“Trace Metal Homeostasis in Bacteria” Biswas, K. C.; Barton, L. L.; An invited talk at the Bio- metals Symposium at the University of Santiago, Spain, July 14-17, 2008. ( Presented by Larry L. Barton) http://www.usc.es/congressos/biomet08
Volatile ketone formation in bacteria: Release of 3-oxopentanoate by soil pseudomonads during growth on heptanoate. Matiasek, M. G.; Biswas- Choudhury, K.; Nemecek,M.; Fall, Current Microbiology, 2001, 42, 276- 281
“Measuring the Rate of Elemental Selenium Formation by Environmental Bacteria “ Biswas, K. C.; Gillespie, J.; Shuman, K. E.; Barton, L. L.; 2008. American society for microbiology 108th General meeting, Boston, MA June 2-5.
“Biodegradation of Steroidal Pharamaceuticals by Environmental Bacterial isolates “Shuman, K. E.; Biswas, K. C.; D’Souza, M.; 2009. 237th American Chemical Society Meeting. Salt Lake City UT. March22-25.
TEM investigation of U6+ and Re7+ reduction by Desulfovibrio desulfuricans, a sulfate reducing bacterium. Xu, H.; Barton, L. L.; Biswas-Choudhury,K.; Wang P- Z. Y. Department of Energy. Scientific and Technical Information. 2000
Bacterial reduction of soluble uranium: The first step of in situ immobilization of uranium. Barton, L. L.; Biswas-Choudhury, K.; Thompson, B. M.; Steenhoudt, K.; Groffman, A. R. Radioactive waste management and environmental restoration. 1998, 20, 141-151.
Removal of uranyl ion by anaerobic bacteria. Barton, L. L.; Biswas-Choudhury, K.; Thompson, B. M.; Steenhoudt, K.; Thombre, M. International journal of environmental conscious design and manufacturing. 1995, 4, 3-4.
