M.S. Applied Mathematics,
December, 2000. University of California. Davis, California. Thesis: A
mathematical model of bacterial aerotaxis. Advisor: Dr. Alexander
Mogilner.
"The effect of residual Ca2+ on the stochastic gating on Ca2+-regulated Ca2+
channel models" (.pdf),
B.Mazzag, C.Tignanelli and G.D.Smith, Journal
of Theoretical
Biology, 235:121-150, 2005.
"Mathematical analysis of the swarming behavior of myxobacteria",
A.Gallegos,
B.Mazzag,A.Mogilner, accepted for publication at the Bulletin of Math Biology. (.pdf)
"Model of Bacterial Band Formation in Aerotaxis"(.pdf) ,
B.Mazzag, I.Zhulin, A.Mogilner,
Biophys.J.,2003, 85(6):
3558-3574.
"Model for Shear Stress Sensing and Transmission in Vascular
Endothelial Cells" (.pdf),
B.Mazzag,
J.S.Tamaresis, A.I.Barakat, Biophys.J.,
2003, 84 (6):4087-4101.
Research Assistant, UC Davis,
Department of Mathematics, Dr. Alexander Mogilner ; October
1997 - June 2002. Created a model for pattern formation observed in
experiments with
bacteria. Numerical model in Matlab of a system of hyperbolic equations
coupled to a
reaction-diffusion equation. Quasi-steady state and steady state
analysis.
Graduate Researcher UC Davis,
Research Training Grant Second Year Project; October 1999 -
June 2001. Studied pattern formation on different scales by analyzing
existing models and
adapting them to describe our systems.
Associate Instructor, UC Davis,
Department of Mathematics. Calculus (MAT 21A); Spring,
1998.
Teaching Assistant, UC Davis, Department of Mathematics. 1996 - June
2001. Calculus (MAT
21A, MAT 21B, MAT 21 C); Applied Calculus (MAT16A, MAT 16B), Linear
Algebra (MAT 22A),
Linear Programming (MAT 168).
Tutor, UC Santa Cruz,
Department of Mathematics, 1994-95.
Presentations
"The feedback of a localized calcium domain on calcium-gated channels" (.pdf), Mathematical Biology
Seminar, Mathematics Department, University of Utah, Oct 29,
2004.
"A Mathematical Model of Bacterial Aerotaxis", Graduate Student Seminar,
Mathematics
Department, University of Utah, Sep 14, 2004.
"Using Math in Cell Biology: How do Calcium Channels Work?" (.pdf),
invited talkMathematics Department Sonoma State
University, California, April 21, 2004; Mathematics Colloquium,
Humboldt State University, March 25, 2004.
"A Mathematical Model of Cell Deformation", Mathematics Colloquium, Humboldt
State
University, Arcata, California, Nov. 14, 2002.
"A Mathematical Model of Bacterial Aerotaxis" (.pdf), Applied Science Seminar, Department
of
Applied Science, College of William and Mary, Oct. 17, 2002.
"Chemotaxis - A theoretical view on gradient sensing in animal cells", Mathematics
Colloquium, Humboldt State University, Arcata, California, April
18, 2002.
"Modeling Bacterial Band formation in Aerotaxis", Annual Meeting of the Society for
Mathematical Biology,Vrije
Universiteit Amsterdam, The
Netherlands. June 19 - July 3, 1999
"Pattern Formation in Chemotactic Animal Cells", Spring Symposium.
Sponsored by the Research
Training Grant in Nonlinear Dynamics in Biology, Davis, California,
April 7-9, 2000.
Awards
Summer Research Fellowship: UC
Davis; 2001.
Alice Leung Scholarship: UC
Davis; 2001.
Consortium
for Women and Research Travel Award: UC Davis; 1999.
Soros Foundation Travel Award:
Budapest, Hungary, 1996.
Graduated with Honors, Crown
College, University of California,Santa Cruz, 1995.
Thesis Honors, Mathematics Department,
University of California,Santa Cruz, 1995.
Academic
Service
Secretary, AWM Local Chapter,
keep minutes of all
chapter and executive council meetings,
maintain records of the chapter, annual submission of the Officer and
Sponsor contact
information to AWM
headquarters, handling correspondence pertaining to chapter business,
University of Utah, October 2004 - present.
Graduate Representative to the
Graduate Program Committee; acted as a liaison between the
faculty and graduate students.
October 1999 - June 2000
GGAM Seminar Organizer;
recruited speakers to the weekly seminar for the Graduate Group in
Applied Mathematics; arranged seminars. October - December 1999.
Participation in Project NExT, 2005-2006
(sterling dots). Project NExT is a program helping young
mathematicians with all aspects of starting a tenure-track job and
providing a network of support .