Burykin,
A., Peck, T., Krejci, V., Vannucci, A., Kangrga, I., Buchman T. G.,
Towards Optimal Display of Physiologic Status in Critical Care: I.
Recreating Bedside Displays from Archived Physiologic Data (Submitted
to J. of Critical Care).
Burykin,
A., Peck, T., Hoertel J.R., Buchman T. G., Using "Off-the-Shelf" Tools
for Terabyte-Scale Vital Sign Recording in Intensive Care: Design of
the Computer System, Description of the Selected Datasets and
Lessons Learned During the Databasing. (Submitted to Computer Methods and Programs in Biomedicine).
Lu*, Y.,
Burykin*,
A., Deem, M.W., Buchman T. G. Predicting Clinical Physiology: A Markov
Chain Model of Heart Rate Recovery After Spontaneous Breathing Trials
in Mechanically Ventilated Patients. J. of Critical Care 24(3):347-361 (2009). [*
equal authorship] (PDF). See also: Invited Commentary, Raphael, D.T., J. of Critical Care 24(3):362-363 (2009) (PDF).
Polpitiya, A.
D.,
McDunn, J. E., Burykin, A., Ghosh,
B. K., Cobb, J. P. Using Systems Biology
to Simplify Complex Disease: Immune Cartography. Critical Care Medicine. 37(1
Suppl): S16-21 (2009). (PDF)
Burykin,
A,
Buchman T. G. Cardiorespiratory Dynamics
during Transitions between Mechanical and Spontaneous Ventilation in
Intensive
Care.Complexity,
13(6): 40-59 (2008) (COVER IMAGE)
(PDF).
McDunn,
J. E.,
Husain, K. D., Polpitiya, A. D., Burykin,
A., Rua, J., Li, Q., Schierding,
W., Lin, N., Dixon, D., Zhang, W.,
Coopersmith, C. M., Dunne, W. M., Colonna, M., Ghosh, B., Cobb, J. P.
Plasticity
of the Systemic Inflammatory
Response
to Acute Infection During Critical Illness: Development of the
Riboleukogram.PLoS ONE
3(2): e1564.
doi:10.1371/journal.pone.0001564 (2008) (PDF).
Burykin,
A, Warshel, A, Membranes
Assembled from Narrow Carbon Nanotubes Block Proton Transport and Can
Form
Effective Nano Filtration Devices. J. of
Computational and Theoretical Nanoscience 3.
237-242 (2006) (COVER IMAGE) (PDF).
Braun-Sand,
S, Burykin,
A., Chu, Z. T., Warshel, A, Realistic
Simulation of Proton transport
along the
Gramicidin channel: demonstrating the importance of solvation effects.
J. of Physical Chemistry B 109:586-592 (2005) (PDF).
Burykin,
A, Warshel, A, On
the Origin of the Electrostatic Barrier for Proton Transport in
Aquaporin. FEBS Letters,
570(1-3):41-46 (2004) (COVER IMAGE) (PDF).
Burykin,
A,
Warshel, A, What really
prevents proton transport through aquaporin?
Charge self-energy vs. proton wire proposals.Biophysical J. 85:3696-3706 (2003) (PDF).
Burykin,
A, M. Kato, A. Warshel, Exploring the Origin of the Ion
Selectivity of the KcsA
Potassium
Channel. Proteins: Structure,
Function, and Genetics
52:412-426
(2003) (PDF).
Burykin,
A, Schutz C.
N., Villa J., Warshel A., Simulations
of Ion Current in Realistic
Models of Ion Channels: The KcsA Potassium Channel.Proteins:
Structure, Function, and Genetics 47:262-280 (2002) (COVER IMAGE) (PDF).
II. Manuscripts in Preparation:
Burykin,
A., Costa, M.D., Peng, C-K., Goldberger, A.L. Buchman T. G.,
Construction of Asymmetric Time Series.
[…],
Cardiac Arrest and Resuscitation During Orthotopic Liver
Transplantation: Real Time Hemodynamic and Ventilator Recordings.
III. Other Publications & Technical
Reports:
Burykin, A., Understanding Time Series Modularity, Report for DARPA FunBio Project,
2009.
Burykin,
A, Adamcsek,
B., Agent-Based Modeling of
Networks of Logistic
Maps with Long-Range Coupling.
Proceedings
of the 2005 Complex Systems Summer School. Santa Fe Institute,
7pp.
(PDF)
(SFI version: PDF)
Burykin,
A, Computer
Simulation Studies of Charge
Transfer through Biological and Artificial Membrane Channels (Ph.D. Thesis, 300 pp.) (2005). (PDF)
Burykin,
A, Ernst, G., Seely, A. J. E. altered variability in multiple organ failure: Model of Coupled
Stochastic
Oscillators. Project Report for 2004
Summer School "Mathematical
and
Computer Models in Medicine: Disease and Treatment", Santa Fe
Institute,
10pp.
Burykin,
A, Development
of methods for computer simulation of human
Body systems (for the case of the cardiovascular system)
(M.S. Thesis, 87pp. in
russian) (2000) (PDF)
Kholodov,
A, Burykin, A, Evdokimov, A., et al., Future Development
of the Computer
Model of Human Organism. MIPT
Working Paper(Project
GARKUSHA) (in russian) (2000).
Kholodov, A, Burykin, A, Evdokimov, A,
Lobanov, A.,
Safarov, A., et al., Computer
Model of Human Organism for Prediction of
Effects of External Ecological (Physical, Chemical and Biological)
Factors. MIPT Technical Report (Project GARBIA-3)
(in russian). Part 1, 190 pp. (1998), Part 2, 553 pp. (1999).
Burykin, A., Design of the Federal Medical Network "Russian Telemedicine". Diploma Thesis, 21 pp. (in Russian) (1999).
Burykin, A., Bykov, V.P.,
Formation of Coherent Radiation Inside of an Infinitely Long Thin Layer
of Dielectric and Its Removal through the Lateral Surface of the Layer
by Means of Defocusing. MIPT Working Paper, (in russian)
(1999) (PDF)
Burykin, A., Theoretical Investigations
of Conversion of Non-Coherent Radiation to Coherent Radiation Inside of
a Thin Layer of Dye and Its Removal through the Lateral Surface of the
Layer by Means of Defocusing (B.S. Thesis, 24pp. in russian) (1998) (PDF)
IV. Published Abstracts:
Burykin A, Lu, Y., Deem, M.W., Buchman T. G.,
Fluctuation-Dissipation Theorem Provides a Simple
Analytical Relationship between Post-Stress Heart Rate Recovery and
Heart Rate Variability During the Stress. J. of Critical Care 24(3) e31. Sept. 2009. (PDF)
Burykin
A, Buchman T.
G. Cardiorespiratory dynamics
in critical care. J. of Critical Care 21 (4): A350-A351.
Dec
2006.
McDunn
J.E., Burykin A,
Schierding W, Cobb J.P., Ghosh B., Stormo G.D., Polpitiya A.D.
Plasticity of the human
innate immune response to acute infection during critical illness:
Development of
the riboleukogram. Critical Care
Medicine 34 (12): A47-A47 183 Sp. Iss. SI Suppl. S Dec 2006.
Burykin,
A, Warshel, A, What really prevents proton transport through aquaporin? Charge self-energy
vs. proton wire proposals.Abstracts of Papers of the
American Chemical Society 227: U319-U319
397-PHYS
Part 2, Mar 28 2004.
Burykin, A, Warshel, A, What really prevents proton transport through aquaporin? Charge self-energy
vs. proton wire proposals.Biophysical J. 86 (1): 612A-612A
Part 2 Suppl. S, Jan 2004.
Burykin,
A, M. Kato, A. Warshel, Simulating ion
current
and selectivity in realistic models of the KcsA potassium channel.
Abstracts of Papers of the
American
Chemical Society 225: U462-U462 193-PHYS Part 2, Mar 2003.
Burykin, A, Schutz C.
N., Villa J., Warshel A., On-the-fly simulations of ion current
in realistic models of ion channels: The
KcsA potassium channel. Biophysical J. 82 (1):
207A-208A
1011 Part 2, Jan 2002.