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Education and Training

2020 - present

Postdoc in NanoEngineering
University of California, San Diego

2014 - 2020

Ph.D. in Biochemistry
Indiana University

2011 - 2014

Master in Biochemical Engineering
Chinese Mining and Technology-Beijing

Chinese Academy of Agricultural Sciences

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2007 - 2011

Bachelor in Bioengineering
Chinese Mining and Technology-Beijing

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  • Bioprinting hydrogel with cowpea mosaic virus for ovarian cancer treatment.

  • Designing and developing in-situ cancer immunotherapy using liposome and cowpea mosaic virus for ovarian cancer treatment

  • Developed personalized cancer vaccine to prevent ovarian cancer recurrence by combining cowpea mosaic virus with irradiated cancer cells.

  • Developed tobacco mosaic virus as chemotherapeutic drug carrier for ovarian cancer treatment.

  • Characterized the effects of hydrophobicity-hydrophilicity of molecular polymer bottlebrushes on tumor homing.

  • Re-engineered a heterodimer that directs new assembly pathways to form intermediates and holey capsids.

  • Identified a pair of charged residues that allosterically regulate capsid assembly through secondary and quaternary structures.

  • Determined the dimer and capsid structures of Woodchuck Hepatitis virus and compared them to HBV structures to reveal a structural progression during the capsid assembly.

  • Using bioinformatic analysis, identified a putative gene cluster that is responsive to copper homeostasis in the bacterium Deinocuccus radiodurans R1.

  • Using genetic mutations, developed two bacteria mutants and tested their resistance in response to copper and oxidative stresses.

  • Using RT-PCR and DNase I footprinting approaches, confirmed the functions of the genes and their corresponding proteins upon copper stimulation.

  • Using molecular biology, cloned and characterized two P1B-ATPase genes, BjHMA2/4, that are involved in transporting heavy metal in the plant Brassica juncea

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