Room A
| Poster # | Presenter(s) | Institution | Title |
|---|---|---|---|
| 25 | Menaka Naidu Ellie Masto Jessica Roa Nikolas Montaquila |
Brown University | The Impact of Decaying Organic Matter on the Evolution of Novel Antibiotics in Soil |
| 26 | Chris Recinos Taylor Hopkins |
Hamline University | Isolation and Characterization of Antibiotic Producing Bacteria from the Shoreline of Lake Como |
| 27 | Bassam Shawamreh | Warren Wilson College | Cloning a type III polyketide synthase gene in Mycobacterium aurum. |
| 28 | Aley Rosas-Mondragon | Hamline University | Screening for Antibiotic-Producing Bacteria in Soils with Various Levels of Plant Diversity |
| 29 | Alex Rodriguez Sophia Goulub Amy Zhao Brynne Miller |
Brown University | Geographic effects on microbial biodiversity and antibiotic production |
| 30 | Hailey Mackenthun | University of Wisconsin-Whitwater | Antibiotics Isolated from Soil Located in Areas Around Whitewater, Wisconsin |
| 31 | Luis Saucedo Lindsey Duran |
Phoenix College | Isolation of Novel Antibiotic-Producing Bacteria from a Botanical Garden in the Desert Southwest |
| 32 | Tirth Patel | Eastern Michigan University | Stimulating Antibiotic Production of Bacterial Isolates |
Room B
| Poster # | Presenter(s) | Institution | Title |
|---|---|---|---|
| 33 | Sherrice Law Hannah Zhang Stacey Nguyen Joshua Hu |
California Northstate University | Detecting and Characterizing Novel Antibiotic Producing Bacteria Isolated from Residential and Recreational Sites |
| 34 | Claire Schumann | Campbell University | Testing Antibiotic Production Using Soil Isolates |
| 35 | Tsering Tashi | Wartburg College | A Bacillus species is able to produce antimicrobials that can inhibit the growth of ESKAPE pathogen relatives. |
| 36 | Frankie Brzezowski | Campbell University | Antibiotic Discovery in Soil: A Student Sourced Approach |
| 37 | Jonah Thomas | Wartburg College | The genus Pseudomonas produces antibiotics that inhibit the growth of Staphylococcus epidermidis, Escherichia coli, and Enterococcus casseliflavus |
| 38 | David Eban | Campbell University | There’s more than just Roses growing here : The Search for Microbe Antibiotics |
| 39 | Jaclyn Moreno | University of the Incarnate Word | Isolation and Characterization of an Antibiotic-Producing Pedobacter humicola sp. from Soil in South Texas |
| 40 | Erica Dubé | University of New Hampshire | Where Did My Inhibition Go? Possible Causes of and Solutions for Cessation of Antibiotic Production |
Room C
| Poster # | Presenter(s) | Institution | Title |
|---|---|---|---|
| 41 | Brooke Vandenberg Christine Kortendick Jacob Kunkel |
University of Wisconsin–Madison | Effects of Commercial and Natural Aloe Vera on Antibiotic Production in Soil Bacteria |
| 42 | Sarah Ballarin Marianna Tringale |
Nova Southeastern University | Tiny Earth Project: Finding Antibiotic Producing Bacteria In Vibrationally Stressed Soil |
| 43 | Mansha Ghai Maria Sieb Eliza Spors Bailey Karlen |
University of Wisconsin–Madison | The Effects of NaCl Concentration on Antimicrobial Production in Soil Bacteria |
| 44 | Adhm Farid Michael Toro |
Nova Southeastern University | Antibiotic-Producing Bacteria in Freshwater vs Saltwater Soil |
| 45 | Emily Matiak Bella Georgiev Olivia Masterson Daniluz Schueller |
University of Wisconsin–Madison | The effect of cranberry juice concentration on antibiotic production in soil bacteria |
| 46 | Zachary Lawrence | Nova Southeastern University | Antibiotic Producing Bacteria from Surface Soil Compared to Deep Soil |
| 47 | Ryan Hall Alaina Peterson Megan Minehan |
University of Wisconsin–Madison | The Effect of Sucrose on Soil Bacteria Antibiotic Production |
| 48 |
