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Stellate cells hitherto accounted exclusively in the innermost elastic-hyperplastic layer were already reported to inhabit human aortic intima. The present paper shows that most of these cells are situated just beneath the endothelium. Stellate cells also appear in the deendothelialization-induced myointimal thickening of rabbit aorta. In the myointimal thickening these cells were revealed in the direct proximity to the endothelium. A conclusion is available that the previously demonstrated polymorphism of human aortic intimal cells may be reproduced in a simple experimental model, which gives new possibilities for the study of the cellular polymorphism in the vessel wall.
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
February 1972,
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M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
April 1996,
Tissue & cell,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
December 1987,
Zhonghua xin xue guan bing za zhi,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
May 1981,
Lancet (London, England),
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
April 1984,
The American journal of pathology,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
January 1996,
Seminars in thrombosis and hemostasis,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
October 1995,
Tissue & cell,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
April 1985,
Atherosclerosis,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
November 2002,
Biochemistry. Biokhimiia,
M D Rekhter, and
E R Andreeva, and
I V Andrianova, and
A A Mironov, and
A N Orekhov
January 1964,
Federation proceedings. Translation supplement; selected translations from medical-related science,
