Giuseppe Caso, MD, PhD — Academic Profile

  • Research Assistant Professor of Surgery

Board Certifications

  • Endocrinology and Metabolism (Italy)

Education

MD
  • University of Naples, Italy (1990); thesis, "Bioelectrical Impedance and the Measurement of Body Composition"
MSc
  • University of Aberdeen, UK (1991); field, Human Nutrition and Metabolism; research project, "Metabolic Response of Blood Lymphocytes to Nutrients: Effects of Glutamine Supplementation"
Specialization Diploma in Endocrinology and Metabolic Diseases
  • University of Naples, Italy (1995); thesis, "Effect of Protein Quality in the Diet on Liver Albumin Synthesis"
PhD
  • University of Aberdeen, UK (1997); dissertation, "Metabolic Effects of Arginine on Malignant and Non-Malignant Tissues"

Research Interests

  • Basic and translational research
  • Human studies
  • Clinical trials
  • Nutrition
  • Efficacy of dietary supplements
  • Metabolism in trauma states, inflammation, acidosis
  • Response of protein metabolism to nutrients, surgical trauma
  • Effect of diet composition on plasma protein synthesis
  • Adipogenesis in aging, HIV disease
  • Therapeutic use of mesenchymal stem cell in cancer
Giuseppe Caso, MD, PhD | Stony Brook Research Scientist

Contact Information

Department of Surgery
Health Sciences Center T19-040
Stony Brook Medicine
Stony Brook, NY 11794-8191
Tel: 631-444-1790
Fax: 631-444-8947

  • Personal Statement
  • Grants
  • Publications
  • Additional

Both in my pre- and post-doctoral career I gained a broad expertise in conducting and implementing basic and clinical research. I received my PhD in human nutrition and metabolism for the study of the effect of the amino acid arginine on malignant and non-malignant tissues. I was involved in the development of techniques for measuring in vivo protein metabolism in specific tissues and cells (e.g., muscle, liver, immune system cells, tumors) using amino acids labeled with stable isotopes. My early research interests included the study of the response of protein metabolism to nutrients, trauma, and cancer.

My more recent research has focused on the study of the relationship between inflammation, defects in replication and differentiation of adipose tissue precursor stromal cells, and impaired adipogenesis observed in aging and HIV-disease. Currently, I am investigating the potential beneficial effects of Coenzyme Q10 in ameliorating myopathic symptoms associated with statin therapy and its mechanisms of actions. I am also involved in a research project investigating the potential use of mesenchymal stem cells in cancer treatment. The work will assess the ability of mesenchymal stem cells to function as a delivery system to silence cancer-specific genes leading to inhibition of tumor growth and enhanced tumor cell death. This novel cellular therapeutic modality could potentially be applicable to treat a variety of cancers.