The marginal zone, white pulp and red pulp of rat and human spleen were studied by scanning electron microscopy and were compared. The marginal zone was observed in both species. The arterial termination in the marginal zone was quite different between both species. The follicular arteries terminated at the boundary of the white pulp and formed a vascular net regarded as the marginal sinus in rat. On the other hand, numerous arterial termini of the follicular and sheathed arteries were scatteringly found in the marginal zone in man. The central artery was surrounded with flat reticular cells in rat and human spleen. In the red pulp of rat, the arterial termini were funnel-shaped or tubular. The sheath of the sheathed arteries of man reveale...
Various preparatory techniques were used to improve scanning electron microscopy images of the fine ...
Various preparatory techniques were used to improve scanning electron microscopy images of the fine ...
Background: The microscopic structure of spleen is variable depending on the developmental stage of ...
The marginal zone, white pulp and red pulp of rat and human spleen were studied by scanning electron...
This paper reviews scanning electron microscope (SEM) observation of the circulatory system of the h...
Tn order to study three-dimensional fine architecture of the red pulp, especially the relationships ...
The three-dimensional vascular arrangement of the mammalian spleen was investigated by means of inje...
The three-dimensional vascular arrangement of the mammalian spleen was investigated by means of inje...
The spleen of the rat is invariably inseparable with that of the human. The study investigates the v...
Splenic microcorrosion casts prepared using minimal volumes of material show that most of the flow p...
Rat spleens were perfused arterially with physiological saline and glutaraldehyde, freeze-cracked in...
Rat spleens were perfused arterially with physiological saline and glutaraldehyde, freeze-cracked in...
Rat spleens were perfused arterially with physiological saline and glutaraldehyde, freeze-cracked in...
Background: To study the blood supply of the spleenand its segmental distribution, with a particular...
The spleen is an organ that not only effectively uses its own immune cells, but also mobilizes the b...
Various preparatory techniques were used to improve scanning electron microscopy images of the fine ...
Various preparatory techniques were used to improve scanning electron microscopy images of the fine ...
Background: The microscopic structure of spleen is variable depending on the developmental stage of ...
The marginal zone, white pulp and red pulp of rat and human spleen were studied by scanning electron...
This paper reviews scanning electron microscope (SEM) observation of the circulatory system of the h...
Tn order to study three-dimensional fine architecture of the red pulp, especially the relationships ...
The three-dimensional vascular arrangement of the mammalian spleen was investigated by means of inje...
The three-dimensional vascular arrangement of the mammalian spleen was investigated by means of inje...
The spleen of the rat is invariably inseparable with that of the human. The study investigates the v...
Splenic microcorrosion casts prepared using minimal volumes of material show that most of the flow p...
Rat spleens were perfused arterially with physiological saline and glutaraldehyde, freeze-cracked in...
Rat spleens were perfused arterially with physiological saline and glutaraldehyde, freeze-cracked in...
Rat spleens were perfused arterially with physiological saline and glutaraldehyde, freeze-cracked in...
Background: To study the blood supply of the spleenand its segmental distribution, with a particular...
The spleen is an organ that not only effectively uses its own immune cells, but also mobilizes the b...
Various preparatory techniques were used to improve scanning electron microscopy images of the fine ...
Various preparatory techniques were used to improve scanning electron microscopy images of the fine ...
Background: The microscopic structure of spleen is variable depending on the developmental stage of ...