V. Kislukhin

Laser-Doppler flow (LDF) and Heart rate intervals (R-R) as stochastic processes

V. Kislukhin, E. V. Kislukhina, 2018, Proceedings of the International Conference "Mathematical Biology and Bioinformatics".

Hemodynamic recovery after hypovolemic shock with lactated Ringer's and keratin resuscitation fluid (KRF), a novel colloid

M. V. Van Dyke, L. Burnett, V. Kislukhin, 2013, Artificial cells, nanomedicine, and biotechnology.

Theory and in vitro validation of a new extracorporeal arteriovenous loop approach for hemodynamic assessment in pediatric and neonatal intensive care unit patients*

V. Kislukhin, N. Krivitski, N. Thuramalla, 2008, Pediatric critical care medicine : a journal of the Society of Critical Care Medicine and the World Federation of Pediatric Intensive and Critical Care Societies.

Inadequate group size compromises conclusions of hemodialysis graft surveillance study.

V. Kislukhin, N. Krivitski, S. Gantela, 2004, Kidney international.

Math Model of the Passage of a Diffusible Indicator Throughout Microcirculation Based on a Stochastic Description of Diffusion and Flow

V. Kislukhin, E. V. Kislukhina, V. V. Kislukhin, 2018 .

Shape of a dilution curve as the consequence of stochasticity within microcirculation

Victor Kislukhin, V. Kislukhin, 2014, IWBBIO.

The passage of a diffusible indicator through a microvascular system

V. Kislukhin, 2013, Theoretical Biology and Medical Modelling.

Use of a catheter-based system to measure blood flow in hemodialysis grafts during angioplasty procedures.

Robin D Gleed, T. Vesely, V. Kislukhin, 2002, Journal of vascular and interventional radiology : JVIR.

Use of an extracorporeal arteriovenous tubing loop to measure cardiac output in intensive care unit patients by ultrasound velocity dilution.

V. Kislukhin, N. Krivitski, A. Eremenko, 1998, ASAIO journal.

Regulation of oxygen consumption by vasomotion.

V. Kislukhin, Victor V Kislukhin, 2004, Mathematical biosciences.