Search Results - "Khanin, M. A."

Optimal Structure of the Circulatory System: Influence of the Energetics of Vascular Smooth Muscles by Khanin, M A, Bukharov, I B

“…Based on the principle of minimum energy expenditure, a mathematical model of the structure of the circulatory system is presented. The energy expended by the…”
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A mathematical model of the kinetics of blood coagulation by Khanin, M A, Semenov, V V

“…Linear mathematical models of the kinetics of blood coagulation have previously been presented (Levine, 1966, Science, N.Y. 152, 651; Martorana & Moro, 1974,…”
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Optimal structure of the microcirculatory bed by Khanin, M A, Bukharov, I B

“…Based on the principle of minimum power, a mathematical model of the structural organization of the microcirculatory system is presented. The optimization…”
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A mathematical model of the kinetics of platelets and plasma hemostasis system interaction by Khanin, M A, Leytin, V L, Popov, A P

“…A mathematical model of the kinetics of platelet-activated blood coagulation is presented. Non-linear positive feedbacks due to the action of co-factor Va and…”
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Optimal arterial blood pressure by Khanin, M A, Bukharov, I B

“…Based on the principle of minimum power, a mathematical model of the functional state of the circulatory system is presented. The optimization model minimizes…”
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A mathematical model of the exercise functional state of the oxygen transport system by Khanin, M A, Bukharov, I B

“…Based on the principle of minimum power, a mathematical model of the exercise functional state of the oxygen transport system is presented. Aerobic and…”
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Optimal pulmonary arterial blood pressure by Khanin, M A, Bukharov, I B

“…Based on the principle of minimum power, a mathematical model of the functional state of the pulmonary circulatory and respiratory systems is presented. The…”
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Analysis of the Activated Partial Thromboplastin Time Test Using Mathematical Modeling by Kogan, Alexander E., Kardakov, Denis V., Khanin, Mikhail A.

“…Activated partial thromboplastin time (APTT) is a laboratory test for the diagnosis of blood coagulation disorders. The test consists of two stages: The first…”
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A mathematical model of the pathological functional state of the oxygen transport system by KHANIN, M. A, BUKHAROV, I. B

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Physiological mechanisms of blood coagulation by M. A. Khanin, K. V. Tyurin

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Blood coagulation dynamics under the conditions of Hageman factor deficiency: a mathematical model by Obraztsov, I F, Kuz'min, V M, Khanin, M A

“…(ProQuest: Abstract omitted; see image)[PUBLICATION ABSTRACT]…”
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A mathematical model of the background state of the blood coagulation system by Obraztsov, I F, Kardakov, D V, Kogan, A E, Khanin, M A

“…(ProQuest: Abstract omitted; see image)[PUBLICATION ABSTRACT]…”
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Mathematical Model for the Blood Coagulation Prothrombin Time Test by Khanin, Mikhail A, Rakov, Dmitrii V, Kogan, Alexander E

“…A mathematical model for the prothrombin time test is proposed. The time course of clotting factor activation during coagulation was calculated, and the…”
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Effect of factor VIII deficiency on generation of thrombin: a biomechanical approach by Obraztsov, I F, Kuz'min, V M, Khanin, M A, Kogan, A E, Anan'eva, N M, Saenko, E L

“…(ProQuest: Abstract omitted; see image)[PUBLICATION ABSTRACT]…”
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Functional state of the circulatory and external respiratory systems under hyperbaric oxygenation by Obraztsov, I F, Mariyashin, A Y, Bukharov, I B, Khanin, M A

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Automatic control systems for the artificial heart and ventricular assist device by Guskov, I A, Zatiuriukin, A B, Kuznetsov, E P, Khanin, M A, Antropov, V I, Bukharov, I B

“…Automatic control systems for the artificial heart (AH) and ventricular assist device were developed using selected criteria of effectiveness, a mathematical…”
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Energy-based approach to the effect of vascular-wall muscles on the structure of the blood-circulation system: A biomechanical concept by Obraztsov, I. F., Bukharov, I. B., Khanin, M. A.

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Optimality of enzymatic physiological systems by Tiurin, K V, Khanin, M A

“…An optimality criterion is proposed for physiological systems based on limited proteolysis. The proposed criterion is applied to the prourokinase-activated…”
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A mechanism for restriction of the activation-zone propagation for a hemostasis system (A mathematical model) by Obraztsov, I. F., Barynin, Yu. A., Khanin, M. A.

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Mathematical models in hemostasis physiology by Barynin, Iu A, Starkov, I A, Khanin, M A

“…A mathematical model of spatial propagation of blood coagulation is proposed. The control mechanism of advancement of the activation zone is established. The…”
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