The Cast of Snoopy Against ESKAPE Relatives

Soil microbes have unique characteristics with abilities to kill antibiotic-resistant bacteria that can be used to create new antibiotics. A sample of silty soil from the front yard of my house was utilized for the Tiny Earth Network project, a project in collaboration with students from around the world to discover new antibiotics through experimental research. To begin this research project, a gram of soil was serially diluted onto agar plates to determine the amount of bacteria in a soil sample. From the serially diluted plates, twelve candidates were chosen to be transferred onto a master plate. The candidates named after the cast of Snoopy were then tested against ESKAPE relatives for anti-microbial screening. Several candidates displayed zones of inhibition towards S. epidermidis. A specific candidate “Franklin” exhibited a greater zone of inhibition to S. epidermidis serving as potential for further research in the discovery of a new antibiotic.

Publication Details

Journal
ScholarSpace - JCCC (Johnson County Community College)
Published
2025-05-01
Primary Topic
Historical Medical Research and Treatments
Type
article
Field-Weighted Citation Impact
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article

The Cast of Snoopy Against ESKAPE Relatives

ScholarSpace - JCCC (Johnson County Community College)
Historical Medical Research and Treatments
article

The Cast of Snoopy Against ESKAPE Relatives

article en

Abstract

Soil microbes have unique characteristics with abilities to kill antibiotic-resistant bacteria that can be used to create new antibiotics. A sample of silty soil from the front yard of my house was utilized for the Tiny Earth Network project, a project in collaboration with students from around the world to discover new antibiotics through experimental research. To begin this research project, a gram of soil was serially diluted onto agar plates to determine the amount of bacteria in a soil sample. From the serially diluted plates, twelve candidates were chosen to be transferred onto a master plate. The candidates named after the cast of Snoopy were then tested against ESKAPE relatives for anti-microbial screening. Several candidates displayed zones of inhibition towards S. epidermidis. A specific candidate “Franklin” exhibited a greater zone of inhibition to S. epidermidis serving as potential for further research in the discovery of a new antibiotic.

ScholarSpace - JCCC (Johnson County Community College)
Openalex Percentile: Top 37%
Historical Medical Research and Treatments
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