A Potential Tradeoff Between Feeding Rate and Aversive Learning Determines Intoxication in a Caenorhabditis elegans Host-Pathogen System, Pallavi Velagapudi, Rachel Ghoubrial, Ratnavi Shah, Helana Ghali, Meghan Haas, Krunal S. Patel, Ashleigh Riddell, Christopher Blanar, Robert Smith
Christopher Blanar

A Potential Tradeoff Between Feeding Rate and Aversive Learning Determines Intoxication in a Caenorhabditis elegans Host-Pathogen System, Pallavi Velagapudi, Rachel Ghoubrial, Ratnavi Shah, Helana Ghali, Meghan Haas, Krunal S. Patel, Ashleigh Riddell, Christopher Blanar, Robert Smith
Robert Smith

A Potential Tradeoff Between Feeding Rate and Aversive Learning Determines Intoxication in a Caenorhabditis elegans Host-Pathogen System, Pallavi Velagapudi, Rachel Ghoubrial, Ratnavi Shah, Helana Ghali, Meghan Haas, Krunal S. Patel, Ashleigh Riddell, Christopher Blanar, Robert Smith
Biology Faculty Articles

The Public and Private Benefit of an Impure Public Good Determines the Sensitivity of Bacteria to Population Collapse in a Snowdrift Game, Robert Smith, Aimee Doiron, Rodrigo Muzquiz, Marla Fortoul, Meghan Haas, Tom Abraham, Rebecca Quinn, Ivana Barraza, Khadija Chowdhury, Louis R. Nemzer
Robert Smith

The Public and Private Benefit of an Impure Public Good Determines the Sensitivity of Bacteria to Population Collapse in a Snowdrift Game, Robert Smith, Aimee Doiron, Rodrigo Muzquiz, Marla Fortoul, Meghan Haas, Tom Abraham, Rebecca Quinn, Ivana Barraza, Khadija Chowdhury, Louis R. Nemzer
Louis R Nemzer

The Public and Private Benefit of an Impure Public Good Determines the Sensitivity of Bacteria to Population Collapse in a Snowdrift Game, Robert Smith, Aimee Doiron, Rodrigo Muzquiz, Marla Fortoul, Meghan Haas, Tom Abraham, Rebecca Quinn, Ivana Barraza, Khadija Chowdhury, Louis R. Nemzer
Biology Faculty Articles