Tag: honors thesis
Recently, three BIMS majors found out they will receive Bloomer and Beasley Research Fellowships for the coming year. All three are students of Dr. Gary Wilson and will be pursuing different projects investigating Bacillus thuringiensis spore properties as they pursue Honors research and write their Honors theses in the next year.
The Charles and Lisa Bloomer Research Fellowship is awarded to support research of promising students in the School of Natural and Computational Science (SNCS). This initiative of the Science and Math Advisory Board (SMAB) provides a research stipend for students as they work closely with McMurry faculty on a research project. Dr. Bloomer is a successful oral surgeon in Abilene who has generously and regularly supported the sciences at his alma mater. The biennial picnic the Bloomers host for SMAB members and SNCS faculty is a popular event building relationships and communicating the vision each holds for McMurry’s science future. The Beasley Research Fellowship is a new program supporting student research in the biological sciences. McMurry’s science alumni are spearheading an effort to create an endowment in memory of Dr. Clark Beasley, Distinguished Professor Emeritus from the Department of Biology who died this past summer. This represents the first year this fellowship has been awarded.
Recipients of this year’s awards are Heather Rawls, Miranda Nguyen, and Nicole McGunegle. Their projects will study wild type and genetically-engineered strains of Bacillus thuringiensis (Bt) and Bacillus cereus (Bc) grown in rich and poor media. Bt is a spore-former that produces an insecticidal toxin at the time of sporulation. Bc is a commonly encountered and well-studied spore-former closely related to Bt but generally harmless. The genetically-engineered strains include Bt strains that do not form crystals and Bc strains that have been engineered to produce Bt crystals. One project will look at how the presence or absence of the crystal in rich and poor media influences spore and crystal size and toxicity. A second project will look at how growth conditions impact spore dormancy and the process of activation and germination. It is possible an undiscovered variation of quorum sensing might be involved. The third project will explore UV and chemical resistance of wild type and genetically-engineered strains produced in rich and poor media. All projects fit the criteria for BIMS research: a complete project doable in a short time frame, certain discovery no matter the experimental outcome, publishable work.
Stay tuned for updates on how this work is progressing!
McMurry’s Biomedical Sciences Program is blessed to have a wonderful working relationship with Abilene’s premiere biotech company, Receptor Logic. This company is rather new to Abilene but has profoundly changed the industrial landscape of the city. Their pioneering work in the development of T-cell receptor mimics for therapeutic purposes places them in rarified air as one of the few places internationally where such technology is being developed and tested. The close friendship between RL’s founder, Dr. Jon Weidanz, and McMurry’s BIMS faculty has enabled the placement of McMurry students at RL facilities in the Abilene Life Sciences Accelerator for capstone projects that provide valuable real-world experience.
This semester, McMurry has three students working with RL’s scientists. Lauren Bump, recipient of the Danny Cooley Award as the outstanding BIMS student, is completing her Honors research in the lab. Her research will culminate in an Honors thesis this written and defended in December. In this, she will demonstrate the knowledge and skills picked up in BIMS and applied in T-cell work done at RL.
Karlie Dieterich is working at RL this fall to gain experience in immunological research as she applies to graduate programs in immunology. She was encouraged to visit with Dr. Weidanz, an immunologist, to discuss strong programs and career directions. The meeting resulted in her joining his lab as an undergraduate to give her some practical experience in the field. As an Academic All-Conference athlete and top science student, she is living proof that the high level of achievement seen in top athletes often spills over to high achievement in all arenas of life.
Malaney Lopez has extensive experience in the molecular lab, having been one of the prime resources as an undergraduate assistant for prepping and delivering molecular-based courses at McMurry last year. She wanted to hone her skills and give back to RL by volunteering this year without any course credit expected. Her love for molecular work is evident and her future in the field is assured.
In each case, the generosity of Receptor Logic and their commitment to contributing to the education of future biotech scientists is demonstrated. We cannot begin to express our thanks to Receptor Logic and Dr. Weidanz for their contributions to the education of our students.