Health & Science: Poster Sessions

This research opens the possibility of precision-based communication interventions in sport by elucidating how athlete-level psychological filters – athlete-specific body image and eating-related vulnerability – and coaches' word choices affect the shared understanding of body-related communication in sport.

Here is What’s Possible: Synthesizing M[cqqp] complexes and exploring their potential as paraCEST agents.

Here is What’s Possible: Overcoming chemoresistance in Pancreatic Cancer is possible.

Here is What’s Possible: Our research will push the limit of exsisting resolution of Fourier transform capillary electrophoresis (FTCE) enabling ultra-sensitive detection of trace bioanalytes  in space samples.

Here is What’s Possible: My research contributes to our fundamental understanding of the reactivity and structure of conformationally rigid cage compounds with high functional group densities.

Here is What’s Possible: By exploring the genetic diversity and stress response mechanisms in wild soybean, my research can help improve genetic traits in cultivated soybean and facilitate the development of pathogen-resistant crops.

Here is What’s Possible: My research contributes to enhancing understanding of immunogenetic variation in an underrepresented population, which is critical for transplantation and disease risk.

Here is What’s Possible: This project aims to create phased reference sequences of two highly complex regions encoding natural killer cell receptors, greatly improving the understanding of variation within these regions, facilitating more accurate alignments, and resulting in higher quality association studies of these regions with human disease.

Here is What’s Possible: My research improves upon the limits of current instrumentation for applications in future space exploration missions.

Here is What’s Possible: By identifying tumor-associated MUC1 as a contributor to pancreatic cancer cachexia, this research paves the way for targeted interventions for therapies that open new avenues for cancer cachexia treatment.

Here is What’s Possible: This research demonstrates the possibility of reducing negative maternal health outcomes by championing local community resources that focuses on the joy and resilience of the community.

Here is What’s Possible: My research elucidates the signaling pathways through which adenosine alters the cellular landscape, opening new avenues for understanding how the tumor microenvironment dictates cancer progression and immune recognition.

Here is What’s Possible: Phage therapy offers major advancements in controlling bacterial diseases and understanding these phages and their interactions could be a foundational step in managing drug-resistant pathogens in the future.

My research project contributes to the possibility of eradicating cholera globally.