| Department of Chemistry and Biochemistry

Azamat Rizuan

Post-Doctoral Associate

Christopher Kenseth

Assistant Professor, Atmospheric & Oceanic Science

16 April

Ms. Stephanie Hong, Chemistry PhD Defense: "Structure-Property Relationship on Oxygen Storage in AB2O4 Oxides"

25 March

Ms. Lily Pitre, Biochemistry PhD Defense: "NO PROTONS WERE HARMED IN THE MAKING OF THIS THESIS: SELECTIVE 15N AND 2H ISOTOPIC LABELING AND NMR RELAXATION EXPERIMENTS"

31 March

Mr. Zihan Sun, Chemistry PhD Defense: "Three-Dimensional Nanoporous Architectures and Electrochemical Phase Engineering for Advanced Sodium-Ion Microbattery Systems"

30 March

Ms. Ayona Goswami, Chemistry PhD Defense: "Synthesis of Sulfated Pillar[n]arenes: Influence of Charge, Shape and Size on Molecular Recogniton"

26 March

Mr. Hector Cein Mandujano, Chemistry PhD Defense: "Site and Symmetry Defined Magneric Ground States of Intercalated Divelent Transition Metal Diselenides"

23 March

Ms. Fei Zhou, Chemistry PhD Defense: "Next-Generation Mass Spectrometry–Based Bottom-Up Proteomics for Investigating Cell Development and Heterogeneity"

2 March

Dr. Jingxin Wang (University of Chicago), Biochemistry Seminar: "Molecular Glues for Targeted mRNA Degradation via RNA Splicing Modulation"

Graphic representation of RNA made up of different colored strands woven together.

New UMD Startup Builds the ‘Picks and Shovels’ for the RNA Revolution

Emergente’s patented RNAnneal platform predicts shapeshifting RNA structures, addressing a foundational bottleneck across the therapeutics, agriculture and biotechnology manufacturing industries.

Emergente’s patented RNAnneal platform predicts shapeshifting RNA structures, addressing a foundational bottlene

- 19 February 2026

Emergente’s patented RNAnneal platform predicts shapeshifting RNA structures, addressing a foundational bottlene

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Emergente’s patented RNAnneal platform predicts shapeshifting RNA structures, addressing a foundational bottlene

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