Biological systems are dynamic, but inherently stable within bounds. This applies across the levels of biological organization; but, these bounds can change across time (such as seasonally), or with developmental stage, so they are not static. However, within normal bounds, biological systems can resist change caused by external forces, and they are resilient – that is, they can recovery from perturbations, or disturbances. Resilience is pervasive in living systems, but many important problems in biological resilience remain unresolved. Our goal in this seminar is to explore resilience in biological systems at multiple levels of biological organization.
Visit the SIS course page for the full description: https://sis.uit.tufts.edu/psp/paprd/EMPLOYEE/EMPL/h/?tab=TFP_CLASS_SEARCH#search_results/term/2212/career/ALL/subject/BIO/course/0263/attr/keyword/instructor
In Fall 2021 and Spring 2022, we offered four, one-semester BRII fellowships to provide RA support to Ph.D. students during the ’21-’22 academic year. Students on these RA-ships conducted integrative research projects on biological resilience, attended and participated in monthly meetings with other BRII fellows throughout the year, and contributed to writing an essay about their experiences doing cross-disciplinary work within Biology. Fellows were asked to identify two sponsors for their project: one (most commonly) their Ph.D. advisor and the other from a different subdiscipline within biology.
As a guide to “integrative research”, BRII Fellowship projects spanned topics covered by two NSF clusters. Top-priority projects were those that spanned multiple NSF Divisions within Biology.
Project Title: “The Resilience of Tissue Remodeling”
Project Title: “Self Organization Facilitates Resilience Across Biological Scales”
Project Title: “Investigating the Cause of Stress-Induced DNA Damage”
Project Title: “How does host-range overlap contribute to the resilience of insect viriomes?”
Project Title: “Calculating the impact of microclimate on the persistence of the avian Mojave Desert bird community”
Project Title: “Investigating microbial trade-offs in traits within the model cheese rind microbiome”
Project Title: “Testing for MiDAS at the expanded CAG/CTG repeat associated with myotonic dystrophy”