Complex Co-Substrate Addition Increases Initial Petroleum Degradation Rates During Land Treatment by Altering Bacterial Community Physiology, Christopher W, Kaplan, Brian G. Clement, Alice Hamrick, Robert W. Pease, Carl Flint, Raul J. Cano, Christopher L. Kits
Christopher L. Kitts

Complex Co-Substrate Addition Increases Initial Petroleum Degradation Rates During Land Treatment by Altering Bacterial Community Physiology, Christopher W, Kaplan, Brian G. Clement, Alice Hamrick, Robert W. Pease, Carl Flint, Raul J. Cano, Christopher L. Kits
Raul J. Cano

Analysis of Treatment Effects on the Microbial Ecology of the Human Intestine, Anna L. Engelbrektson, Joshua R. Korzenik, Mary Ellen Sanders, Brian G. Clement, Gregory Leyer, Todd R. Klaenhammer, Christopher L. Kitts
Christopher L. Kitts

Terminal Restriction Fragment Patterns (TRFPs), a rapid, PCR-based method for the comparison of complex bacterial communities, Brian G. Clement, Lucia E. Kehl, Kristin L. DeBord, Christopher L. Kitts
Christopher L. Kitts

Isolating PCR-Quality DNA from Human Feces with a Soil DNA Kit, Brian G. Clement, Christopher L. Kitts
Christopher L. Kitts

Analysis of Treatment Effects on the Microbial Ecology of the Human Intestine, Anna L. Engelbrektson, Joshua R. Korzenik, Mary Ellen Sanders, Brian G. Clement, Gregory Leyer, Todd R. Klaenhammer, Christopher L. Kitts
Biological Sciences

Complex Co-Substrate Addition Increases Initial Petroleum Degradation Rates During Land Treatment by Altering Bacterial Community Physiology, Christopher W, Kaplan, Brian G. Clement, Alice Hamrick, Robert W. Pease, Carl Flint, Raul J. Cano, Christopher L. Kits
Biological Sciences

Isolating PCR-Quality DNA from Human Feces with a Soil DNA Kit, Brian G. Clement, Christopher L. Kitts
Biological Sciences

Terminal Restriction Fragment Patterns (TRFPs), a rapid, PCR-based method for the comparison of complex bacterial communities, Brian G. Clement, Lucia E. Kehl, Kristin L. DeBord, Christopher L. Kitts
Biological Sciences