Winter at THE Ohio State University

With winter blowing its coldest, we welcome Dylan Cronin to a warm office and a large-scale collaboration for his rotation project.

Dylan Cronin
A collaboration effort to identify how the mycobiome is associated with disease. Specifically, testing various methods to best profile these fungal communities as well as develop the database to identify the organisms involved..
Rotation Student
Bowling Green State University, Computer Science (B.S.) and Biological Sciences (B.S.)

Laine Monsey – ASC Undergraduate Research Scholarship Recipient

Congratulations to Laine Monsey for her scholarship award from the Arts and Sciences Honors Committee!

We celebrate her contributions to her project, “The Role of the Fungal Microbiome in Rheumatoid Arthritis among Native Americans.” Looking forward to more great things!

As the Seasons Change

As autumn fades away through the treelines here in Buckeye Nation, we welcome Andrew Woodruff from the Department of Microbiology for our second round of rotations!

Andrew Woodruff
Investigating the effects of SIR2 deletions on the ability to mate in MTL heterozygous Candida albicans.
Rotation Student
Miami University, Major in Microbiology, Minor in Molecular Biology

The New Academic Year

As the Autumn Semester begins, we welcome our first round of rotation students: Lennel Camuy and Nick Ursini.

Lennel Camuy

Investigation of fluconazole resistance and phylogenetic analysis of the TLO gene family
Rotation Student
B.S in Microbiology from University of Puerto Rico at Arecibo
Post Baccalaureate Research Education Program (PREP) University of Kansas

Nick Ursini
Investigation of an unknown transcription network potentially related to biofilm production
Rotation Student
University of Virginia, B.S. in Chemistry with a specialization in Biochemistry

Summer in Summary

This summer has been an eventful and productive one for the Anderson Lab! Here is a brief overview of what we were up to:

Joshua Wang – Joshua Wang joined us from Brown University where he worked with Dr. Anderson on a variety of bioinformatics projects.
Delanie Baker – Delanie Baker was with us for a few months through the NSF REU in the Department of Molecular Biology at The Ohio State University.

Midwest Neglected Infectious Disease 2017 – The MNID meeting is the only regional meeting in the Midwest that features forefront research focused on the pathogenesis of fungal and parasitic diseases. This meeting fills an important void, as the parasitic and fungal diseases, while crucially important; do not receive sufficient “press” at many major biology meetings. Over the past years the meetings have included 100-130 scientists from seven states; Wisconsin, Illinois, Indiana, Michigan, Ohio, Iowa, and Missouri.

Matthew Dunn – POSTER AWARD – Functional diversification accompanies telomere-associated (TLO) gene family expansion in Candida albicans
Robert Fillinger – Development of quantitative trait loci (QTL) mapping in Candida albicans

Welcome to Joshua Wang

We would like to welcome Joshua Wang to the lab! Joshua comes to us from Brown University where he worked with Dr. Anderson on a variety of bioinformatics projects. He is currently in the process of preparing applications for medical school this upcoming year. We look forward to the enhanced skill set he brings the Anderson Lab and Ohio State as a whole!

Joshua Wang

Exploration of genomic sequences of C. albicans to pinpoint biomarkers correlated with specific phenotypes and identity expression profiles for previously undescribed gene networks.
Lab Researcher
Brown University – B.S. in Biology
(Computer Sciences track)

Summer Student: Delanie Baker

A special welcome to Delanie Baker who has been with us for a few months this summer through the NSF REU in the Department of Molecular Biology at The Ohio State University. Delanie has been working alongside Robert Fillinger on target loci for fluconazole resistance and the filamentation phenotype in C. albicans.

Delanie Baker

Phenotyping Candida albicans strains for the identification of quantitative trait loci involved in filamentation and fluconazole resistance.
Summer Student
Bachelors of Science in Microbiology at Ohio Wesleyan University

In The Lit: Trisomy and Fluconazole Resistance

A chromosome 4 trisomy contributes to increased fluconazole resistance in a clinical isolate of Candida albicans. – PubMed – NCBI

Candida albicans is an important opportunistic fungal pathogen capable of causing both mucosal and disseminated disease. Infections are often treated with fluconazole, a front-line antifungal drug that targets the biosynthesis of ergosterol, a major component of the fungal cell membrane. Resistance to fluconazole can arise through a variety of mechanisms, including gain-of-function mutations, loss of heterozygosity events and aneuploidy. The clinical isolate P60002 was found to be highly resistant to azole-class drugs, yet lacked mutations or chromosomal rearrangements known to be associated with azole resistance. Transcription profiling suggested that increased expression of two putative drug efflux pumps, CDR11 and QDR1, might confer azole resistance. However, ectopic expression of the P60002 alleles of these genes in a drug-susceptible strain did not increase fluconazole resistance. We next examined whether the presence of three copies of chromosome 4 (Chr4) or chromosome 6 (Chr6) contributed to azole resistance in P60002. We established that Chr4 trisomy contributes significantly to fluconazole resistance, whereas Chr6 trisomy has no discernible effect on resistance. In contrast, a Chr4 trisomy did not increase fluconazole resistance when present in the standard SC5314 strain background. These results establish a link between Chr4 trisomy and elevated fluconazole resistance, and demonstrate the impact of genetic background on drug resistance phenotypes in C. albicans.


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