Postischemic Hyperemia and Metabolic Changes After Long-Lasting Blood Flow Interruption of a Dog Extremity

Berne, R.M. : Metabolic regulation of blood flow. Circul. Res. Suppl.1: 261, 1964.

Bernhard, V.M. , C.S. Ashmore , R.E. Rodgens , and E.W. Evans : Operative blood flow in femoral-popliteal and femoral-tibial grafts for lower extremity ischemia. Arch. Surg. 103: 595, 1971.

Bier, A. : Die Entstehung des Collateral-Kreislaufs. Theil I Der arterielle Collateralkreislauf. Virchow's Arch. CXLVII, 256-293 und 444-474, 1897.

Billings, F.T. , and B.G. Maegraith : Chemical changes in tissues following obstruction of the blood supply. Quart. J. exp. physiol. 27: 249, 1938.

Carrier, O. , J.R. Walker , and A.C. Guyton : Role of oxygen in auto-regulation of blood flow in isolated vessels. Amer. J. Physiol. 206: 951, 1964.

Crawford, D.G. , H.M. Fairchild , A.C. Guyton : Oxygen lack as a possible cause of reactive hyperemia. Amer. J. physiol.197: 613, 1959 .

Donald, K.W. , P.N. Wormald , S.H. Taylor , and J.M. Bishop : Changes in the oxygen content of femoral venous blood and leg blood flow during leg exercise in relation to cardiac output response. Clin. Sci. 16: 567, 1957.

Dornhorst, A.C. : Hyperaemia induced by exercise and ischemia . Brit. med. bull. 19: 137, 1963.

Eichna, N.W. , R.W. Wilkins : Blood flow to the forearm and calf. II. Reactive hyperemia: Factors influencing the blood flow during the vasodilatation following ischemia. Bull. Johns Hopk. Hosp. 68: 450, 1941.

Fairchild, H.M. , J. Ross , A.C. Guyton : Failure of recovery from reactive hyperemia in the absence of oxygen. Amer. J. physiol. 210: 490, 1966.

Fleisch, A. , P. Weger : Die gefässerweiternde Wirkung der phosphorylieten Stoffwechselprodukt. Pflügers Arch. 239: 362, 1938 .

Folkow, B. : Intravascular pressure as a factor regulating the tone of the small vessels . Acta Physiol. Scand. 17: 289, 1949.

Frey, E.K. : Zur Deutung der reaktiven Hyperämie. Arch. klin. Chir. 162: 334, 1940.

Golenhofen, K. und G. Hildebrandt : Die Reaktion der menschlichen Muskelgefäße auf Durchblutungsdrosselung. Pflügens Arch. 264: 492, 1957.

Haddy, F.J. , J.B. Scott : Metabolically linked vasoactive chemicals in local regulation of blood flow. Physiol. Rev. 48: 688, 1968.

Jalavisto, E. , O. Mertens and W. Schoedel : Zur Steuerung der Muskeldurchblutung nach rhythmischer Tätigkeit. Arch. Gen. Physiol. 249: 167, 1947.

Kontos, H.A. , H.P. Mauck , J.L. Patterson : Mechanism of reactive hyperemia in limbs of anesthetized dogs Amer. J. Physiol. 209: 1106, 1964.

Kwiatkowski, H. : Observations on the relation of histamine to reactive hyperaemia. J. Physiol. 100: 147, 1941 .

Lewis, Th. , R. Grant : Observations upon reactive hyperemia in man. Heart 12: 73, 1962.

McNeill, T.A. : Venous oxygen saturation and blood flow during reactive hyperaemia in the human forearm. J. Physiol. 134: 195, 1956.

Pappenheimer, J.R. : Blood flow, arterial oxagen saturation, and oxygen consumption in the isolated perfused hindlimb of the dog. J. Physiol. 99: 283, 1941.

Rein, H. , und M. Schneider : Die Auswirkung künstlicher Mangeldurchblutung auf den lokalen Stoffwechsel. Arch. Ges. Physiol. 239: 451, 1938.

Selby, D.M. , F.J. Haddy , and G.S. Campbell : Vasodilator material in ischemic tissues . Surg. Forum 15: 232, 1962.

Stock, W. , H. Kristen and F.W. Eigler : Role of kinins in Tourniquet shock of dogs. Exc. Med. In press.

Yonce, L.R. , W.F. Hamilton : Oxygen consumption in sceletal muscle during reactive hyperemia. Amer. J. Physiol. 197: 190, 1959.

Zebe, E. : Vergleichende Physiologie des Energiestoffwechsels von Muskeln. Ergebn. Biol. 24: 247-86, 1961.