Harvard Catalyst Profiles

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Zhixun Dou, Ph.D.

Concepts (136)

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Concepts are derived automatically from a person's publications.
Concepts are listed by decreasing relevance which is based on many factors, including how many publications the person wrote about that topic, how long ago those publications were written, and how many publications other people have written on that same topic.
Name Number of Publications Most Recent Publication Publications by All Authors Concept Score Why?
Autophagy4202013491.090 Why?
Lamin Type B32020280.830 Why?
Janus Kinases120222530.750 Why?
Cytoplasm4202015030.720 Why?
Lysosomes320209340.600 Why?
Cell Nucleus4202028890.570 Why?
Chromatin6202029690.560 Why?
Nuclear Lamina12015460.510 Why?
Sirtuin 1220202470.320 Why?
Microtubule-Associated Proteins3202010780.270 Why?
Oncogene Protein p21(ras)22017690.270 Why?
Cell Membrane1201536640.260 Why?
Immunity, Innate1201730800.250 Why?
Histone-Lysine N-Methyltransferase320166970.210 Why?
STAT Transcription Factors120221900.190 Why?
Protein Processing, Post-Translational3201919690.190 Why?
Respiratory Mucosa120244390.180 Why?
Inflammation42023108650.180 Why?
Cytosol120238890.170 Why?
Neoplasms52017223860.170 Why?
Neoplasm Recurrence, Local1201894250.170 Why?
Stem Cells2202435380.160 Why?
Mitochondria2202336720.150 Why?
DNA, Mitochondrial120238710.150 Why?
p300-CBP Transcription Factors120191500.150 Why?
Signal Transduction72022236380.150 Why?
Cell Proliferation62020104940.140 Why?
Cell Transformation, Neoplastic2201828470.140 Why?
Fibroblasts2201941800.140 Why?
Radiation, Ionizing120172520.140 Why?
Adaptor Proteins, Signal Transducing3201629100.130 Why?
Myeloid-Lymphoid Leukemia Protein220163080.130 Why?
Lamins12015370.130 Why?
Epigenesis, Genetic2202338260.130 Why?
Mice122024820450.130 Why?
Ligands1202232810.120 Why?
Nucleotidyltransferases120172430.120 Why?
Sirolimus1202215420.120 Why?
Tumor Suppressor Protein p532201629640.120 Why?
Regeneration1202415270.120 Why?
Lysine220169890.120 Why?
HEK293 Cells4201942940.120 Why?
Nuclear Envelope120151640.120 Why?
Phagosomes120151980.120 Why?
Animals1420241694180.120 Why?
Chromatin Assembly and Disassembly120196330.120 Why?
Heat-Shock Proteins220167980.120 Why?
Ubiquitination2201610100.110 Why?
Aging2202387610.110 Why?
Ribonucleoproteins120163600.110 Why?
Up-Regulation1202241380.110 Why?
Apoptosis2202395260.100 Why?
Epithelial Cells1202436970.100 Why?
Gene Expression Regulation, Neoplastic3201886350.100 Why?
Histones2201925950.090 Why?
Caspase 8120111980.090 Why?
Cytoskeleton1201511790.090 Why?
Microfilament Proteins1201511360.090 Why?
Intracellular Membranes120113880.090 Why?
Cell Cycle1201829420.080 Why?
Protein Binding3201693760.080 Why?
DNA Damage2201624610.080 Why?
Down-Regulation1201529440.080 Why?
Cell Line, Tumor42017171490.070 Why?
Liver3201875750.070 Why?
Carcinoma, Hepatocellular1201823310.060 Why?
Genetic Testing1201835860.060 Why?
Oxidative Stress1201631450.060 Why?
Acetylation2201910530.060 Why?
Metaplasia120243260.050 Why?
RNA Interference3201928320.050 Why?
T-Lymphocytes12020102730.050 Why?
Nucleoproteins120231100.050 Why?
RNA, Small Interfering3201934370.050 Why?
Humans1520247684510.050 Why?
Cytokines1201774490.050 Why?
Liver Neoplasms1201843620.050 Why?
Mice, Inbred C57BL42024223650.050 Why?
Tretinoin120245250.050 Why?
Vitamin A120246110.050 Why?
Membrane Proteins1201778950.040 Why?
Cells, Cultured12015190410.040 Why?
Organ Specificity1202419720.040 Why?
Protein Multimerization220169800.040 Why?
Mammals1202311360.040 Why?
Teratocarcinoma12016160.030 Why?
Phenotype32023167120.030 Why?
High-Throughput Nucleotide Sequencing2201936650.030 Why?
Arsenicals120161170.030 Why?
Longevity1202310770.030 Why?
Histone Deacetylase Inhibitors120207760.030 Why?
Oxides120164030.030 Why?
Protein Interaction Domains and Motifs120164520.030 Why?
Methylation1201610770.030 Why?
Mutant Proteins120154890.030 Why?
Histone Acetyltransferases120153350.030 Why?
MAP Kinase Signaling System1202014890.030 Why?
Oncogenes1201812350.030 Why?
Male620243647810.020 Why?
Transcriptional Activation1201817510.020 Why?
Saccharomyces cerevisiae1202326800.020 Why?
Reactive Oxygen Species1202021500.020 Why?
Leupeptins120111130.020 Why?
Gene Knockdown Techniques1201616080.020 Why?
Genes, Tumor Suppressor1201510640.020 Why?
Mutation12015302430.020 Why?
Blotting, Western1201850420.020 Why?
Cell Survival1202058010.020 Why?
Cell Death1201616840.020 Why?
Cytoskeletal Proteins1201613370.020 Why?
Testicular Neoplasms120168060.020 Why?
Oxidation-Reduction1201622320.020 Why?
Cell Line22016156090.020 Why?
Gene Expression Regulation, Developmental1202036120.020 Why?
DNA Methylation1202344210.020 Why?
Transfection1201657670.020 Why?
Female420243969430.020 Why?
NF-kappa B1201624910.020 Why?
Protein Folding120118750.020 Why?
Fluorescent Antibody Technique1201124770.020 Why?
Intracellular Signaling Peptides and Proteins1201628820.020 Why?
Time Factors22019402710.020 Why?
Enzyme Activation1201135940.020 Why?
Transcription, Genetic1201975990.020 Why?
Homeostasis1201633510.010 Why?
Proteasome Endopeptidase Complex1201113220.010 Why?
Immunohistochemistry12018111380.010 Why?
Cell Cycle Proteins1201634630.010 Why?
Myocardium1201647880.010 Why?
Genome, Human1201544530.010 Why?
Mice, Knockout12016144800.010 Why?
Lung Neoplasms12024135890.010 Why?
Cell Differentiation12016116740.010 Why?
Disease Models, Animal12016183880.010 Why?
Heart Failure12016118570.010 Why?
Middle Aged120202234180.000 Why?
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Concepts (136)
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Funded by the NIH National Center for Advancing Translational Sciences through its Clinical and Translational Science Awards Program, grant number UL1TR002541.