Education / Graduate Education / PhD Programs / Biophysics, Structural & Computational Biology (BSCB) / Faculty & Students / Students Students Current BSCB Student Composite ABCDEFGHIJKLMNOPQRSTUVWXYZJoseph Bucukovski, MSBenjamin Miller LabResearch Interest: Using Integrated Photonic Sensors to Monitor Real-Time Cytokine Secretion in a Tendon-on-Chip ModelDylan FredrickFirst YearColeman GoennerWedekind LabResearch Interest: Evidence for a non-canonical mode of translation regulation by preQ1 riboswitchesXueyang He, MSBoutz LabResearch Interest: Modeling the effects of cancer-associated spliceosome mutations and identifying driving intronic features using deep-learning neural networksSeth JonesO'Connell LabNino KalandadzeFirst YearChristopher KirchhoffKielkopf LabResearch Interest: Structural Investigation of Early Splicing Factor ComplexesAbby ManningWagner LabResearch Interest: Regulation of transcription machinery by phosphorylationMegan MiaroMathews LabResearch Interest: Predicting conserved non-canonical RNA interactions using sequence comparisonAbhinav Mittal, MSMathews LabResearch Interest: Inferring RNA Secondary Structure Using a Multiple Homologous Sequence AlignmentAshlin Poruthoor, MSGrossfield LabResearch Interest: Estimating the Free Energy Landscape of Phase Separation in Lipid BilayersEmily Robinson, MSGrossfield LabResearch Interest: Application of Molecular Dynamics to Elucidate Key Binding Interactions for the Development of Therapeutics Against Opioid OverdoseNicholas RugelisHayes LabResearch Interest: Exploring diverse nucleosome binding modes of H1 subtypesJames SeuchMathews LabResearch Interest: Clustering of RNA backbone conformations to define RNA ‘Suite’ conformersAkshara SharmaGrossfield LabResearch Interest: Designing Physically Intuitive Collective Variables That Drive Phase Separation in Lipid BilayersYoshita Srivastava, PhDWedekind LabResearch Interest: Structure and Function Analysis of Bacterial Riboswitches that Control TranslationJonathan (Jack) StalloneMacLean LabResearch Interest: AMPA receptor auxiliary proteins