Difference between revisions of "Riley E Bigham"
Jump to navigation
Jump to search
Rileybigham (talk | contribs) |
Rileybigham (talk | contribs) |
||
| Line 20: | Line 20: | ||
===Summer 2021=== | ===Summer 2021=== | ||
*Developed methods for future microbiome research | *Developed methods for future microbiome research | ||
| − | *[[Methods_include_Qiagen_DNA_isolation_kits|Methods include Qiagen DNA isolation kits]] (Powerwater, Fecal, and Soil), [[PCR, | + | *[[Methods_include_Qiagen_DNA_isolation_kits|Methods include Qiagen DNA isolation kits]] (Powerwater, Fecal, and Soil), [[PCR, Sequencing|PCR, Sequencing]] |
*Worked with Dr. Laura Moore and her research members | *Worked with Dr. Laura Moore and her research members | ||
*'''Future Research''': The inhabitants of an aquatic microbiome and their effect on a healthy aquatic ecosystem | *'''Future Research''': The inhabitants of an aquatic microbiome and their effect on a healthy aquatic ecosystem | ||
Revision as of 21:20, 15 September 2021
Personal Information
Class of 2023
Junior Biochemistry Major
Hometown: O'Fallon, IL
Phone: 618-207-7391
Email: Rbigham@monmouthcollege.edu
UNDERGRADUATE RESEARCH ACTIVITIES
SOfIA (Summer Opportunities for Intellectual Activities)
August 2019
- SOfIA Project: The Chemistry Makerspace
Richard "Doc" Kieft Summer Research
Advisor: Dr. Bradley Sturgeon
Summer 2021
- Developed methods for future microbiome research
- Methods include Qiagen DNA isolation kits (Powerwater, Fecal, and Soil), PCR, Sequencing
- Worked with Dr. Laura Moore and her research members
- Future Research: The inhabitants of an aquatic microbiome and their effect on a healthy aquatic ecosystem
- Final Presentation: Understanding the Aquatic Microbiome
- The microbiome is a unique set of microbes living in a particular environment. The microbes that make up the human microbiome are established at birth and evolve throughout life. These microbes are essential for our well-being by regulating our immune system, synthesizing vitamins, and protecting us against certain disease-causing bacteria. The demand for new research has risen in popularity in the past 20 years allowing new discoveries connecting the microbes to the human condition. An example is the use of fecal transplants for treating obesity. New developments have allowed us to understand cause and effects from the rich community of microbes within different environments. As with the human microbiome, aquatic systems also contain a unique collection of microbes. The goal of this project is to evaluate the microbes present in aquatic systems and to correlate the presences of these microbes to the overall health of the aquatic ecosystems.
Shedd Aquarium
Presentations
- June 2021: Richard "Doc" Kieft Summer Research Program
- Title: Understanding the Aquatic Microbiome (Oral Presentation)
- August 2019: Monmouth College SOfIA Program
- Title: The Chemistry Makerspace (Oral and Poster Presentations)