Search

Alexander S. Banks Beth Israel Deaconess Medical Center Division Of Endocrinology, Diabetes, and Metabolism Center for Life Sciences, 7th floor 330 Brookline Ave Boston, MA 02115 Email: asbanks [at] bidmc.harvard.edu

Indirect calorimetry data for one mouse implanted with a glucose and body temperature telemetry probe in the Promethion indirect calorimeter (Rubio et al Mol Metabolism 2023)

Alexander S. Banks, Ph.D. Assistant Professor asbanks [at] bidmc.harvard.edu About Dr. Banks Investigations in the Banks lab focus on understanding the mechanisms linking obesity with insulin resistance. The goal of this work is to provide new insights that may lead to novel therapeutic...

Scroll to the dropdown above to find out about our lab members.

Go to CalR, a web application for indirect calorimetry analysis. The CalR project: There is a critical lack of standardization for indirect calorimetry experiments to measure body composition ( Corrigan et al eLife 2020, Banks et al Nature Metabolism 2025). Currently, the same dataset can produce...

Male C57Bl/6J mice housed at thermoneutrality were administered the β-adrenergic agonist CL 316,243, and changes in oxygen consumption were continuously measured. ​

The following are examples of experiments that our core team has performed: 1. Thermogenesis: cold temperature challenge 2. Thermogenesis: beta-adrenergic agonist activation of mice housed at thermoneutral temperatures 3. Pharmacologic induction of metabolic rate (T3) 4. Diet-induced obesity 5...

Beth Israel Deaconess Medical Center and Harvard Medical School The home of CalR This is the website for the Energy Balance Core at BIDMC and Harvard Medical School, a facility designed for the measurement of energy intake, nutritional status, and energy expenditure in experimental mice. This...

In vivo stable isotope tracing with U-¹³C₆ D-mannitol and U-¹³C₆ D-glucose was conducted to enable ¹³CO₂ monitoring in the Promethion indirect calorimeter, with data plotted using CalR for conventional (blue) and commensal-depleted (red) mice (Vieira et al., in press).