Harvard Catalyst Profiles

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Rubul Mout, Ph.D.

Concepts (134)

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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?
Protein Engineering420175381.110 Why?
Metal Nanoparticles920174051.100 Why?
Cytosol320179011.020 Why?
Biocompatible Materials2202417360.780 Why?
Nanoparticles8202219050.770 Why?
Green Fluorescent Proteins6201720880.740 Why?
Hydrogels120247240.640 Why?
Nanoconjugates12017220.600 Why?
Nanostructures220215510.540 Why?
Gene Transfer Techniques2201712250.500 Why?
Gold820174840.490 Why?
Carboxylic Acids12014970.480 Why?
Ribonucleoproteins120173810.480 Why?
Histidine120143130.460 Why?
Proteins4202261000.430 Why?
Plasmodium yoelii12012390.420 Why?
Benzoquinones120122010.390 Why?
Nanomedicine220183040.360 Why?
Lactams, Macrocyclic120123200.360 Why?
Nanocapsules32015910.340 Why?
Biosensing Techniques420186680.300 Why?
Surface Properties5201711840.280 Why?
Particle Size4201716420.260 Why?
Nanotechnology320177100.260 Why?
Antimalarials120129050.250 Why?
Fluorescence220177510.240 Why?
Biopolymers120241890.220 Why?
Macromolecular Substances2201714540.220 Why?
Malaria1201212390.200 Why?
Caspase 3220157580.200 Why?
Biofilms220146170.180 Why?
Imidazoles2201712060.170 Why?
Recombinant Proteins3202166210.160 Why?
Mammals1202411430.160 Why?
Luminescent Proteins220178530.150 Why?
Transition Elements12015180.130 Why?
Membrane Fusion120172760.130 Why?
Nanofibers12015660.130 Why?
Spectrometry, Fluorescence220146880.120 Why?
Multiprotein Complexes1202111200.120 Why?
Mutagenesis, Insertional120176550.120 Why?
Ions120142650.110 Why?
Viruses120173750.110 Why?
Hydrophobic and Hydrophilic Interactions320224070.110 Why?
Macrophages2201856600.100 Why?
Escherichia coli2201442170.100 Why?
Protein Binding4202293840.100 Why?
Receptors, Immunologic1201814230.100 Why?
Animals1320241687680.100 Why?
Antibodies, Protozoan120122530.090 Why?
Ligands2201432820.090 Why?
Neoplastic Stem Cells1201813760.090 Why?
Hydrogen-Ion Concentration1201425560.090 Why?
Neoplasms, Experimental1201412760.090 Why?
Quantum Dots320151720.080 Why?
Phosphopyruvate Hydratase120091350.080 Why?
Polymers1201616210.080 Why?
Drug Carriers120136930.080 Why?
Cloning, Molecular1201443200.080 Why?
Drug Monitoring120149560.080 Why?
Genetic Engineering120149510.080 Why?
Paclitaxel1201517080.080 Why?
Cell Membrane1201737490.070 Why?
Mice92018812010.070 Why?
Genetic Vectors1201734240.070 Why?
Cell Line22017160000.070 Why?
RNA, Small Interfering1201435050.060 Why?
Microscopy, Fluorescence1201227000.060 Why?
Blotting, Western1201251810.060 Why?
HeLa Cells3201531300.060 Why?
Bacteria1201421150.060 Why?
Drug Delivery Systems2201222190.060 Why?
Peptides1201444100.050 Why?
Cell Proliferation12018104830.050 Why?
Static Electricity120222630.050 Why?
Antineoplastic Agents22014136930.050 Why?
Plasmodium falciparum1200917320.040 Why?
Molecular Dynamics Simulation120214090.040 Why?
Neoplasms32018216960.040 Why?
Crystallography, X-Ray1202120120.030 Why?
Humans1320187443660.030 Why?
Cations120162320.030 Why?
Drug Stability120152910.030 Why?
Gene Knockout Techniques120188080.030 Why?
Models, Molecular2201554510.030 Why?
Molecular Conformation120155620.030 Why?
Models, Chemical120166260.030 Why?
Protein Conformation2201440100.030 Why?
Carcinoma, Non-Small-Cell Lung1201252230.030 Why?
Fluorescence Resonance Energy Transfer120164010.030 Why?
Catalysis120157620.030 Why?
Mice, Inbred NOD1201818790.030 Why?
NIH 3T3 Cells120146770.030 Why?
Disease Models, Animal12012180340.030 Why?
Molecular Structure1201718990.030 Why?
Mice, SCID1201827160.030 Why?
Microscopy, Electron, Transmission120147120.030 Why?
Permeability120147380.030 Why?
Phagocytosis1201815390.030 Why?
Equipment Failure Analysis120148680.030 Why?
Biological Assay120146520.020 Why?
Drug Synergism1201517940.020 Why?
Endosomes120135190.020 Why?
Tumor Cells, Cultured1201863130.020 Why?
Xenograft Model Antitumor Assays1201835540.020 Why?
Apoptosis2201897240.020 Why?
Cell Death1201517070.020 Why?
Cell Line, Tumor22017166900.020 Why?
Calorimetry, Differential Scanning12009940.020 Why?
Circular Dichroism120093540.020 Why?
Cytoplasm1201315360.020 Why?
Binding Sites1201761110.020 Why?
Dimerization120098950.020 Why?
Software1202144410.020 Why?
Fluorescent Dyes1201419170.020 Why?
Electrophoresis, Polyacrylamide Gel1200918010.020 Why?
Equipment Design1201435820.020 Why?
Mice, Nude1201236890.020 Why?
Treatment Outcome12012631070.020 Why?
Sequence Homology, Amino Acid1200928390.020 Why?
DNA Primers1200928910.020 Why?
Flow Cytometry1201359740.010 Why?
Immunotherapy1201844460.010 Why?
Enzyme-Linked Immunosorbent Assay1200938730.010 Why?
Kinetics1200964760.010 Why?
Phenotype12018163670.010 Why?
Sensitivity and Specificity12014147230.010 Why?
Contrast Media1201253000.010 Why?
Base Sequence12009127970.010 Why?
Amino Acid Sequence12009138140.010 Why?
Reproducibility of Results12014199050.010 Why?
Molecular Sequence Data12009181110.010 Why?
Time Factors12014400750.010 Why?
Female120183801930.000 Why?
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Concepts (134)
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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.