Problem Solver

Sonia C

Sonia C

Areas Sonia C is Knowledgeable in:

Cardiac metabolic remodeling in heart failure and diabetes, Mitochondrial physiology, computational metabolic modeling, cardiac metabolism, redox metabolism (free radicals such as reactive oxygen species), enzyme kinetics.

Techniques Sonia C Uses:

Mathematical modeling
Quantitative metabolic analysis
Experimental physiology
Analysis of high throughput technologies, such as metabolomics
Microbial physiology analysis
Computational optimization of metabolic fluxes

Sonia C's Problem Solving Skills:

  1. cardiac physiology
  2. biophysics
  3. mitochondrial physiology
  4. metabolism
  5. metabolic assays

Sonia C's Problem Solving Experience:

  1.  I developed and used quantitative methods to study physiological and metabolic processes related to heart functions and diabetic cardiomyopathy from the molecular to organ level.
  2.  I created and optimized methods to assess oxygen consumption in working muscles from rodents hearts.
  3.  I optimized cellular and mitochondrial assays to assess respiration and enzyme activities with high-throughput equipment, multiwell plate reader and extracellular flux analyzer.
  4.  I developed strategies and methods to determine the key controlling steps in cellular, in particular microbial, metabolism aimed at maximizing fluxes towards specific products.
  5.  I have conceived and carried out quantitative analysis of data through techniques combining experimental with computational modeling approaches to understand cellular physiology and metabolism.
  6.  I prepared research for publication in prestigious peer-reviewed journals and presentations at international conferences, symposia, and lectures.
  7.  I have lectured undergraduate and graduate courses about my fields of expertise and mentored graduate students, post-doctoral fellows, and undergraduates.
  8.  I wrote grant applications to obtain support from top funding agencies; manage project budgets and required annual report development to meet grant requirements.