Research interest：Molecular Biology & Biochemistry; Structural Biology; Neuroscience;

Research interest：Systems Biology

Research interest：Plant Biology

Research interest：Structural Biology

Research interest：Hematopoietic stem cell; Immune cell; Tissue regeneration

Research interest：Mechanisms of RNA alternative splicing; Synthetic biology of RNA binding proteins; RNA functional genomics; Protein translation using circular RNA s; Site-specific RNA editing and related uses by artificially constructed RNA-editing enzymes

Research interest：Plant stress biology; phytohormone signaling;

Research interest：Neurobiology

Research interest：Structural Biology

Research interest：Host-microbe interaction；secretion system；

Research interest：Plant Epigenomics, Nanopore Sequencing; Single-Cell Multiomics

Research interest：Structure, Pharmacology, and Function of Neuronal Ion Channels; Molecular Mechanisms of Ion Channels in Brain Disorders; Drug Development Targeting Ion Channels;

Research interest：Cell and Microenvironment; Structural Biology ;

Research interest：Structural biology; Neuronal development ;

Research interest：Neurobiology

Research interest：Cell and Metabolic Biology; Neuro-biology;

Research interest：Structural Biology

Research interest：Cell & Developmental Biology

Research interest：Plant Biology

Research interest：Lipid Metabolism; Structural Biolo-gy;

Research interest：genomics; stem cells; systems biology;

Research interest：Neurobiology

Research interest：Molecular Cell Biology of Bone, Joint and Tumors

Research interest：Tumor Biology; Kidney Diseases;

Research interest：Plant metabolic and synthetic biol-ogy

Research interest：Innate immunity and immune dise-ase

Research interest：Mechanotransduction; cell adhesion; cytoskeleton

Research interest：Structural Biology;

Research interest：Plant Biology

Research interest：RNA regulation of B cell biology

Research interest：Plant Cell Biology

Research interest：Autophagy and neurological diseases

Research interest：Systems Biology

Research interest：Membrane Lipid Biology

Research interest：Neurobiology

Research interest：Structure of RNA/protein complexes; Non-canonical translation regulation; RNA vaccine;

Research interest：Structural Biology

Research interest：3D Genomics

Research interest：Neurobiology

Research interest：Protein Complexes; Structural Biology ;

Research interest：Biomedical Optics

Research interest：systems biology; cancer metabolism;

Research interest：Plant Biology

Research interest：Immunology; Pathogenic Microbio-logy; Tuberculosis;

Research interest：3D genomic research on new technology and application; Mechanism studies of transcriptional regulation; RNA metabolism in functional genomics; ecDNA biology in tumor;

Research interest：Single-molecule FRET; Single-molecule fluorescence and optical tweezers;

Research interest：In situ structural mechanism of protein-mediated membrane remodeling;Cryo-ET method development;

Research interest：Dr. Wang uses both sophisticated genetic and cell biological approaches to study the genes and mechanisms that regulate selective organelle clearance. Wang lab focuses on characterization of genes and mechanisms that are either specifically required for ER clearance, or reciprocally influence the balance of ER, mitochondria, and possibly other organelles in a cell in a physiological animal model, and possibly how alterations of this balance may contribute to diseases.

Research interest：presynaptic assembly and function; protein phase separation; membraneless condensates and membranous organelles communication.

Research interest：Gene Transcription and Epigenetic Regulation; RNA Regulation and Translation Control;

Research interest：Structural biology; Intracellular cargo trafficking；

Research interest：Single-cell Sequencing; Long-read Sequencing; Gene Expression and Regulation

Research interest：Lipid metabolism; Biochemistry; Structural biology;

Research interest：Structure Biology; Synthetic Biology;

Research interest：The molecular mechanism studies of novel drug target proteins; Structure and function based drug discovery and development.

Research interest：AI for life science, especially at RNA/Protein level; Gene regulation at transcription and post-transcription levels;

Research interest：The mechanism of metabolic regulation of protein homeostasis.

Research interest：Cancer evolution and tumor heterogeneity; Transcriptional regulation; Single cell omics;

Research interest：Plant photomorphogenesis; mRNA splicing in photomorphogenesis

Research interest：Plant physiology in adversity; Plant hormones; Membrane transporters;

Research interest：Mechanistic studies in bone & joint diseases and tumors; Translational medicine in bone & joint diseases and tumors;

Research interest：Investigation of the poly(A) tail length regulation mechanism in plants; Development of high-throughput single-cell multi-omics methods;

Research interest：Mechanism and function of organelle interaction; Molecular mechanism of neuronal autophagy.

Research interest：Mechanism of autism spectrum disorder and schizophrenia.

Research interest：Genome Evolution; Tumor Metabolism; Transcriptional Regulatory Mechanisms;

Research interest：Tumor immunity

Research interest：Deep learning application in protein structure and function.

Research interest：Nucleic acid-protein complexes;

Research interest：mRNA modification in neural development; mRNA local translation in axons;

Research interest：Molecular mechanisms of dynamic assembly and phase separation regulation of the inhibitory postsynaptic density protein complex; Mechanisms of Small G proteins and their regulatory factors in synaptic formation and plasticity regulation.

Research interest：Molecular mechanism of epigenetic proteins; Structural studies involved in DNA methylation of plants;

Research interest：the molecular mechanisms of ESCRT-III-dependent membrane fission; the molecular mechanisms underlying the life cycle of marine viruses;

Research interest：Study of Protein Molecular Mechanisms; Nucleic acid drug discovery;