Titlebook: Ultrastructure of Smooth Muscle; Pietro M. Motta Book 1990 Kluwer Academic Publishers 1990 anatomy.cells.electron microscopy.embryo.embryo

掺假

myocardium

Smooth muscle cell characteristics: a computer-assisted analysis from serial sections,vided, mainly for intestinal, uterine, and vascular cells. Morphological parameters by themselves are of only academic interest, unless their far-reaching functional significance is considered. For example, in smooth muscle cells of a given volume, if the relative proportion of surface area increase

granite

Morphology of smooth muscle and its diversity as studied with scanning electron microscopy,nsity of muscle fibers, as extensively reviewed by Burnstock (1) and Gabella (2,3). These parameters have direct relevance to the overall behavior of individual organs and organ-specific physiological and mechanical properties of the muscles (4-8). The morphology of smooth muscles has been investiga

aphasia

Smooth muscle in the gut and airways,. 7-1). Additional musculature is found in the muscularis mucosae, in the core of intestinal villi, in the media of blood vessels, and as individual muscle cells in the core of villi. The muscle coat varies greatly in thickness in different regions of the gut and in different animal species. In the

使满足

Ultrastructure of smooth muscle cells in the urinary system,ter, renal calices and pelvis, and the urinary bladder. Emphasis is placed on the human urinary tract, since this has been a major field of study by the authors over the last several years. Tissue for examination in the electron microscope has been obtained either at operation or by biopsy with the

斥责

Smooth muscle in the male genital tract, motile) epithelial surfaces that interact with the intraluminal spermatozoa. During their transit through the ductal system, spermatozoa acquire their final step of maturation (1). While the functions of the epithelia in the male genital system are comparably well understood (2), the knowledge of t

不可磨灭

WAIL

Bureaucracy

QUAIL

ing integrated with biochemical and physiopathological phenomena occurring in cells, tissues, and organs. Methods such as freeze-fracture, freeze-etching, scanning, and high-voltage electron microscopy have contributed immensely to this progress, as well as to the study of smooth muscle tissue and c