine.

Condizione: As New. Unread book in perfect condition.

Condizione: New.

Condizione: New. Plant Development and Organogenesis: From Basic Principles to Applied Research (Paperback or Softback).

Condizione: New.

Condizione: New.

Paperback or Softback. Condizione: New. An Atlas of Opossum Organogenesis: Opossum Development. Book.

Paperback. Condizione: New.

Condizione: good. A good reading copy. May contain markings or be a withdrawn library copy.

Hardcover. Condizione: very good. Small folio in green-blue paper-backed boards; xviii, 712 pages: illustrations (some color); 29 cm; bibliographical references and indexes. Weighs 4 lbs 13 ounces. "This text represents a classic compilation of current knowledge about mouse development and its correlation to research in cell biology, molecular biology, genetics and neuroscience." ?Publisher. / Contents: I. Establishment of Body Patterns -- 1. Fertilization and Activation of the Embryonic Genome / Davor Solter, Wilhelmine N. de Vries and Alexei V. Evsikov / [and others] -- 2. Asymmetry and Prepattern in Mammalian Development / R.L. Gardner -- 3. Anterior Posterior Patterning of the Mouse Body Axis at Gastrulation / Stew-Lan Ang and Richard R. Behringer -- 4. Left-Right Asymmetry / Hiroshi Hamada -- 5. Patterning, Regionalization, and Cell Differentiation in the Forebrian / Oscar Marin and John L.R. Rubenstein -- 6. Establishment of Anterior-Posterior and Dorsal-Ventral Pattern in the Early Central Nervous System / Alexandra L. Joyner -- 7. Somitogenesis: Segmentation of the Paraxial Mesoderm and the Delineation of Tissue Compartments / Achim Gossler and Patrick P.L. Tam -- II. Lineage Specification and Differentiation -- 8. Extraembryonic Lineages / Janet Rossant and James C. Cross -- 9. Germ Cells / Christopher Wylie and Robert Anderson -- 10. Development of the Vertebrate Hematopoietic System / Nancy Speck, Marian Peeters and Elaine Dzierzak -- 11. Vasculogenesis and Angiogenesis / Thomas N. Sato and Siobhan Loughna -- 12. Stem Cells of the Nervous System / Sean J. Morrison -- 13. Cellular and Molecular Mechanisms Regulating Skeletal Muscle Development / Atsushi Asakura and Michael A. Rudnicki -- 14. Deconstructing the Molecular Biology of Cartilage and Bone Formation / Benoit de Crombrugghe, Veronique Lefebvre and Kazuhisa Nakashima -- III. Organogenesis -- 15. Development of the Endoderm and Its Tissue Derivatives / Brigid L.M. Hogan and Kenneth S. Zaret -- 16. Molecular Determinants of Cardiac Development and Congenital Disease / Richard P. Harvey -- 17. Sex Determination and Differentiation / Amanda Swain and Robin Lovell-Badge -- 18. Development of the Excretory System / Gregory R. Dressler -- 19. Craniofacial Development / Michael J. Depew, Abigail S. Tucker and Paul T. Sharpe -- 20. Pituitary Gland Development / Sally Camper, Hoonkyo Suh and Lori Raetzman / [and others] -- 21. Development of the Eye / Hisato Kondoh -- 22. Development of the Mouse Inner Ear / Amy E. Kiernan, Karen P. Steel and Donna M. Fekete -- 23. Integumentary Structures / Carolyn Byrne and Matthew Hardman. Access: Materials specified: Table of contentshttp://catdir.loc.gov/catdir/toc/els031/2001098457.html Materials sp/ Mice -- Development. Mice -- Physiology. Mice as laboratory animals. Laboratory animals. Animals, Laboratory Mice -- growth & development Mice -- physiology Souris -- D?veloppement. Souris -- Physiologie. Souris (Animal de laboratoire) Animaux de laboratoire. Laboratory animals. Mice as laboratory animals. Mice -- Development. Mice -- Physiology. Embryonalentwicklung Ontogenie Organogenese Morphogenese Maus Animais para pesquisa. Camundongos (fisiologia) Organog?nese animal. Embryonalentwicklung. Maus. Morphogenese. Organogenese. Named Corp: M.A.U.S.-Austria / **A large, heavy book. Extra shipping charges apply for international & expedited orders. Please inquire.**. Spine mildly sunned; personal owner name; goudge to front board near spine (superficial only does not afffect binding); else overall very good++. No jacket, presumably as issued. Please see photos.…

Condizione: New.

Condizione: New.

Condizione: New. In English.

Hardcover. Condizione: Fair. No Jacket. 3527310347. Pictorial board hardcovers, from closed pharmaceutical company library. 991 pages, refs, illustrated. Volume 1, front endpaper is missing, back board has scuffs and staining, the actual text is undamaged. Volume 2 is near fine, lending record shows this book has never been borrowed. Addresses the functions of developmental signaling pathways and growth factors with a focus on cell division, cell migration, and cell differentiation. Text in English. Book.…

Condizione: As New. Unread book in perfect condition.

Condizione: New.

Condizione: Fine. London 1937. Philosophical Transactions of the Royal Society of London, No. 552 Vol. 228. 4to., pp. 219-268, 6 plates, wraps. Fine.

Condizione: New. In English.

The nervous system is ectodermal in origin. All nerve ganglia arise separately by proliferation and later delamination from the ectoderm, not by invagination. They become secondarily connected to one another by commissures and connectives developing as extensions from the peripheral layer of ganglionic nerve cells. Rudiments of the cerebral, pedal, pleural and intestinal (parietal) ganglia arise almost simultaneously at a relatively early stage (Stage V). The cerebral ganglia develop from the ectoderm of the head plates. Rudiments of the pedal and pleural ganglia are separate at their inception. They later fuse (Stage VI) to form a pleuro-pedal ganglionic mass on each side. The 2 intestinal ganglia are symmetrical at the beginning, but they soon lose their symmetry as a result of torsion. The right ganglion crosses to the left over the gut and persists as the supraintestinal ganglion. The left or subintestinal ganglion shifts to the right and forward, and fuses with the right pleural ganglion (Stage VIII), thus obscuring the chiastoneury. The paired buccal and single visceral (abdominal) ganglia start differentiating in Stage VII. The former develop from the ectodermal wall of the stomodaeum, while the visceral ganglion delaminates from the right wall of the visceral sac, then shifts to the left during torsion. The statocysts develop early (Stage V) from 2 ectodermal invaginations on either side of the rudimentary foot. They later separate from the overlying ectoderm and statoconi appear in their lumina. Contrary to earlier reports on related ampullariids, the osphradium proved to be ontogenetically older than the mantle and mantle cavity. It starts differentiating as a thickened ectodermal plate in the right wall of the visceral sac (Stage V). During torsion, it becomes engulfed in the mantle cavity and shifts to the left side, then is carried forward as the mantlegrow. The eyes develop late (Stage IX) as ectodermal invaginations which rapidly separate from the ectoderm to form closed vesicles. Their cells start differentiating before hatching to form the retina, in which pigment is deposited, and the inner cornea. The lens is secreted in the lumen of the eye and grows by addition of concentric layers of secretion. 14 pp., 10 figs, gr. 8.…

17 pp., 13 figs, gr. 8.

The nervous system is ectodermal in origin. All nerve ganglia arise separately by proliferation and later delamination from the ectoderm, not by invagination. They become secondarily connected to one another by commissures and connectives developing as extensions from the peripheral layer of ganglionic nerve cells. Rudiments of the cerebral, pedal, pleural and intestinal (parietal) ganglia arise almost simultaneously at a relatively early stage (Stage V). The cerebral ganglia develop from the ectoderm of the head plates. Rudiments of the pedal and pleural ganglia are separate at their inception. They later fuse (Stage VI) to form a pleuro-pedal ganglionic mass on each side. The 2 intestinal ganglia are symmetrical at the beginning, but they soon lose their symmetry as a result of torsion. The right ganglion crosses to the left over the gut and persists as the supraintestinal ganglion. The left or subintestinal ganglion shifts to the right and forward, and fuses with the right pleural ganglion (Stage VIII), thus obscuring the chiastoneury. The paired buccal and single visceral (abdominal) ganglia start differentiating in Stage VII. The former develop from the ectodermal wall of the stomodaeum, while the visceral ganglion delaminates from the right wall of the visceral sac, then shifts to the left during torsion. The statocysts develop early (Stage V) from 2 ectodermal invaginations on either side of the rudimentary foot. They later separate from the overlying ectoderm and statoconi appear in their lumina. Contrary to earlier reports on related ampullariids, the osphradium proved to be ontogenetically older than the mantle and mantle cavity. It starts differentiating as a thickened ectodermal plate in the right wall of the visceral sac (Stage V). During torsion, it becomes engulfed in the mantle cavity and shifts to the left side, then is carried forward as the mantlegrow. The eyes develop late (Stage IX) as ectodermal invaginations which rapidly separate from the ectoderm to form closed vesicles. Their cells start differentiating before hatching to form the retina, in which pigment is deposited, and the inner cornea. The lens is secreted in the lumen of the eye and grows by addition of concentric layers of secretion. 20 pp., 10 figs, gr. 8.…

24 pp., 16 figs, gr. 8.

28 pp., 24 figs, gr. 8.

Hardcover. Condizione: Near Fine. 1st Edition. First Edition. Original decorated boards. Near Fine. No Dust Jacket.

Paperback. Condizione: New.

Hardcover. Condizione: Near Fine. 1st Edition. Complete in 2 volumes. First Edition. Original boards. Vol. 1: Small bump on bottom edge of front cover, Near Fine. Vol. 2: As New. No Dust Jackets.