Creating a Learning Model Where Students Practice the Scientific Process Through Protein Modeling, Emily F. Schmitt Lavin, Lyla Abbas, Aisha Abdool, Jordan Nichole Carreras, Jose Diaz, Seethal Doki, Rachel Harris, Heidi Hellenbrand, Pujita Julakanti, Brianna M. Lacasse, Sanjana Likki, Ryan Luib, Rathika Manikanda, Carol Manikkuttiyil, Saimi Reyes, Isadora Abreu, Vibha Sankavaram, Tassnime Sebaei, Chino Villanueva, Arthur Sikora
Biology Faculty Articles

CREST Project: Protein Modeling Internship, Emily Schmitt Lavin, Lyla Abbas, Arthur Sikora, Pujita Julakanti, Feza Abbas, Sanjana Likki, Matthew Hunt, Carol Manikkuttiyil, Christo Manikkuttiyil, Carolina Alzamora
Trick to the Treat of Internships and Research

Minor Changes with Large Implications: Modeling Amino Acid Mutations in SARS-CoV Monoclonal Antibodies (80R and 362) Towards the Design of More Universal Antibodies, Carol Manikkuttiyil, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Sanjana Likki, Christo Manikkuttiyil, Emily Schmitt Lavin, Arthur Sikora
Emily F Schmitt Lavin

Using the protein databank to visualize the effect of minor amino acid differences on the function of SARS-CoV monoclonal antibodies, Sanjana Likki, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Christo Mannikkuttiyi, Emily Schmitt Lavin, Arthur Sikora
Emily F Schmitt Lavin

Minor Changes with Large Implications: Modeling Amino Acid Mutations in SARS-CoV Monoclonal Antibodies (80R and 362) Towards the Design of More Universal Antibodies, Carol Manikkuttiyil, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Sanjana Likki, Christo Manikkuttiyil, Emily Schmitt Lavin, Arthur Sikora
Emily F Schmitt Lavin

Minor Changes with Large Implications: Modeling Amino Acid Mutations in SARS-CoV Monoclonal Antibodies (80R and 362) Towards the Design of More Universal Antibodies, Carol Manikkuttiyil, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Sanjana Likki, Christo Manikkuttiyil, Emily Schmitt Lavin, Arthur Sikora
Arthur Sikora

Using the protein databank to visualize the effect of minor amino acid differences on the function of SARS-CoV monoclonal antibodies, Sanjana Likki, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Christo Mannikkuttiyi, Emily Schmitt Lavin, Arthur Sikora
Arthur Sikora

Minor Changes with Large Implications: Modeling Amino Acid Mutations in SARS-CoV Monoclonal Antibodies (80R and 362) Towards the Design of More Universal Antibodies, Carol Manikkuttiyil, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Sanjana Likki, Christo Manikkuttiyil, Emily Schmitt Lavin, Arthur Sikora
Arthur Sikora

Minor Changes with Large Implications: Modeling Amino Acid Mutations in SARS-CoV Monoclonal Antibodies (80R and 362) Towards the Design of More Universal Antibodies, Carol Manikkuttiyil, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Sanjana Likki, Christo Manikkuttiyil, Emily Schmitt Lavin, Arthur Sikora
Biology Faculty Articles

Using the protein databank to visualize the effect of minor amino acid differences on the function of SARS-CoV monoclonal antibodies, Sanjana Likki, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Christo Mannikkuttiyi, Emily Schmitt Lavin, Arthur Sikora
Biology Faculty Proceedings, Presentations, Speeches, Lectures

Minor Changes with Large Implications: Modeling Amino Acid Mutations in SARS-CoV Monoclonal Antibodies (80R and 362) Towards the Design of More Universal Antibodies, Carol Manikkuttiyil, Feza Abbas, Lyla Abbas, Carolina Alzamora, Matthew Hunt, Pujita Julakanti, Sanjana Likki, Christo Manikkuttiyil, Emily Schmitt Lavin, Arthur Sikora
Biology Faculty Proceedings, Presentations, Speeches, Lectures