Harvard Catalyst Profiles

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Jiyoon Lee, Ph.D.

Concepts (72)

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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?
Organoids620227492.000 Why?
Pluripotent Stem Cells320228081.000 Why?
Transglutaminases220162000.950 Why?
Hair Follicle320222190.830 Why?
GTP-Binding Proteins220169470.760 Why?
Hair220225080.690 Why?
Skin3202245200.620 Why?
Cell Culture Techniques2202116690.520 Why?
Antimetabolites, Antineoplastic120166470.410 Why?
Deoxycytidine120168880.390 Why?
Embryo, Mammalian1201816740.390 Why?
Stromal Cells1201513350.330 Why?
Fibroblasts2201641800.320 Why?
Pancreatic Neoplasms2201654420.300 Why?
Cell Communication1201516620.300 Why?
Hair Cells, Auditory, Inner220191970.270 Why?
Induced Pluripotent Stem Cells1201818900.260 Why?
Ear, Inner220194260.230 Why?
Drug Resistance, Neoplasm1201653420.190 Why?
Ectoderm120201380.170 Why?
Enzyme Activation2201635940.170 Why?
Hair Color120201310.170 Why?
Serine Proteases12019500.160 Why?
Organogenesis120172140.130 Why?
Laminin120164070.120 Why?
Skin Transplantation1202010970.120 Why?
Head120209270.110 Why?
Cell Differentiation22022116740.110 Why?
Mice, Nude1202036350.110 Why?
Acyltransferases120153050.110 Why?
Gene Expression2201676050.110 Why?
Coculture Techniques1201613430.100 Why?
Regeneration1202115270.100 Why?
Single-Cell Analysis2202025310.100 Why?
Mice52020820450.090 Why?
Cell Line, Tumor32016171490.090 Why?
Gene Knockdown Techniques1201516080.090 Why?
Models, Biological2201695050.080 Why?
Epithelial-Mesenchymal Transition120147570.080 Why?
Tumor Burden1201519090.080 Why?
Xenograft Model Antitumor Assays1201636190.080 Why?
Tissue Engineering1201718900.070 Why?
Collagen1201526460.070 Why?
Transforming Growth Factor beta1201420030.070 Why?
Disease Models, Animal22016183880.070 Why?
Animals520201694180.070 Why?
Membrane Proteins1201978950.050 Why?
DNA Methylation1201444210.040 Why?
Humans820227684510.040 Why?
Large-Conductance Calcium-Activated Potassium Channels12019360.040 Why?
Cell Proliferation12015104940.040 Why?
Disease Progression12015136550.040 Why?
Codon, Nonsense120192870.040 Why?
Ovarian Neoplasms1201449060.040 Why?
Gene Knockout Techniques120198080.030 Why?
Transcription Factors12015121740.030 Why?
Mechanotransduction, Cellular120195420.030 Why?
Azacitidine120143360.030 Why?
Sequence Analysis, RNA1201920390.020 Why?
Collagen Type I120146200.020 Why?
CpG Islands1201412090.020 Why?
Cadherins120149060.020 Why?
Cell Membrane1201936640.020 Why?
Homeostasis1201933510.020 Why?
Antigens, CD1201440290.010 Why?
Enzyme Inhibitors1201437340.010 Why?
Female220203969430.010 Why?
Promoter Regions, Genetic1201458030.010 Why?
Apoptosis1201995260.010 Why?
Cells, Cultured12017190410.010 Why?
Epigenesis, Genetic1201438260.010 Why?
Gene Expression Regulation, Neoplastic1201486350.010 Why?
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Concepts (72)
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© 2025 President and Fellows of Harvard College
Funded by the NIH National Center for Advancing Translational Sciences through its Clinical and Translational Science Awards Program, grant number UL1TR002541.