The Ontogenetic Basis of Human Anatomy: A Biodynamic Approach to Development from Conception to BirthThis book presents an anatomical overview of the changing form and structure of the human body. Although biomechanical embryology can be traced back to the 19th century, up until recently the most commonly accepted framework for the study of human ontogeny (development of the individual) was molecular biology, which all too frequently relied on findings from animal experiments that remained untested for humans. German embryologist and anatomist Erich Blechschmidt's research concentrates on the evidence presented by the human embryo itself. He offers a new approach to the study of early human growth as a way to shed light on the development of body build, instincts, gestures, language, mathematics, tools, and dress. |
Contents
Early Human Development | 27 |
Metabolic Fields | 61 |
Nervous System | 91 |
The Major Sense Organs and the Face | 113 |
The Organs of Movement | 133 |
Viscera | 167 |
Human Behavior Patterns | 199 |
Appendix | 215 |
Notes | 249 |
Other editions - View all
The Ontogenetic Basis of Human Anatomy: A Biodynamic Approach to Development ... Erich Blechschmidt, M.D. No preview available - 2004 |
The Ontogenetic Basis of Human Anatomy: A Biodynamic Approach to Development ... Erich Blechschmidt, M.D. No preview available - 2004 |
Common terms and phrases
adjacent amniotic amniotic sac anlage aorta arise Arrows with cross-tails artery axial process becomes biodynamic blastocyst blastomeres Blechschmidt blood vessels body sac body wall bone brain Carnegie Stage cartilage cartilaginous cells cerebral hemisphere chorionic sac coelom conceptus connective tissue contusion field Converging double arrow dendrites densation field detraction field developmental movements differentiation dilation fields dorsal dura ectoblast ectoderm embryo endoblast endocyst disc endoderm epithelium fibers flexion flexor fluid folds foregut formation gland growing head region heart initially inner tissue intercellular intestinal lateral layer limiting tissue liver long embryo long human embryo lumen membrane mesoblast mesoderm metabolic fields metabolic movements muscle musculature nerve neural groove neural tube neurites nutrients ontogeny optic vesicle organs otic ovum piston-like growth placode restraining function skeleton skin so-called somite spinal cord stippled stroma structure suction field surface growth Tailed arrow thickening tion umbilical vascular ventral vertebral column visceral arches yolk sac zone
