Wisconsin Discovery Portal

Researcher's Profile

Last Name

Cezar 

First Name

Gabriela 

Middle Initial

Areas of Research Expertise

* Develops toxicology models with embryonic stem cells to determine teratogenic and somatic toxicity of drugs during early development and adulthood
* Studies epigenetics during human embryonic stemm cell (hESC) differentiation and how it affects tumor formation
*Applies laser capture microscopy to stem cells, and has shown that photonics application enables the isolation and enrichment of ES-cell derived cell types

Web site

Gabriela Cezar's Laboratory Website 

Curriculum Vitae (CV)

 

Current/Active Funding

 

Issued Patent(s)

 

USPTO Published Applications

  • 20080187952 - Biomarkers of ionizing radiation response, August 7, 2008.
  • 20070248947 - Reagents and Methods for Using Embryonic Stem Cells to Evaluate Toxicity of Pharmaceutical Compounds and other Chemicals, Oct 25, 2007.

Recent Publication(s)

  • "Identification of small molecules from human embryonic stem cells using metabolomics"

Cezar GG, Quam JA, Smith AM, et al., Stem Cells and Development 16 (6): 869-882 Dec 2007. We hypothesized that small molecules could be measured from undifferentiated hES cells and hES cell-derived neural precursors (hNPs) using metabolomics and that these compounds are altered in response to known disruptors of human development.

  • "Can human embryonic stem cells contribute to the discovery of safer and more effective drugs?"

Cezar GG, Current Opinion in Chemical Biology 11 (4): 405-409 Aug 2007. The pluripotency of embryonic stem cells, that is, the capacity to generate multiple cell types, is a novel path for the discovery of 'regenerative drugs', the pursuit of small molecules that promote tissue repair (neurogenesis, cardiogenesis) or proliferation of resident stem cells in different organs, thus creating drugs that work by a novel mechanism.

  • "Embryonic stem cells in predictive cardiotoxicity: Laser capture microscopy enables assay development"
Chaudhary KW, Barrezueta NX, Bauchmann MB, et al., Toxicological Sciences 90 (1): 149-158 Mar 2006. Authors conclude that laser microdissection and pressure catapulting is a robust technology to isolate homogeneous ES-derived cell types from heterogeneous populations applicable to assay development.

Recent Artistic Works

 

Collaboration

 

Research Tools

 

Research Facilities

 

E-mail Address

gcezar@ansci.wisc.edu 

Phone Number

(608) 263-4307 

Current University

UW - Madison 

Department

Animal Sciences 

Title

Assistant Professor 

Other Appointments

 

Address Line 1

752 Animal Science Building 

Address Line 2

1675 Observatory Drive 

City

Madison 

State

WI 

Zip Code

53706 

Bachelor's Degree

 

Master's Degree

MS, Universidade de Brasilia, Mouse Genomics, 1996
MSc, University of Edinburgh, Scotland, Transgenesis, 1998

PhD

PhD, University of Wisconsin-Madison, Endocrinology-Reproductive Physiology, 2002

Other Degrees

DVM, Universidade Federal de Mato Grosso do Sul, Brazil, 1993

Technologies Available for Licensing

Attachments
Created at 6/12/2007 2:07 PM  by Mindy Dawson 
Last modified at 4/21/2010 1:59 PM  by EXTWEB\alarson