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Thomas Cech

Concepts (706)

Concepts are derived automatically from a person's publications.

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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?
Telomerase	88	2022	206	19.540	Why?
RNA	104	2023	809	11.840	Why?
Telomere	60	2022	202	10.570	Why?
RNA, Catalytic	103	2018	182	10.370	Why?
Tetrahymena	123	2018	155	7.910	Why?
Telomere-Binding Proteins	30	2021	88	7.480	Why?
Polycomb Repressive Complex 2	16	2023	59	7.320	Why?
Nucleic Acid Conformation	141	2022	669	7.120	Why?
RNA Splicing	87	2021	245	5.250	Why?
Chromatin	22	2023	428	5.020	Why?
Introns	78	2021	227	4.820	Why?
RNA, Protozoan	42	2018	55	4.320	Why?
Tetrahymena thermophila	33	2015	58	4.170	Why?
Base Sequence	172	2020	2114	4.110	Why?
DNA-Binding Proteins	39	2023	1314	3.970	Why?
RNA Precursors	48	2023	136	3.680	Why?
RNA, Ribosomal	67	1998	157	3.650	Why?
Protein Binding	45	2023	1889	2.950	Why?
Molecular Sequence Data	125	2014	2785	2.850	Why?
RNA, Fungal	19	2018	66	2.760	Why?
DNA	48	2023	1352	2.760	Why?
DNA, Single-Stranded	18	2022	111	2.720	Why?
Saccharomyces cerevisiae Proteins	19	2014	333	2.580	Why?
Saccharomyces cerevisiae	25	2016	476	2.500	Why?
Mutation	50	2021	3345	2.500	Why?
Promoter Regions, Genetic	14	2023	1131	2.480	Why?
Ribonucleoproteins	15	2014	85	2.300	Why?
Binding Sites	69	2020	1168	2.210	Why?
RNA, Long Noncoding	7	2023	154	2.070	Why?
DNA Replication	11	2022	202	2.040	Why?
RNA-Binding Protein FUS	5	2015	11	1.960	Why?
Chromosomes	18	2022	85	1.930	Why?
Schizosaccharomyces	11	2018	53	1.880	Why?
Euplotes	12	2004	12	1.850	Why?
Models, Molecular	44	2018	1369	1.690	Why?
Transcription, Genetic	33	2021	1313	1.670	Why?
Animals	211	2023	31698	1.620	Why?
RNA-Binding Proteins	9	2023	344	1.610	Why?
Cell Nucleus	22	2021	554	1.570	Why?
HEK293 Cells	16	2021	591	1.550	Why?
Induced Pluripotent Stem Cells	6	2022	182	1.540	Why?
Kinetics	70	2010	1551	1.480	Why?
Telomere Homeostasis	4	2020	24	1.440	Why?
RNA, Messenger	20	2021	2552	1.410	Why?
Protozoan Proteins	10	2010	62	1.400	Why?
Catalysis	42	2009	289	1.390	Why?
G-Quadruplexes	4	2023	15	1.390	Why?
Gene Expression Regulation, Neoplastic	5	2021	1141	1.360	Why?
Endoribonucleases	9	2017	62	1.350	Why?
DNA, Protozoan	15	2011	26	1.350	Why?
Schizosaccharomyces pombe Proteins	10	2018	41	1.290	Why?
Guanosine	19	2004	39	1.250	Why?
Alleles	4	2020	789	1.250	Why?
Protein Subunits	8	2018	201	1.240	Why?
DNA Methylation	4	2022	495	1.240	Why?
Histones	8	2023	535	1.220	Why?
RNA, Untranslated	3	2014	113	1.210	Why?
Gene Silencing	6	2022	171	1.180	Why?
Amyotrophic Lateral Sclerosis	3	2019	60	1.170	Why?
Oxytricha	11	2003	12	1.160	Why?
Enhancer of Zeste Homolog 2 Protein	8	2023	37	1.080	Why?
Fungal Proteins	10	2004	119	1.080	Why?
Neoplasms	8	2020	2097	1.060	Why?
Clustered Regularly Interspaced Short Palindromic Repeats	4	2021	25	1.020	Why?
HeLa Cells	14	2021	562	1.000	Why?
Repetitive Sequences, Nucleic Acid	12	2011	104	0.990	Why?
Gene Editing	3	2021	57	0.980	Why?
Substrate Specificity	34	2009	352	0.980	Why?
DNA Primers	11	2010	510	0.950	Why?
Humans	93	2022	114654	0.950	Why?
Nuclear Proteins	8	2016	591	0.940	Why?
Magnesium	23	2004	145	0.940	Why?
Urinary Bladder Neoplasms	3	2021	196	0.930	Why?
RNA Polymerase II	4	2017	284	0.920	Why?
Protein Structure, Tertiary	15	2013	796	0.880	Why?
Polynucleotides	1	2023	13	0.880	Why?
DNA (Cytosine-5-)-Methyltransferase 1	1	2022	13	0.840	Why?
Oligodeoxyribonucleotides	11	2013	138	0.840	Why?
Academies and Institutes	4	2005	44	0.830	Why?
Crystallography, X-Ray	15	2023	402	0.820	Why?
Cell Line	17	2021	2635	0.820	Why?
Anabaena	8	2009	18	0.820	Why?
Replicon	1	2022	14	0.820	Why?
Gene Expression Regulation	11	2020	2319	0.810	Why?
Research	5	2015	394	0.810	Why?
Oligoribonucleotides	19	1998	52	0.800	Why?
Histone Code	3	2020	28	0.800	Why?
Templates, Genetic	10	2015	59	0.780	Why?
Universities	6	2014	340	0.760	Why?
Organelles	1	2022	51	0.760	Why?
Exons	18	2020	302	0.750	Why?
Base Composition	22	2017	75	0.710	Why?
Neoplasm Proteins	2	2020	384	0.710	Why?
Transcription Factors	4	2021	1528	0.700	Why?
Multiprotein Complexes	3	2020	140	0.690	Why?
Gene Expression Regulation, Enzymologic	3	2021	270	0.680	Why?
Ribonuclease P	6	2013	25	0.680	Why?
Pluripotent Stem Cells	1	2020	63	0.670	Why?
Laboratories	2	2014	95	0.660	Why?
Electrophoresis, Polyacrylamide Gel	18	2013	318	0.660	Why?
CRISPR-Cas Systems	2	2021	78	0.660	Why?
C9orf72 Protein	1	2019	9	0.660	Why?
Recombinant Proteins	13	2019	1230	0.660	Why?
Amino Acid Sequence	20	2014	1982	0.660	Why?
Trinucleotide Repeats	1	2019	24	0.650	Why?
Cell Line, Tumor	9	2021	2710	0.640	Why?
Frontotemporal Dementia	1	2019	22	0.640	Why?
Nucleic Acid Precursors	15	1987	24	0.640	Why?
Protein Multimerization	5	2023	157	0.630	Why?
Cloning, Molecular	18	2004	522	0.620	Why?
Polycomb-Group Proteins	1	2018	29	0.610	Why?
Thermodynamics	20	2006	382	0.610	Why?
Biomarkers, Tumor	2	2015	1040	0.600	Why?
Serine Proteases	2	2015	14	0.600	Why?
Hydrogen Bonding	20	2007	143	0.590	Why?
Gene Expression Regulation, Fungal	3	2008	59	0.590	Why?
Evolution, Molecular	5	2009	430	0.590	Why?
Ciliophora	7	2013	14	0.580	Why?
RNA-Directed DNA Polymerase	6	2000	34	0.580	Why?
Genetic Engineering	4	2010	80	0.570	Why?
DNA Nucleotidylexotransferase	6	1998	11	0.560	Why?
Mutagenesis, Site-Directed	14	2012	345	0.550	Why?
Enzyme Activation	7	2019	785	0.550	Why?
Carrier Proteins	3	2020	695	0.540	Why?
Amino Acids	3	2017	448	0.540	Why?
Mutagenesis	10	2021	168	0.530	Why?
Models, Biological	16	2013	1620	0.530	Why?
DNA Helicases	5	2014	133	0.520	Why?
Escherichia coli	14	2005	720	0.520	Why?
RNA, Small Nucleolar	2	2013	8	0.520	Why?
RNA Editing	1	2015	20	0.510	Why?
Nucleosomes	6	2023	123	0.510	Why?
Proteins	10	2009	908	0.500	Why?
Dipeptidyl-Peptidases and Tripeptidyl-Peptidases	1	2015	4	0.490	Why?
Aminopeptidases	1	2015	9	0.490	Why?
Biomedical Research	4	2018	585	0.480	Why?
Methylation	13	2022	208	0.480	Why?
Genes	13	1990	223	0.480	Why?
Chromosomes, Human	1	2014	39	0.470	Why?
Research Personnel	4	2004	149	0.470	Why?
Science	2	2005	48	0.470	Why?
Genes, Fungal	8	2004	49	0.470	Why?
Public-Private Sector Partnerships	1	2014	43	0.460	Why?
Conserved Sequence	8	2005	218	0.460	Why?
Oligonucleotides	12	2011	137	0.460	Why?
RNA, Transfer	4	2012	118	0.460	Why?
Electrophoretic Mobility Shift Assay	5	2017	72	0.450	Why?
Aminobenzoates	1	2013	7	0.450	Why?
DNA Mutational Analysis	2	2017	372	0.440	Why?
Research Support as Topic	4	2007	108	0.440	Why?
Protein Transport	4	2015	395	0.440	Why?
Naphthalenes	1	2013	38	0.440	Why?
Drug Industry	1	2014	103	0.430	Why?
RNA Ligase (ATP)	2	2009	5	0.430	Why?
Chromosomes, Fungal	7	2004	24	0.430	Why?
DNA, Mitochondrial	8	1988	182	0.430	Why?
Biological Science Disciplines	2	2003	15	0.430	Why?
RNA, Double-Stranded	5	2016	44	0.420	Why?
Binding, Competitive	8	2020	193	0.420	Why?
Recombinant Fusion Proteins	7	2018	616	0.420	Why?
DNA, Fungal	6	2018	69	0.410	Why?
Edetic Acid	11	1997	47	0.400	Why?
Teaching	2	2005	213	0.400	Why?
Guanine	4	2017	76	0.400	Why?
DNA End-Joining Repair	1	2012	15	0.400	Why?
Periodicals as Topic	2	2005	181	0.400	Why?
DNA Primase	2	2022	43	0.390	Why?
Cross-Linking Reagents	9	2001	181	0.390	Why?
Yeasts	3	2012	49	0.390	Why?
Arabidopsis Proteins	1	2012	65	0.380	Why?
Cell Compartmentation	3	2022	51	0.380	Why?
Arabidopsis	1	2012	79	0.380	Why?
Cryoelectron Microscopy	2	2023	143	0.370	Why?
RNA, Bacterial	4	2004	174	0.370	Why?
Genetic Testing	1	2013	379	0.370	Why?
Gene Expression Profiling	4	2020	1518	0.360	Why?
Models, Genetic	14	2005	562	0.360	Why?
Plasmids	14	2008	343	0.360	Why?
High-Throughput Nucleotide Sequencing	1	2013	439	0.360	Why?
Structure-Activity Relationship	12	2017	502	0.350	Why?
Sequence Alignment	7	2014	323	0.340	Why?
Adenosine Triphosphatases	3	2005	153	0.340	Why?
Sequence Homology, Amino Acid	4	2004	353	0.340	Why?
Ascomycota	3	2022	27	0.330	Why?
Protein Conformation	6	2023	805	0.330	Why?
Epigenesis, Genetic	3	2019	520	0.330	Why?
Ribonucleoproteins, Small Nuclear	2	2018	23	0.320	Why?
Genome, Human	3	2016	347	0.320	Why?
DNA (Cytosine-5-)-Methyltransferases	2	2022	26	0.320	Why?
Mitochondria	6	1996	747	0.320	Why?
Temperature	12	2012	565	0.310	Why?
Tyrosine-tRNA Ligase	1	2008	4	0.310	Why?
Naegleria	2	1998	2	0.310	Why?
Sequence Deletion	6	2012	167	0.310	Why?
Crystallization	6	2018	136	0.310	Why?
Phosphoproteins	1	2010	298	0.310	Why?
Ribose	6	1999	18	0.300	Why?
Phylogeny	10	2020	789	0.300	Why?
Interdisciplinary Communication	3	2009	183	0.300	Why?
Plant Diseases	3	2020	32	0.290	Why?
RNA, Transfer, Leu	3	1996	7	0.290	Why?
Deoxyribonucleotides	2	2002	17	0.290	Why?
Protein Processing, Post-Translational	3	2019	399	0.290	Why?
Phosphates	4	2004	159	0.290	Why?
Protein Domains	2	2020	207	0.280	Why?
Uridine	4	2011	29	0.280	Why?
History, 21st Century	3	2018	159	0.280	Why?
Ferrous Compounds	8	1996	22	0.280	Why?
RNA, Transfer, Gln	2	1996	2	0.280	Why?
Recombination, Genetic	5	2004	176	0.270	Why?
Point Mutation	6	2015	216	0.270	Why?
Nucleotide Motifs	3	2017	29	0.270	Why?
Cytoplasm	2	2019	255	0.260	Why?
Pyrenes	3	2001	5	0.260	Why?
Natural Science Disciplines	1	2005	1	0.260	Why?
Gene Deletion	5	2008	356	0.260	Why?
In Situ Hybridization, Fluorescence	4	2021	309	0.250	Why?
Macromolecular Substances	7	2006	200	0.250	Why?
Genome	2	2020	271	0.250	Why?
Bacterial Proteins	2	2016	736	0.250	Why?
RNA Processing, Post-Transcriptional	4	2014	82	0.240	Why?
Guanosine Triphosphate	8	2002	85	0.240	Why?
Genetic Techniques	3	2001	58	0.240	Why?
Diffusion of Innovation	1	2005	93	0.240	Why?
Imaging, Three-Dimensional	2	2020	511	0.240	Why?
Molecular Structure	6	2012	434	0.240	Why?
Apoptosis	1	2013	2362	0.240	Why?
Microscopy, Electron	13	1995	410	0.240	Why?
Enzymes	4	1989	62	0.240	Why?
Glucose-6-Phosphate	1	2004	6	0.230	Why?
Autoantigens	4	2003	396	0.230	Why?
Catalytic Domain	2	2008	196	0.230	Why?
Inverted Repeat Sequences	2	2015	13	0.230	Why?
Glucosamine	1	2004	12	0.230	Why?
Metals	3	1997	106	0.230	Why?
Education, Continuing	1	2004	39	0.230	Why?
RNA Stability	3	2021	90	0.230	Why?
In Vitro Techniques	4	2015	1016	0.230	Why?
Bacillus subtilis	1	2004	58	0.220	Why?
Gain of Function Mutation	1	2023	30	0.220	Why?
Disulfides	2	2001	90	0.220	Why?
Transcription Initiation Site	2	2014	40	0.220	Why?
Protein Interaction Domains and Motifs	2	2014	129	0.220	Why?
Solubility	2	2019	223	0.220	Why?
Faculty	1	2004	130	0.210	Why?
Sequence Homology, Nucleic Acid	7	1999	152	0.210	Why?
Dimerization	4	2011	176	0.210	Why?
Pinus	1	2022	15	0.210	Why?
Genes, Protozoan	4	2010	10	0.200	Why?
History, 20th Century	3	2015	264	0.200	Why?
Eukaryota	4	1991	47	0.200	Why?
Base Pairing	4	2016	59	0.200	Why?
Sulfuric Acid Esters	4	2013	7	0.200	Why?
Molecular Weight	11	2003	331	0.200	Why?
Tripartite Motif-Containing Protein 28	1	2021	6	0.190	Why?
Gene Expression Regulation, Bacterial	1	2004	285	0.190	Why?
DNA Polymerase I	1	2021	26	0.190	Why?
Organization and Administration	1	2001	8	0.190	Why?
Deoxyribonucleoproteins	3	1989	3	0.190	Why?
Lysine	2	2022	242	0.190	Why?
Intellectual Property	1	2001	5	0.190	Why?
DNA Repair	2	2014	184	0.190	Why?
Protein Biosynthesis	4	2012	385	0.190	Why?
Phosphorylation	3	2014	1569	0.190	Why?
eIF-2 Kinase	2	1998	24	0.190	Why?
Deoxyguanine Nucleotides	2	1998	8	0.190	Why?
Betulaceae	1	2020	1	0.180	Why?
Biochemistry	1	2001	40	0.180	Why?
Manganese	5	2001	55	0.180	Why?
Antigens, Nuclear	1	2000	19	0.180	Why?
Trioxsalen	6	1981	6	0.180	Why?
RNA, Ribosomal, 5S	1	2000	4	0.180	Why?
RNA Interference	3	2014	433	0.180	Why?
Peptide Biosynthesis	1	2000	13	0.180	Why?
RNA, Ribosomal, 23S	1	2000	12	0.180	Why?
Replication Protein A	1	2020	11	0.180	Why?
Commerce	1	2001	61	0.180	Why?
Europe	5	2022	334	0.180	Why?
Nucleoproteins	4	1993	27	0.180	Why?
Cell Proliferation	3	2021	2186	0.180	Why?
Blotting, Western	2	2014	1147	0.170	Why?
Zebrafish	1	2023	411	0.170	Why?
Ficusin	2	2016	3	0.170	Why?
Gram-Negative Facultatively Anaerobic Rods	2	1997	2	0.170	Why?
Coiled Bodies	2	2016	7	0.170	Why?
Anticodon	2	1996	22	0.170	Why?
Microscopy, Atomic Force	1	2020	113	0.170	Why?
Small Molecule Libraries	1	2020	79	0.160	Why?
S Phase	2	2016	69	0.160	Why?
Ribosomes	1	2000	148	0.160	Why?
Mice	13	2022	14863	0.160	Why?
Sulfhydryl Compounds	1	2001	177	0.160	Why?
Oligonucleotide Probes	4	1993	54	0.160	Why?
Conflict of Interest	1	2001	119	0.160	Why?
Autopsy	1	2019	84	0.160	Why?
Active Transport, Cell Nucleus	2	2016	110	0.160	Why?
Circular Dichroism	1	2019	135	0.160	Why?
Endonucleases	2	2016	30	0.160	Why?
Models, Structural	6	1994	37	0.160	Why?
Biological Evolution	7	1998	416	0.160	Why?
Ultraviolet Rays	9	1997	363	0.150	Why?
Cells, Cultured	2	2017	3885	0.150	Why?
Indans	1	2018	9	0.150	Why?
Gene Regulatory Networks	1	2020	228	0.150	Why?
Hot Temperature	4	2003	302	0.150	Why?
Uracil	2	1995	28	0.150	Why?
Telomeric Repeat Binding Protein 2	1	2017	5	0.150	Why?
Species Specificity	7	2021	542	0.150	Why?
5-Methylcytosine	1	2017	16	0.150	Why?
Magnetic Resonance Spectroscopy	2	1998	473	0.150	Why?
Sequence Analysis, DNA	2	1997	723	0.150	Why?
DNA-Directed RNA Polymerases	3	1987	51	0.150	Why?
Fluorescent Dyes	1	1999	301	0.150	Why?
Awards and Prizes	1	2018	56	0.150	Why?
DNA Modification Methylases	1	2017	14	0.150	Why?
Cytochrome b Group	3	1996	16	0.150	Why?
Single-Cell Analysis	1	2019	188	0.150	Why?
Drosophila	2	2017	133	0.150	Why?
X Chromosome	1	2017	47	0.150	Why?
Coumarins	4	1978	20	0.140	Why?
CpG Islands	1	2017	117	0.140	Why?
Hydrolysis	6	1998	173	0.140	Why?
Deoxyribonucleases, Type II Site-Specific	2	1991	16	0.140	Why?
Gene Expression Regulation, Developmental	1	2022	800	0.140	Why?
Nucleic Acid Hybridization	12	1989	187	0.140	Why?
Homeodomain Proteins	1	2020	463	0.140	Why?
Ribonuclease H	1	2017	11	0.140	Why?
Societies, Scientific	2	2009	47	0.140	Why?
National Institutes of Health (U.S.)	3	2009	106	0.140	Why?
RecQ Helicases	3	2005	10	0.140	Why?
Biological Transport	3	2010	373	0.140	Why?
Cell Adhesion Molecules	1	2017	168	0.140	Why?
Gene Knockdown Techniques	2	2016	299	0.140	Why?
Polymerase Chain Reaction	4	2013	993	0.130	Why?
DNA, Ribosomal	5	1988	79	0.130	Why?
Cytosine	2	2003	44	0.130	Why?
Structural Homology, Protein	2	2014	23	0.130	Why?
RNA, Transfer, Ile	1	1996	1	0.130	Why?
RNA, Viral	4	1994	565	0.130	Why?
GA-Binding Protein Transcription Factor	1	2015	5	0.130	Why?
Chromatin Immunoprecipitation	3	2022	128	0.130	Why?
Chromosome Deletion	4	1991	95	0.130	Why?
Amino Acid Motifs	3	2000	197	0.130	Why?
Cations, Divalent	5	1997	51	0.130	Why?
Models, Chemical	3	2004	248	0.130	Why?
Spectrometry, Fluorescence	3	2001	157	0.130	Why?
Exoribonucleases	1	2016	40	0.130	Why?
Cell Survival	2	2021	1020	0.130	Why?
Hydrogen-Ion Concentration	5	2000	511	0.120	Why?
Trees	2	2012	61	0.120	Why?
Gram-Positive Bacteria	1	1995	45	0.120	Why?
Chromatin Assembly and Disassembly	1	2015	88	0.120	Why?
Entrepreneurship	1	2014	2	0.120	Why?
Urothelium	1	2015	33	0.120	Why?
TATA-Binding Protein Associated Factors	1	2014	15	0.120	Why?
Sulfonamides	1	2018	445	0.120	Why?
Sf9 Cells	1	2014	9	0.120	Why?
Maltose-Binding Proteins	1	2014	10	0.120	Why?
RNA, Small Interfering	1	2017	535	0.120	Why?
Restriction Mapping	4	2000	77	0.120	Why?
Survival Analysis	1	2017	1211	0.120	Why?
Repressor Proteins	1	2017	366	0.120	Why?
Cell Cycle Proteins	2	2016	551	0.120	Why?
Spodoptera	1	2014	36	0.120	Why?
DNA Restriction Enzymes	8	1988	54	0.120	Why?
Trans-Activators	1	1997	367	0.120	Why?
Open Reading Frames	2	2004	116	0.120	Why?
Bromodeoxyuridine	1	1994	72	0.110	Why?
Ribonucleoprotein, U5 Small Nuclear	1	2014	11	0.110	Why?
Adenosine Triphosphate	1	1996	430	0.110	Why?
Immunoprecipitation	1	2014	151	0.110	Why?
Light	3	1994	336	0.110	Why?
Protein Aggregates	1	2014	65	0.110	Why?
MCF-7 Cells	1	2014	105	0.110	Why?
RNA 3' End Processing	1	2013	11	0.110	Why?
Nucleic Acid Denaturation	5	2002	31	0.110	Why?
CME-Carbodiimide	1	2013	1	0.110	Why?
Retroelements	3	1998	39	0.110	Why?
Proto-Oncogene Proteins	1	1997	608	0.110	Why?
Phosphorothioate Oligonucleotides	1	2013	9	0.110	Why?
DNA Footprinting	1	2013	28	0.110	Why?
Adenosine Monophosphate	3	1998	49	0.110	Why?
RNA Cleavage	1	2013	7	0.110	Why?
Heterozygote	2	2006	251	0.110	Why?
Cell Differentiation	1	2020	1700	0.110	Why?
Polymorphism, Single Nucleotide	1	2020	1879	0.110	Why?
Adenine	5	2003	219	0.110	Why?
RNA Nucleotidyltransferases	2	2016	24	0.100	Why?
United States	7	2009	12179	0.100	Why?
Sequence Analysis, RNA	3	2020	385	0.100	Why?
RNA, Transfer, Met	1	1992	6	0.100	Why?
Genetic Variation	4	2022	870	0.100	Why?
Protein Interaction Mapping	1	2013	101	0.100	Why?
Introduced Species	1	2012	34	0.100	Why?
Chemistry, Pharmaceutical	1	2012	98	0.100	Why?
Carboxylic Ester Hydrolases	1	1992	15	0.100	Why?
Peptides	1	1997	848	0.100	Why?
Fibroblasts	2	2014	838	0.100	Why?
Serine	1	2012	126	0.100	Why?
T-Phages	1	1991	22	0.100	Why?
Sporadotrichina	1	1991	1	0.100	Why?
Adaptor Proteins, Signal Transducing	1	2014	367	0.100	Why?
Furocoumarins	3	1981	8	0.100	Why?
Thymidine	1	2011	58	0.100	Why?
Chlorophyta	1	1991	13	0.100	Why?
Dyskeratosis Congenita	1	2011	4	0.100	Why?
Fungi	1	2012	124	0.100	Why?
Protein Structure, Secondary	2	2005	325	0.090	Why?
Nuclear Magnetic Resonance, Biomolecular	2	2005	238	0.090	Why?
Electrophoresis, Gel, Pulsed-Field	2	2001	17	0.090	Why?
Estradiol	1	2014	455	0.090	Why?
beta-Galactosidase	2	1993	62	0.090	Why?
Abies	1	2010	2	0.090	Why?
Gene Library	3	1999	114	0.090	Why?
Oryzias	1	2010	8	0.090	Why?
Phosphorus Radioisotopes	3	2001	27	0.090	Why?
Fluorescence Resonance Energy Transfer	1	2011	170	0.090	Why?
Entropy	2	2000	35	0.090	Why?
Ethidium	2	1985	5	0.080	Why?
Clinical Medicine	1	2009	19	0.080	Why?
Chromatography, Affinity	3	1998	80	0.080	Why?
Immunoglobulin G	1	2012	770	0.080	Why?
Neurospora crassa	1	2008	16	0.080	Why?
Rabbits	1	2010	733	0.080	Why?
Arginine	1	1989	238	0.080	Why?
Leucine	1	2008	102	0.070	Why?
Databases, Factual	1	2012	1125	0.070	Why?
DNA Ligases	2	2000	15	0.070	Why?
Physarum	2	1986	4	0.070	Why?
Bacteria	1	2013	725	0.070	Why?
Anniversaries and Special Events	1	2007	12	0.070	Why?
Career Choice	1	2009	177	0.070	Why?
Phenotype	2	2008	2796	0.070	Why?
Idoxuridine	2	1997	2	0.070	Why?
Buffers	1	2007	53	0.070	Why?
Acylation	1	2007	28	0.070	Why?
DNA-Directed DNA Polymerase	2	1998	44	0.070	Why?
Alternative Splicing	2	2005	187	0.070	Why?
Acid Phosphatase	1	1986	17	0.070	Why?
Diploidy	1	2006	11	0.070	Why?
Haploidy	1	2006	21	0.070	Why?
Dideoxynucleosides	1	1986	20	0.070	Why?
Solutions	1	2007	146	0.070	Why?
Deoxyguanosine	1	1986	26	0.070	Why?
Kluyveromyces	2	1997	4	0.070	Why?
Nucleic Acid Amplification Techniques	1	2006	34	0.070	Why?
DNA, Complementary	2	1997	256	0.070	Why?
Nucleotidyltransferases	2	2002	26	0.070	Why?
DNA Probes	2	1998	59	0.070	Why?
Thionucleotides	2	2000	34	0.070	Why?
Transfection	2	2017	866	0.070	Why?
Photochemistry	5	1994	125	0.070	Why?
DNA, Bacterial	2	2005	311	0.070	Why?
Acridine Orange	1	1985	3	0.070	Why?
Intercalating Agents	1	1985	5	0.060	Why?
Reverse Transcriptase Polymerase Chain Reaction	1	2008	923	0.060	Why?
Gene Dosage	1	2006	129	0.060	Why?
Luminescent Agents	1	2005	7	0.060	Why?
Galactosidases	1	1985	2	0.060	Why?
Hemagglutinins	1	2005	9	0.060	Why?
Polyribosomes	1	2004	22	0.060	Why?
Mass Spectrometry	2	2017	633	0.060	Why?
Protein Engineering	1	2005	98	0.060	Why?
Magnesium Chloride	3	1991	7	0.060	Why?
Strontium	2	1997	14	0.060	Why?
Haplotypes	1	2006	448	0.060	Why?
Nobel Prize	1	2004	4	0.060	Why?
Sulfur	2	1997	46	0.060	Why?
Personnel Management	1	2004	11	0.060	Why?
Spliceosomes	1	2004	38	0.060	Why?
Guanosine Monophosphate	2	1995	7	0.060	Why?
Feedback, Physiological	1	2004	68	0.060	Why?
Green Fluorescent Proteins	1	2005	371	0.060	Why?
Blotting, Northern	1	2003	193	0.050	Why?
Gene Expression	2	2003	1421	0.050	Why?
Iron	2	1997	233	0.050	Why?
RNA, Transfer, Phe	2	1995	9	0.050	Why?
Codon	2	1996	86	0.050	Why?
Time Factors	4	2012	6115	0.050	Why?
Authorship	1	2003	31	0.050	Why?
Precipitin Tests	1	2003	88	0.050	Why?
Ethics, Research	1	2003	34	0.050	Why?
Sequence Analysis, Protein	1	2003	27	0.050	Why?
Teaching Materials	1	2003	25	0.050	Why?
Financial Support	1	2003	18	0.050	Why?
Kanamycin Resistance	1	2002	2	0.050	Why?
Electrophoresis, Agar Gel	2	1998	25	0.050	Why?
Hydroxylation	2	1993	29	0.050	Why?
Electrophoresis	2	2003	26	0.050	Why?
Chemistry	3	1990	38	0.050	Why?
Cyclization	3	1987	15	0.050	Why?
Adenosine	2	1996	203	0.050	Why?
Microsatellite Repeats	1	2022	136	0.050	Why?
Nucleic Acid Renaturation	6	1983	7	0.050	Why?
Chemical Phenomena	3	1990	80	0.050	Why?
Inhibitory Concentration 50	1	2002	74	0.050	Why?
Molecular Chaperones	2	2014	157	0.050	Why?
Enzyme Inhibitors	1	2005	750	0.050	Why?
Crystallography	2	1993	25	0.050	Why?
Embryo, Mammalian	1	2022	213	0.050	Why?
Alkylation	1	2001	18	0.050	Why?
Bacteriophage phi X 174	1	1981	4	0.050	Why?
Human Embryonic Stem Cells	1	2021	18	0.050	Why?
HCT116 Cells	1	2021	70	0.050	Why?
Genetics, Population	1	2022	188	0.050	Why?
Chromosome Segregation	1	2001	36	0.050	Why?
Public Sector	1	2001	17	0.050	Why?
Consultants	1	2001	13	0.050	Why?
Quercus	1	2020	2	0.050	Why?
Amines	1	2001	34	0.050	Why?
Signal Transduction	1	2014	4512	0.050	Why?
DNA, Viral	2	1993	350	0.050	Why?
Ions	1	2001	59	0.050	Why?
Frameshifting, Ribosomal	1	2000	6	0.050	Why?
Cacodylic Acid	1	2000	1	0.050	Why?
Cobalt	1	2001	46	0.050	Why?
Flow Injection Analysis	1	2000	5	0.050	Why?
Synchrotrons	1	2000	8	0.050	Why?
DNA Ligase ATP	1	2000	4	0.050	Why?
Asia	1	2020	53	0.050	Why?
Private Sector	1	2001	51	0.050	Why?
Ku Autoantigen	1	2000	13	0.050	Why?
X-Rays	1	2000	30	0.050	Why?
Haloarcula marismortui	1	2000	1	0.050	Why?
Ecology	1	2001	95	0.050	Why?
Salts	1	2000	36	0.040	Why?
RNA, Archaeal	1	2000	13	0.040	Why?
Thermus thermophilus	1	2000	9	0.040	Why?
Consensus Sequence	1	2000	70	0.040	Why?
Bacteriophage lambda	1	1981	81	0.040	Why?
Industry	1	2001	65	0.040	Why?
Mitosis	1	2021	164	0.040	Why?
Archaeal Proteins	1	2000	45	0.040	Why?
Ribosomal Proteins	1	2000	70	0.040	Why?
Esterification	2	1991	12	0.040	Why?
Lac Operon	2	1994	44	0.040	Why?
Hydroxyl Radical	1	2000	89	0.040	Why?
snRNP Core Proteins	1	1999	5	0.040	Why?
Gene Rearrangement	1	2000	135	0.040	Why?
Coleoptera	1	1999	24	0.040	Why?
RNA, Transfer, Amino Acyl	2	1992	8	0.040	Why?
Ovary	1	2001	191	0.040	Why?
RNA Caps	1	1999	31	0.040	Why?
Protein Folding	1	2001	239	0.040	Why?
Hydroxides	1	1999	25	0.040	Why?
Luciferases	1	1999	142	0.040	Why?
Potassium	2	1997	128	0.040	Why?
Alanine	1	1999	104	0.040	Why?
Extracellular Signal-Regulated MAP Kinases	1	2020	157	0.040	Why?
Software	1	2003	530	0.040	Why?
Genes, Reporter	1	1999	257	0.040	Why?
Amino Acid Substitution	1	1999	262	0.040	Why?
Enzyme Stability	1	1998	62	0.040	Why?
Epithelial-Mesenchymal Transition	1	2020	167	0.040	Why?
Calcium	2	1997	1108	0.040	Why?
Heterochromatin	1	2018	32	0.040	Why?
Movement	1	2000	244	0.040	Why?
DNA Damage	1	2000	351	0.040	Why?
Chaetomium	1	2017	3	0.040	Why?
Peptidyl Transferases	1	1997	7	0.040	Why?
Biotinylation	1	1997	26	0.040	Why?
Mammals	1	1999	244	0.040	Why?
Water	1	2001	396	0.040	Why?
Sodium	2	1996	183	0.040	Why?
Barium	1	1997	25	0.040	Why?
Poly A	1	1997	46	0.040	Why?
Free Radical Scavengers	1	1997	78	0.040	Why?
Cadmium	1	1997	58	0.040	Why?
Proto-Oncogene Proteins c-myb	1	1997	9	0.040	Why?
Tumor Microenvironment	1	2020	430	0.040	Why?
Stem Cells	1	2021	545	0.040	Why?
Bromodeoxycytidine	1	1997	1	0.040	Why?
Osmolar Concentration	1	1997	173	0.040	Why?
Spores, Fungal	1	1997	20	0.030	Why?
Curriculum	1	2003	819	0.030	Why?
Mutagenesis, Insertional	1	1996	61	0.030	Why?
Amino Acyl-tRNA Synthetases	1	1996	28	0.030	Why?
Dinucleoside Phosphates	2	1987	24	0.030	Why?
Lasers	2	1994	121	0.030	Why?
Exosome Multienzyme Ribonuclease Complex	1	2016	1	0.030	Why?
Mouse Embryonic Stem Cells	1	2016	22	0.030	Why?
Deoxycytidine	1	1997	138	0.030	Why?
Multigene Family	1	1996	190	0.030	Why?
Particle Size	1	1996	317	0.030	Why?
Guanine Nucleotides	2	1988	15	0.030	Why?
RNA, Small Nuclear	1	1995	31	0.030	Why?
Cytidine	1	1994	3	0.030	Why?
2-Aminopurine	1	1994	10	0.030	Why?
Co-Repressor Proteins	1	2014	13	0.030	Why?
Receptor, Insulin	1	1995	93	0.030	Why?
Skin	1	1979	655	0.030	Why?
Forecasting	1	1996	330	0.030	Why?
RNA, Plant	1	1994	9	0.030	Why?
Fluorescent Antibody Technique	1	1995	397	0.030	Why?
Bacteriophage T4	1	1994	15	0.030	Why?
Drosophila melanogaster	3	1984	191	0.030	Why?
Origin of Life	1	1993	9	0.030	Why?
Moloney murine leukemia virus	1	1993	11	0.030	Why?
Deoxyribose	1	1993	5	0.030	Why?
Fluorine	1	1993	15	0.030	Why?
Xenopus	2	1984	97	0.030	Why?
3T3 Cells	1	1993	140	0.030	Why?
Biopolymers	1	1993	26	0.030	Why?
Solvents	1	1994	104	0.030	Why?
Drug Stability	1	1993	151	0.030	Why?
Electrophoresis, Gel, Two-Dimensional	1	1993	100	0.030	Why?
DNA Transposable Elements	2	1985	101	0.030	Why?
Capsid	1	1993	75	0.030	Why?
Capsid Proteins	1	1993	69	0.030	Why?
Micrococcal Nuclease	2	1983	19	0.030	Why?
RNA, Small Untranslated	1	1993	15	0.030	Why?
Neurodegenerative Diseases	1	2014	92	0.030	Why?
Epitopes	1	1995	435	0.030	Why?
Peptide Fragments	1	1997	666	0.030	Why?
Calorimetry	1	1992	60	0.030	Why?
Gene Transfer Techniques	1	1993	147	0.030	Why?
Genetic Vectors	1	1993	289	0.030	Why?
Female	2	2013	59488	0.030	Why?
Cell Cycle	1	1995	542	0.030	Why?
Pentetic Acid	1	1992	12	0.030	Why?
Iron Chelating Agents	1	1992	16	0.030	Why?
Rain	1	2012	30	0.030	Why?
Population Density	1	2012	94	0.020	Why?
Climate	1	2012	80	0.020	Why?
Principal Component Analysis	1	2012	175	0.020	Why?
Geography	1	2012	177	0.020	Why?
Free Radicals	1	1992	99	0.020	Why?
Blotting, Southern	1	1991	68	0.020	Why?
Cations	1	1991	78	0.020	Why?
Indicators and Reagents	1	1991	99	0.020	Why?
Densitometry	1	1991	29	0.020	Why?
Autoradiography	2	1989	70	0.020	Why?
Cellular Reprogramming	1	2011	84	0.020	Why?
Linear Models	1	2012	768	0.020	Why?
Radioisotope Dilution Technique	1	1990	13	0.020	Why?
Zinc	1	1993	260	0.020	Why?
Peptide Mapping	1	1990	60	0.020	Why?
Spectrophotometry, Atomic	1	1989	13	0.020	Why?
Information Systems	1	1990	61	0.020	Why?
Gene Amplification	1	1990	95	0.020	Why?
Nucleotide Mapping	1	1989	3	0.020	Why?
Cell Division	1	2011	758	0.020	Why?
Male	2	2013	55579	0.020	Why?
Succinimides	1	1989	15	0.020	Why?
Plant Leaves	1	2010	110	0.020	Why?
Formamides	1	1988	6	0.020	Why?
Cell Fractionation	1	1989	51	0.020	Why?
Nuclease Protection Assays	1	2008	5	0.020	Why?
Calcium Chloride	1	1988	14	0.020	Why?
Trace Elements	1	1989	45	0.020	Why?
Molecular Conformation	1	1989	135	0.020	Why?
Phosphorus	1	1989	82	0.020	Why?
Antibodies, Monoclonal	1	1995	1262	0.020	Why?
Socioeconomic Factors	1	2012	1078	0.020	Why?
Urea	1	1988	67	0.020	Why?
Tetrahymena pyriformis	1	1988	1	0.020	Why?
Ecosystem	1	2012	502	0.020	Why?
Selection, Genetic	1	1989	242	0.020	Why?
Seasons	1	2010	442	0.020	Why?
Deoxyribonuclease I	1	1987	34	0.020	Why?
Organic Chemistry Phenomena	1	1987	2	0.020	Why?
Chemistry, Organic	1	1987	6	0.020	Why?
Education, Graduate	1	2007	29	0.020	Why?
Nucleotides	1	1988	112	0.020	Why?
Insulin Resistance	1	1995	1072	0.020	Why?
Neurospora	1	1986	4	0.020	Why?
Oxygen	1	1991	854	0.020	Why?
Viroids	1	1986	2	0.020	Why?
Uracil Nucleotides	1	1985	1	0.020	Why?
Deoxyribonucleases	2	1977	21	0.020	Why?
Spermidine	1	1985	17	0.020	Why?
Werner Syndrome Helicase	1	2005	5	0.020	Why?
Exonucleases	1	2005	8	0.020	Why?
Mathematics	1	1985	101	0.020	Why?
Exodeoxyribonucleases	1	2005	24	0.020	Why?
Glutathione Transferase	1	2005	93	0.020	Why?
Internet	1	2009	596	0.010	Why?
Ribonucleases	1	1984	52	0.010	Why?
Embryo, Nonmammalian	1	1984	173	0.010	Why?
Genetic Complementation Test	1	2003	62	0.010	Why?
Enzyme-Linked Immunosorbent Assay	1	2005	797	0.010	Why?
Clone Cells	1	2003	247	0.010	Why?
Polymers	1	1985	448	0.010	Why?
Deoxyribonuclease HindIII	1	1981	2	0.010	Why?
Centrifugation, Density Gradient	2	1997	40	0.010	Why?
Liver	2	1977	1637	0.010	Why?
Methoxsalen	1	1979	4	0.010	Why?
Photochemotherapy	1	1979	29	0.010	Why?
Guinea Pigs	1	1979	136	0.010	Why?
Pancreatitis-Associated Proteins	1	1997	5	0.010	Why?
Cyclin B	1	1997	13	0.010	Why?
G1 Phase	1	1997	68	0.010	Why?
Hydroxyapatites	2	1974	12	0.010	Why?
Spermatozoa	1	1977	84	0.010	Why?
Karyotyping	2	1974	102	0.010	Why?
Extrachromosomal Inheritance	1	1976	1	0.010	Why?
Culture Techniques	1	1976	78	0.010	Why?
Phosphoric Acids	1	1994	16	0.010	Why?
Antigen-Antibody Complex	1	1995	84	0.010	Why?
Antibody Specificity	1	1995	176	0.010	Why?
Amides	1	1994	86	0.010	Why?
Cytogenetics	1	1973	11	0.010	Why?
Molecular Biology	1	1973	56	0.010	Why?
Terminology as Topic	1	1987	187	0.000	Why?
Tritium	1	1974	66	0.000	Why?
Cesium	1	1974	16	0.000	Why?

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