Knisely, M.H. , Barker, S., Bloch, E.H., Lipscombe, A.Warner, L., Brooks, F., Dragstedt, L.R., Schneider, C.L., LeQuire, V.S., Stoner, H.B. and Irwin, J.: A new separation of several sets of pathologic mechanisms which occur during different kinds of circulatory shock, any single one of which acting maximally can alone, by itself, cause peripheral vascular failure and the death of the subject. Anat. Rec., 106: 209, 1950.
2.
Knisely, M.H.: Experimental separation of quite different types of circulatory shock. In: Shock and Hypotension, ed. by L. C. Mills and J. H. Moyer, p.295. Grune and Stratton, New York, 1965 .
3.
Knisely, M.H.: Postburn pathologic circulatory physiology. Proc. 1st International Congress on Burns. In: Research in Burns, ed. by C. P. Artz, p.51. American Institute of Biological Sciences, Washington, D. C., 1962 .
Krogh, A. and Lindhard, J.: Measurement of the blood flow through the lungs of man. Skand. Arch. f. Physiol., 27: 100, 1912.
6.
Krogh, A.: On the influence of the venous supply upon the output of the heart. Skand. Arch. f. Physiol., 27: 126, 1912.
7.
Krogh, A.: The regulation of the supply of blood to the right heart, with a description of a new circulation model. Skand. Arch. f. Physiol., 27: 227, 1912.
8.
Knisely, M.H. , Bloch, E.H. and Warner, L.: Selective phagocytosis. I. Microscopic observations concerning the regulation of the blood flow through the liver and other organs and the mechanisms and rate of phagocytic removal of particles from the blood . Kgl. Danske Videnskab. Selskab Biol. Skrifter, 4(7), 1948.
9.
Thomas, W.D. and Essex, H.E.: Observations on the hepatic venous circulation with special reference to the sphincteric mechanism. Am. J. Physiol., 158: 303, 1949.
10.
Knisely, M.H. , Bloch, E.H., Eliot, T.S. and Warner, L.: Sludged blood. Science, 106: 431, 1947.
11.
Reneau, D.D., Jr., Bruley, D.F. and Knisely, M.H.: A mathematical simulation of oxygen release, diffusion and consumption in the capillaries and tissue of the human brain. In: Chemical Engineering in Medicine and Biology, ed. by D. Hershey, p. 135. New York, Plenum Pub. Corp., 1967 .
12.
Knisely, M.H. , Reneau, D.D. and Bruley, D.F.: The development and use of equations for predicting the limits on the rates of oxygen supply to the cells of living tissues and organs. A contribution to the biophysics of health and disease. Special supplement toAngiology, 20(11), 1969, 56 pp.
13.
Bloch, E.H. : Microscopic observations of the circulating blood in the bulbar conjunctiva in man in health and disease. Ergeb. Anat. Entwicklungsgesch., 35: 1, 1956.
14.
Knisely, M.H. : Intravascular erythrocyte aggregation (blood sludge). In: Handbook of Physiology, Circulation III, ed. by W. F. Hamilton and P. Dow, Chap. 63, p. 2249. Williams and Wilkins, Baltimore, 1965.
15.
Knisely, M.H. , Eliot, T.S. and Warner, L.: Microscopic observations of living blood and vessel walls are a necessary part of the preselection of normal animals for biological experiments. Anat. Rec., 94: 550, 1946.
16.
Grehn, J.: Optische Hilfmittel zur Horizontalbeobachtung von Settling-Erscheinungen. Bibl. anat., 1: 260, 1961.
17.
Knisely, M.H. : Demonstration of two new microscopes for the study of living human beings. Anat. Rec., 136: 340, 1960 .
18.
Stallworth, J.M., Ramirez, A., Barrington, B.A. and Bradham, R.R.: Hypovolemic shock: Microcirculatory changes during and after specific therapy. Ann. Surg., 169: 694, 1969.
19.
Knisely, M.H. : Discussion (review of fundamental problems of anatomy, physiology, defense reactions, and pathology of the living spleen) . Angiology, 6: 363, 1955.
20.
Yang, C.S.: The influence of adrenalin on the human spleen and blood picture. ChineseJ. Physiol., 2: 163, 1928.
21.
Yang, C.S. and Chang, H.C.: The effect of adrenalin on the circulating blood volume in individuals with normal and enlarged spleens and after splenectomy. Chinese J. Physiol., 4: 21, 1930.
22.
Debacker, H.S. : Microscopic observations of the hepatic circulation in living frogs and mice. Ph.D Thesis, Medical College of South Carolina, Charleston, South Carolina, 1967.
23.
Bigelow, W.G. , Heimbecker, R.O. and Harrison, C.R.: Intravascular agglutination (sludged blood), vascular stasis and sedimentation rate of the blood in trauma. Arch. Surg., 59: 667, 1949.
24.
Knisely, M.H. , Bloch, E.H., Brooks, F. and Warner, L.: Microscopic observations of the circulating blood of nine healthy normal horses, all of which had unagglutinated circulating blood cells and high in vitro erythrocyte sedimentation rates. Amer. J. Med. Sci., 219: 249, 1950.
25.
Knisely, M.H. , Eliot, T.S. and Bloch, E.H.: Sludged blood in traumatic shock. I. Microscopic observations of the precipitation and agglutination of blood flowing through vessels in crushed tissue. Arch. Surg., 51: 220, 1945.
26.
Scharrer, E. : The blood vessels of the nervous tissue. Quart. Rev. Biol., 19: 308, 1944.
27.
Gelin, L.-E.: Studies in anemia of injury. Acta Chir. Scand., suppl. 210, 1956.
28.
Krogh, A.: The Anatomy and Physiology of Capillaries. 2nd edition. New Haven, Connecticut, Yale University Press, 1929.
29.
Knisely, W.H. , Mahaley, M.S. and Jett, H.H.: Approximation of "total vascular space" by its distribution in three sizes of blood vessels in rats by plastic casts . Circulation Res., 6: 20, 1958.
30.
Harding, F. and Knisely, M.H.: Settling of sludge in human patients. A contribution to the biophysics of disease. Angiology, 9: 317, 1958.
31.
Knisely, M.H. : The settling of sludge during life; first observations, evidences and significances. A contribution to the biophysics of disease. Acta Anatomica, 44, suppl. 41, 1961.
32.
Knisely, M.H. , Warner, L. and Harding, F.: Ante-mortem settling. Microscopic observations and analyses of the settling of agglutinated blood-cell masses to the lower sides of vessels during life; a contribution to the biophysics of disease . Angiology, 11: 535, 1960.
33.
Knisely, M.H. : Enforced postponement of selective phagocytosis following burn. A Contribution to the biophysics of disease. Southern Med. J., 56: 1115, 1963.
34.
Knisely, M.H. : Enforced postponement of selective phagocytosis following burn. A contribution to the biophysics of disease. N. Y. Acad. Sci., 150: 510, 1968.
