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Kathryn Horwitz

Concepts (514)

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?
Receptors, Progesterone	112	2020	342	10.410	Why?
Breast Neoplasms	119	2021	2116	6.360	Why?
Progesterone	47	2021	244	5.210	Why?
Receptors, Estrogen	57	2014	423	3.950	Why?
Progestins	23	2021	78	2.800	Why?
Estrogens	17	2014	348	2.010	Why?
Gene Expression Regulation, Neoplastic	21	2015	1318	1.890	Why?
Tamoxifen	26	2012	198	1.730	Why?
Transcription, Genetic	29	2012	1409	1.670	Why?
Estradiol	28	2014	494	1.640	Why?
SUMO-1 Protein	4	2012	20	0.970	Why?
Tumor Cells, Cultured	32	2009	929	0.790	Why?
Gene Expression Profiling	13	2014	1696	0.760	Why?
Keratin-5	4	2014	49	0.740	Why?
Neoplasms, Hormone-Dependent	8	2010	38	0.710	Why?
Promegestone	24	2005	33	0.680	Why?
Transcription Factors	12	2009	1636	0.650	Why?
Gene Expression Regulation	10	2011	2523	0.630	Why?
Biomarkers, Tumor	8	2020	1174	0.620	Why?
Stromal Cells	5	2014	104	0.620	Why?
Cell Proliferation	9	2014	2344	0.610	Why?
Protein Processing, Post-Translational	4	2013	448	0.580	Why?
HeLa Cells	15	2012	602	0.570	Why?
Promoter Regions, Genetic	12	2012	1195	0.570	Why?
Female	106	2021	68274	0.560	Why?
Estrogen Replacement Therapy	2	2008	141	0.560	Why?
Humans	157	2021	129078	0.550	Why?
Cell Line, Tumor	19	2014	3114	0.540	Why?
Medroxyprogesterone Acetate	3	2005	35	0.520	Why?
Cell Nucleus	27	2008	571	0.490	Why?
Antineoplastic Agents, Hormonal	6	2010	157	0.480	Why?
Mifepristone	11	2000	62	0.480	Why?
Neovascularization, Pathologic	2	2014	296	0.480	Why?
Neoplastic Stem Cells	3	2008	376	0.480	Why?
Lymphatic Metastasis	4	2010	312	0.480	Why?
Animals	54	2014	34708	0.470	Why?
Phosphorylation	19	2013	1686	0.470	Why?
Down-Regulation	9	2009	639	0.470	Why?
Platelet-Derived Growth Factor	2	2014	89	0.470	Why?
Mice	27	2014	16583	0.460	Why?
Molecular Sequence Data	21	2009	2846	0.460	Why?
Epigenomics	1	2015	111	0.450	Why?
Histone Acetyltransferases	4	2012	63	0.450	Why?
Epidermal Growth Factor	8	2005	170	0.440	Why?
Transcriptional Activation	9	2009	361	0.440	Why?
Epithelium	3	2013	312	0.420	Why?
Mice, Nude	9	2012	680	0.420	Why?
Cell Line	35	2009	2762	0.390	Why?
Cell Division	12	2003	802	0.390	Why?
Protein Isoforms	6	2011	370	0.390	Why?
MCF-7 Cells	4	2020	109	0.390	Why?
Binding Sites	15	2006	1239	0.380	Why?
DNA-Binding Proteins	10	2000	1424	0.380	Why?
Enzyme Inhibitors	3	2008	829	0.380	Why?
Models, Biological	5	2014	1704	0.370	Why?
Signal Transduction	18	2012	4867	0.370	Why?
Repressor Proteins	5	2002	400	0.370	Why?
Cyclins	4	1999	86	0.360	Why?
Neoplasm Proteins	4	2005	428	0.360	Why?
Receptors, Notch	1	2011	86	0.360	Why?
DNA	11	2000	1407	0.360	Why?
Tumor Necrosis Factor Ligand Superfamily Member 15	1	2010	8	0.340	Why?
Epigenesis, Genetic	1	2015	613	0.340	Why?
Peritoneal Neoplasms	1	2010	83	0.340	Why?
DNA Methylation	1	2015	602	0.330	Why?
Nuclear Proteins	7	2000	644	0.330	Why?
Transplantation, Heterologous	6	2009	190	0.330	Why?
Adenocarcinoma	2	2014	898	0.330	Why?
Alu Elements	1	2009	27	0.320	Why?
Milk Proteins	2	1999	37	0.310	Why?
Drug Resistance, Neoplasm	6	2010	738	0.310	Why?
Neoplasm Metastasis	5	2020	608	0.310	Why?
Neoplasm Transplantation	4	2014	255	0.310	Why?
Neoplasm Recurrence, Local	4	2013	952	0.300	Why?
Amino Acid Sequence	12	2009	2050	0.300	Why?
Protein Multimerization	1	2009	178	0.290	Why?
Aromatase Inhibitors	1	2008	51	0.290	Why?
Nuclear Receptor Coactivator 1	4	2012	10	0.290	Why?
Cyclic AMP	5	2006	230	0.280	Why?
Saccharomyces cerevisiae Proteins	2	2001	367	0.280	Why?
Cysteine Endopeptidases	3	2012	67	0.280	Why?
Ligands	10	2009	616	0.270	Why?
Cell Fusion	1	2006	51	0.270	Why?
Breast	5	2001	149	0.260	Why?
Selective Estrogen Receptor Modulators	2	2010	26	0.250	Why?
Models, Theoretical	2	2008	550	0.250	Why?
Trans-Activators	5	1999	387	0.250	Why?
Ovarian Neoplasms	1	2010	484	0.240	Why?
Base Sequence	11	2009	2157	0.240	Why?
Protein Binding	10	2009	2087	0.230	Why?
DNA, Neoplasm	6	1992	162	0.230	Why?
RNA, Messenger	11	2010	2702	0.230	Why?
Epithelial Cells	2	2010	1063	0.220	Why?
Lymph Nodes	1	2006	459	0.220	Why?
Gonanes	5	1997	27	0.220	Why?
Drug Resistance	8	2000	167	0.220	Why?
Cell Growth Processes	3	2010	52	0.220	Why?
Estrogen Receptor Modulators	3	2008	17	0.210	Why?
Receptors, Steroid	4	1999	47	0.210	Why?
Mutation	7	2012	3679	0.210	Why?
Sumoylation	2	2013	16	0.210	Why?
Molecular Weight	11	2000	332	0.210	Why?
Receptors, Cell Surface	7	1994	379	0.210	Why?
Peptide Fragments	5	2003	694	0.200	Why?
Disease Models, Animal	4	2014	3999	0.200	Why?
ErbB Receptors	4	2020	602	0.200	Why?
Phosphoserine	2	2000	31	0.190	Why?
Xenograft Model Antitumor Assays	4	2012	799	0.190	Why?
Norpregnadienes	3	1988	7	0.190	Why?
Calcium-Calmodulin-Dependent Protein Kinases	2	1999	181	0.190	Why?
Antibodies, Monoclonal	9	2006	1361	0.180	Why?
Leucine Zippers	3	1997	16	0.180	Why?
Immunohistochemistry	6	2008	1697	0.180	Why?
Transfection	8	2006	907	0.180	Why?
Multienzyme Complexes	2	2003	69	0.180	Why?
Mitogen-Activated Protein Kinases	2	2000	312	0.180	Why?
Antigens, Nuclear	1	2000	20	0.170	Why?
Recombinant Fusion Proteins	6	2000	642	0.170	Why?
Homeodomain Proteins	3	2009	480	0.170	Why?
Reverse Transcriptase Polymerase Chain Reaction	6	2010	957	0.170	Why?
Poly(ADP-ribose) Polymerases	1	2000	89	0.170	Why?
Estrogen Antagonists	11	2000	45	0.170	Why?
Response Elements	3	2009	87	0.160	Why?
Prolactin	2	1998	99	0.160	Why?
Receptor Cross-Talk	1	1998	21	0.160	Why?
Amino Acid Motifs	3	2006	210	0.160	Why?
MAP Kinase Signaling System	2	2001	305	0.160	Why?
Kinetics	15	2001	1622	0.160	Why?
Hormone Antagonists	2	1997	30	0.150	Why?
Disease Susceptibility	1	2021	338	0.150	Why?
Carcinogenesis	1	2020	201	0.150	Why?
Tumor Suppressor Proteins	2	1998	313	0.150	Why?
DNA Helicases	1	2000	149	0.150	Why?
Protein Structure, Tertiary	3	2012	835	0.150	Why?
Proto-Oncogene Proteins c-fos	2	1998	173	0.150	Why?
Progesterone Congeners	5	2008	16	0.150	Why?
Risk	1	2021	867	0.150	Why?
Cyclin-Dependent Kinase Inhibitor p21	4	1999	115	0.150	Why?
Affinity Labels	9	1990	25	0.150	Why?
Oligonucleotide Array Sequence Analysis	4	2010	772	0.140	Why?
Oxygenases	1	1997	10	0.140	Why?
Mitogen-Activated Protein Kinase Kinases	2	2012	130	0.140	Why?
CDC2-CDC28 Kinases	1	1997	20	0.140	Why?
Mutagenesis, Site-Directed	5	2001	357	0.140	Why?
Nafoxidine	8	1982	9	0.140	Why?
Endometrium	2	2008	61	0.140	Why?
Endometrial Neoplasms	4	2008	163	0.140	Why?
Phosphoproteins	3	2008	326	0.140	Why?
Immunoblotting	4	2004	302	0.140	Why?
Hyaluronan Receptors	2	2008	93	0.140	Why?
Endopeptidases	2	2012	82	0.140	Why?
Carcinogens	1	1997	111	0.140	Why?
8-Bromo Cyclic Adenosine Monophosphate	2	1994	20	0.140	Why?
Ribosomal Proteins	1	1997	76	0.140	Why?
Carcinoma, Endometrioid	2	2008	46	0.140	Why?
Cytoplasm	12	2006	260	0.140	Why?
Muscle, Smooth, Vascular	4	2000	430	0.130	Why?
Up-Regulation	3	2009	850	0.130	Why?
Cluster Analysis	4	2008	479	0.130	Why?
Microtubule-Associated Proteins	1	1997	183	0.130	Why?
Mammary Neoplasms, Experimental	8	2009	66	0.130	Why?
Blotting, Western	6	2010	1189	0.130	Why?
Apoptosis	5	2011	2485	0.130	Why?
Receptors, Glucocorticoid	8	2000	145	0.120	Why?
Consensus Sequence	2	2009	72	0.120	Why?
Tumor Microenvironment	2	2020	596	0.120	Why?
Phenotype	5	2011	3062	0.120	Why?
Receptors, Cytoplasmic and Nuclear	1	1996	210	0.120	Why?
Proto-Oncogene Proteins c-jun	1	1994	52	0.120	Why?
Methylation	1	2015	228	0.110	Why?
Heterografts	1	2014	129	0.110	Why?
Human Umbilical Vein Endothelial Cells	1	2014	95	0.110	Why?
Fibroblasts	2	2020	946	0.110	Why?
Drug Screening Assays, Antitumor	1	2014	195	0.110	Why?
Small Molecule Libraries	1	2014	85	0.110	Why?
Cell Cycle Proteins	1	1997	576	0.110	Why?
Ubiquitination	1	2013	96	0.110	Why?
Estrenes	4	1989	16	0.110	Why?
Intracellular Signaling Peptides and Proteins	2	2006	422	0.110	Why?
Immunoenzyme Techniques	2	2010	210	0.110	Why?
Immunophenotyping	1	2014	311	0.100	Why?
Drug Synergism	4	1998	354	0.100	Why?
Acetylation	1	2013	235	0.100	Why?
Neoplasms, Cystic, Mucinous, and Serous	1	2012	25	0.100	Why?
Pregnancy Complications, Neoplastic	1	2013	52	0.100	Why?
Chickens	6	1994	188	0.100	Why?
Carcinoma, Lobular	1	2012	46	0.100	Why?
DNA, Complementary	4	2001	270	0.100	Why?
Bone Neoplasms	1	2014	227	0.100	Why?
Disease Progression	3	2014	2607	0.100	Why?
Claudins	1	2011	25	0.090	Why?
Cytosol	9	1989	210	0.090	Why?
Cells, Cultured	10	2006	4063	0.090	Why?
Bridged-Ring Compounds	1	2011	13	0.090	Why?
M Phase Cell Cycle Checkpoints	1	2011	24	0.090	Why?
Pyrrolidines	3	1981	65	0.090	Why?
Amyloid Precursor Protein Secretases	1	2011	78	0.090	Why?
Nuclear Receptor Co-Repressor 1	3	2000	16	0.090	Why?
Estrogen Receptor alpha	2	2010	131	0.090	Why?
Polyploidy	1	1990	18	0.090	Why?
Neoplasms, Experimental	4	2008	168	0.090	Why?
Taxoids	1	2011	98	0.090	Why?
Genome, Human	1	2013	393	0.090	Why?
Receptor, Insulin	3	1985	99	0.090	Why?
Acetylcysteine	2	2003	148	0.090	Why?
COS Cells	2	2003	185	0.090	Why?
Hormones	2	1993	139	0.080	Why?
Cloning, Molecular	4	2006	536	0.080	Why?
Organ Specificity	1	2010	296	0.080	Why?
Chemokine CXCL12	1	2010	79	0.080	Why?
Histones	1	2015	584	0.080	Why?
Antineoplastic Agents	2	2008	2043	0.080	Why?
Liver Neoplasms	1	2014	637	0.080	Why?
Epitopes	1	1991	469	0.080	Why?
Nuclear Receptor Co-Repressor 2	2	2000	15	0.080	Why?
Time Factors	4	2008	6579	0.080	Why?
Sequence Homology, Nucleic Acid	1	2009	150	0.080	Why?
Receptors, Androgen	5	2005	143	0.080	Why?
Transformation, Genetic	1	1988	16	0.080	Why?
Neoadjuvant Therapy	2	2010	383	0.080	Why?
STAT5 Transcription Factor	2	1999	47	0.080	Why?
Drug Administration Routes	1	2008	39	0.080	Why?
Embryonal Carcinoma Stem Cells	1	2008	2	0.080	Why?
Mitogen-Activated Protein Kinase 3	2	2000	155	0.080	Why?
Protein Precursors	1	1989	126	0.080	Why?
Mitogen-Activated Protein Kinase 1	2	2000	185	0.080	Why?
Transcriptome	1	2014	875	0.080	Why?
MicroRNAs	1	2015	669	0.070	Why?
Substrate Specificity	1	2009	372	0.070	Why?
Microdissection	1	2007	16	0.070	Why?
Mammary Tumor Virus, Mouse	2	2000	42	0.070	Why?
Dactinomycin	4	1981	29	0.070	Why?
Androstadienes	1	2008	107	0.070	Why?
Binding, Competitive	6	1994	208	0.070	Why?
Pregnanes	1	1986	3	0.070	Why?
Lasers	1	2007	131	0.070	Why?
Structure-Activity Relationship	2	2002	540	0.070	Why?
Transforming Growth Factor beta	1	2009	460	0.070	Why?
Pregnanolone	1	1986	27	0.070	Why?
Receptor, IGF Type 1	1	2006	64	0.070	Why?
Recombinant Proteins	3	2003	1306	0.070	Why?
Neoplasm Invasiveness	3	2020	480	0.070	Why?
Protein Biosynthesis	3	2000	409	0.070	Why?
Drug Administration Schedule	1	2008	760	0.070	Why?
Menopause	3	2008	301	0.060	Why?
Pleural Effusion	1	2006	52	0.060	Why?
Cell Cycle	2	1999	582	0.060	Why?
Mutant Proteins	1	2006	97	0.060	Why?
Dose-Response Relationship, Drug	5	2005	1974	0.060	Why?
Brain Neoplasms	1	2014	1138	0.060	Why?
HSP90 Heat-Shock Proteins	1	2006	44	0.060	Why?
Zinc Fingers	2	1998	43	0.060	Why?
Chromatography, Affinity	4	1990	83	0.060	Why?
Methionine	2	2000	158	0.060	Why?
Gene Regulatory Networks	1	2007	279	0.060	Why?
Regulatory Sequences, Nucleic Acid	3	1997	88	0.060	Why?
Protein Structure, Secondary	1	2006	335	0.060	Why?
Hydroxyprogesterones	1	1985	1	0.060	Why?
Chromosome Mapping	4	1999	505	0.060	Why?
Keratins	1	2005	176	0.060	Why?
Uterine Neoplasms	1	2006	101	0.060	Why?
Thromboplastin	1	2004	75	0.060	Why?
Cycloheximide	4	1989	55	0.060	Why?
Dexamethasone	5	2000	331	0.060	Why?
Chloramphenicol O-Acetyltransferase	2	1994	37	0.060	Why?
Protein Conformation	2	2001	853	0.060	Why?
Dimerization	2	2002	189	0.060	Why?
Cell Transformation, Neoplastic	1	2006	322	0.060	Why?
Patient Care Planning	1	2005	152	0.060	Why?
Cell Movement	2	2006	935	0.050	Why?
Paclitaxel	1	2004	214	0.050	Why?
Microscopy, Confocal	1	2004	308	0.050	Why?
Plasmids	2	2002	358	0.050	Why?
Genes, Reporter	2	1994	269	0.050	Why?
Cell Adhesion	1	2004	452	0.050	Why?
Biomarkers	1	2014	3878	0.050	Why?
Proteasome Endopeptidase Complex	2	2003	145	0.050	Why?
Analysis of Variance	1	2005	1285	0.050	Why?
Sequence Alignment	1	2003	333	0.050	Why?
Sequence Homology, Amino Acid	1	2003	370	0.050	Why?
Mutagenesis	1	2003	179	0.050	Why?
Oligodeoxyribonucleotides	2	1993	138	0.050	Why?
Biomedical Research	1	2008	654	0.050	Why?
Flow Cytometry	3	1992	1147	0.050	Why?
Uterus	1	2003	204	0.050	Why?
Testosterone	1	2005	382	0.050	Why?
Iron Chelating Agents	1	2001	18	0.050	Why?
Lung Neoplasms	1	2014	2357	0.050	Why?
MAP Kinase Kinase Kinase 1	1	2001	19	0.050	Why?
Oligonucleotide Probes	2	1992	54	0.050	Why?
Pregnancy	2	2013	6256	0.050	Why?
Androgens	7	1986	173	0.050	Why?
Growth Substances	2	1999	155	0.050	Why?
Cell Differentiation	2	2006	1858	0.050	Why?
Oviducts	3	1986	17	0.050	Why?
Ultracentrifugation	1	2001	48	0.050	Why?
Vascular Endothelial Growth Factor A	1	2004	529	0.050	Why?
Gene Library	2	1992	118	0.050	Why?
Sequence Deletion	1	2001	180	0.040	Why?
Genetic Variation	2	1999	935	0.040	Why?
CCAAT-Enhancer-Binding Proteins	1	2000	37	0.040	Why?
Ku Autoantigen	1	2000	13	0.040	Why?
Exons	2	1999	332	0.040	Why?
DNA-Activated Protein Kinase	1	2000	16	0.040	Why?
Ubiquitins	1	2000	37	0.040	Why?
CD146 Antigen	1	2020	41	0.040	Why?
Glutathione Transferase	1	2000	98	0.040	Why?
Peptides, Cyclic	1	2001	258	0.040	Why?
Phosphates	2	1993	168	0.040	Why?
Chromosomes, Human, Pair 17	1	1999	55	0.040	Why?
Nucleic Acid Hybridization	2	1990	191	0.040	Why?
Phosphotyrosine	1	1998	36	0.040	Why?
Receptors, Growth Factor	1	1998	55	0.040	Why?
Imidazoles	1	2000	225	0.040	Why?
Chromosomes, Human, Pair 6	1	1998	52	0.040	Why?
STAT1 Transcription Factor	1	1998	69	0.040	Why?
Protein Folding	1	2000	263	0.040	Why?
Immunoassay	2	1989	101	0.040	Why?
Sp1 Transcription Factor	1	1998	25	0.040	Why?
Middle Aged	6	2013	31024	0.040	Why?
JNK Mitogen-Activated Protein Kinases	1	1998	160	0.040	Why?
Suppression, Genetic	1	1998	24	0.040	Why?
Rats	9	1991	5254	0.040	Why?
Hydrocortisone	3	1985	300	0.040	Why?
Cyclin B	1	1997	15	0.040	Why?
Cyclin A	1	1997	17	0.040	Why?
Glycoproteins	1	2000	340	0.040	Why?
p38 Mitogen-Activated Protein Kinases	1	1998	268	0.040	Why?
Dihydrotestosterone	3	1979	39	0.040	Why?
Isomerism	1	1997	48	0.040	Why?
Cell Compartmentation	3	1989	52	0.040	Why?
Cyclin-Dependent Kinase Inhibitor p27	1	1997	71	0.040	Why?
Cyclin-Dependent Kinase Inhibitor p16	1	1997	68	0.040	Why?
G1 Phase	1	1997	70	0.040	Why?
Biological Transport	1	1998	394	0.040	Why?
Cyclin-Dependent Kinase 2	1	1997	38	0.040	Why?
Zinc Finger E-box-Binding Homeobox 1	2	2008	24	0.040	Why?
Blood Platelets	2	1994	370	0.030	Why?
Yeasts	1	1997	54	0.030	Why?
Autoantigens	1	2000	414	0.030	Why?
STAT3 Transcription Factor	1	1998	187	0.030	Why?
Chromatin	1	2000	471	0.030	Why?
Gas Chromatography-Mass Spectrometry	2	1986	126	0.030	Why?
Cyclin-Dependent Kinases	1	1997	129	0.030	Why?
Pyridines	1	2000	472	0.030	Why?
Photochemistry	2	1990	131	0.030	Why?
Gene Expression	3	2006	1477	0.030	Why?
Centrifugation, Density Gradient	4	1983	39	0.030	Why?
Adult	5	2013	35423	0.030	Why?
Precipitin Tests	2	2000	94	0.030	Why?
Membrane Proteins	1	2001	1102	0.030	Why?
Prognosis	4	2009	3793	0.030	Why?
Molecular Structure	1	1996	469	0.030	Why?
TATA Box	1	1994	24	0.030	Why?
Protein Kinases	2	2008	305	0.030	Why?
Biopolymers	1	1994	32	0.030	Why?
Adenosine Diphosphate	1	1994	79	0.030	Why?
Risk Factors	1	2008	9804	0.030	Why?
Estradiol Congeners	3	1981	3	0.030	Why?
Chromatography, DEAE-Cellulose	2	1985	13	0.030	Why?
Genes, jun	1	1993	9	0.030	Why?
Glucocorticoids	6	2000	571	0.030	Why?
Genes, fos	1	1993	33	0.030	Why?
Antibodies	2	1986	393	0.030	Why?
Aneuploidy	1	1994	92	0.030	Why?
In Vitro Techniques	1	1995	1061	0.030	Why?
beta-Galactosidase	1	1993	75	0.030	Why?
Macromolecular Substances	2	1983	212	0.030	Why?
Karyotyping	1	2012	107	0.030	Why?
Castration	4	1982	14	0.020	Why?
Ploidies	1	1992	17	0.020	Why?
Serotonin	1	1994	321	0.020	Why?
Reference Values	1	1994	791	0.020	Why?
Ultraviolet Rays	2	1985	386	0.020	Why?
9,10-Dimethyl-1,2-benzanthracene	2	1985	24	0.020	Why?
Serine	2	2003	133	0.020	Why?
Clone Cells	1	1992	258	0.020	Why?
Cytokines	1	1999	1997	0.020	Why?
DNA Probes	1	1990	61	0.020	Why?
Cell Cycle Checkpoints	1	2011	95	0.020	Why?
Codon	1	1990	88	0.020	Why?
Peptide Chain Initiation, Translational	1	1990	42	0.020	Why?
Rabbits	1	1991	757	0.020	Why?
Neoplasms	1	2004	2429	0.020	Why?
Radioligand Assay	1	1989	47	0.020	Why?
Mitosis	1	2011	177	0.020	Why?
Acceleration	1	1969	30	0.020	Why?
Smad3 Protein	1	2009	44	0.020	Why?
Estrogen Receptor beta	2	2000	34	0.020	Why?
Cyanogen Bromide	1	1989	1	0.020	Why?
Formaldehyde	1	1989	57	0.020	Why?
Peptide Mapping	1	1989	62	0.020	Why?
Trypsin	1	1989	73	0.020	Why?
Antigen-Antibody Complex	2	1987	84	0.020	Why?
Mice, SCID	1	2009	340	0.020	Why?
Mesoderm	1	2009	139	0.020	Why?
Microtubules	1	2011	252	0.020	Why?
Endometrial Hyperplasia	1	2008	11	0.020	Why?
Fluorescent Antibody Technique	1	1989	392	0.020	Why?
Tissue Array Analysis	1	2008	55	0.020	Why?
Testosterone Congeners	2	1979	8	0.020	Why?
Perilipin-1	1	2008	16	0.020	Why?
S100 Proteins	1	2008	40	0.020	Why?
Phosphorus Radioisotopes	1	1987	30	0.020	Why?
Mice, Inbred NOD	1	2009	579	0.020	Why?
Hysterectomy	1	2008	118	0.020	Why?
Gene Silencing	1	2008	181	0.020	Why?
Chromatography, High Pressure Liquid	1	1989	487	0.020	Why?
DNA Primers	2	1998	522	0.020	Why?
3-Hydroxysteroid Dehydrogenases	1	1986	8	0.020	Why?
Steroid Hydroxylases	1	1986	21	0.020	Why?
Protein C Inhibitor	1	2006	1	0.020	Why?
Chromatography, Thin Layer	1	1986	23	0.020	Why?
Chromatography, Gas	1	1986	32	0.020	Why?
Ligases	1	2006	31	0.020	Why?
Cadherins	1	2008	186	0.020	Why?
Insulin Receptor Substrate Proteins	1	2006	59	0.020	Why?
Half-Life	1	1986	148	0.020	Why?
RNA	2	2005	877	0.020	Why?
Stress, Physiological	1	1969	413	0.020	Why?
Heterotrimeric GTP-Binding Proteins	1	2006	14	0.020	Why?
Tacrolimus Binding Proteins	1	2006	25	0.020	Why?
Adaptor Proteins, Vesicular Transport	1	2006	45	0.020	Why?
Androstenes	1	2005	17	0.020	Why?
Levonorgestrel	1	2005	34	0.020	Why?
Polymerase Chain Reaction	2	1998	1045	0.020	Why?
Electrophoresis, Polyacrylamide Gel	1	1986	326	0.020	Why?
Desogestrel	1	2005	46	0.020	Why?
Polymers	1	1989	475	0.020	Why?
17-alpha-Hydroxyprogesterone	1	1985	3	0.020	Why?
Cell Fractionation	2	1982	55	0.020	Why?
Amino Acids	1	1988	470	0.010	Why?
Cricetinae	2	1999	275	0.010	Why?
Alkaline Phosphatase	1	2005	148	0.010	Why?
RNA Interference	1	2006	448	0.010	Why?
Molecular Chaperones	1	2006	170	0.010	Why?
Calcitriol	1	1985	56	0.010	Why?
Sucrose	1	2004	93	0.010	Why?
Magnetic Resonance Spectroscopy	1	1986	511	0.010	Why?
Neoplasm Staging	1	2008	1286	0.010	Why?
Aged	3	2012	22068	0.010	Why?
Polyethylene Glycols	1	1989	598	0.010	Why?
Genes, Dominant	1	2004	92	0.010	Why?
Insulin-Like Growth Factor I	1	2006	308	0.010	Why?
Receptors, Adrenergic, beta	1	1985	126	0.010	Why?
Homeostasis	1	1988	605	0.010	Why?
NIH 3T3 Cells	1	2004	142	0.010	Why?
Carrier Proteins	1	2008	731	0.010	Why?
Chromatography, Gel	1	1983	125	0.010	Why?
Butadienes	1	2003	35	0.010	Why?
Cysteine Proteinase Inhibitors	1	2003	50	0.010	Why?
Lymphocytes	1	1985	369	0.010	Why?
Active Transport, Cell Nucleus	1	2003	112	0.010	Why?
Disease-Free Survival	1	2004	657	0.010	Why?
Fatty Acids, Unsaturated	1	2003	93	0.010	Why?
Nitriles	1	2003	162	0.010	Why?
Bromodeoxyuridine	1	1982	77	0.010	Why?
Hypophysectomy	3	1977	15	0.010	Why?
RNA, Small Interfering	1	2004	577	0.010	Why?
Lipid Metabolism	1	1985	492	0.010	Why?
Butyrates	1	1982	53	0.010	Why?
Cell Survival	1	2004	1085	0.010	Why?
Deoxyadenosines	1	1980	9	0.010	Why?
Dogs	1	1982	372	0.010	Why?
Proportional Hazards Models	1	2004	1221	0.010	Why?
Y-Box-Binding Protein 1	1	2000	5	0.010	Why?
NFI Transcription Factors	1	2000	8	0.010	Why?
Diethylstilbestrol	2	1979	9	0.010	Why?
Clinical Trials as Topic	1	1984	1005	0.010	Why?
Culture Techniques	1	1999	82	0.010	Why?
Aorta	1	1982	410	0.010	Why?
Coumestrol	1	1978	1	0.010	Why?
Mycotoxins	1	1978	3	0.010	Why?
Coumarins	1	1978	20	0.010	Why?
Isoflavones	1	1978	25	0.010	Why?
Premenopause	1	1999	126	0.010	Why?
Flavonoids	1	1978	79	0.010	Why?
Subcellular Fractions	1	1978	80	0.010	Why?
Insulin	1	1988	2313	0.010	Why?
Gene Deletion	1	1999	375	0.010	Why?
Regression Analysis	1	2000	987	0.010	Why?
In Situ Hybridization, Fluorescence	1	1998	321	0.010	Why?
Remission, Spontaneous	1	1977	38	0.010	Why?
Recurrence	2	1978	1013	0.010	Why?
Adrenal Glands	1	1977	73	0.010	Why?
Postmenopause	1	1999	366	0.010	Why?
Hypersensitivity	1	2000	277	0.010	Why?
Aged, 80 and over	1	2008	7063	0.010	Why?
Sex Factors	1	1982	1950	0.010	Why?
Fluoxymesterone	1	1975	2	0.010	Why?
Antineoplastic Combined Chemotherapy Protocols	1	1984	1572	0.010	Why?
Mice, Inbred C57BL	1	2006	5282	0.010	Why?
Ovary	1	1977	212	0.010	Why?
Nucleic Acid Conformation	1	1997	705	0.010	Why?
Cattle	1	1994	973	0.010	Why?
Clostridium tetani	1	1969	1	0.010	Why?
Nystagmus, Pathologic	1	1969	10	0.010	Why?
Treatment Outcome	1	2004	10256	0.010	Why?
Peptides	1	1994	904	0.000	Why?
Genetic Vectors	1	1990	312	0.000	Why?
Corticosterone	1	1969	214	0.000	Why?
Salmonella typhimurium	1	1969	174	0.000	Why?
Hybridomas	1	1987	234	0.000	Why?
Male	3	1999	63248	0.000	Why?
Adrenalectomy	2	1977	67	0.000	Why?
Pindolol	1	1985	15	0.000	Why?
Mice, Inbred BALB C	1	1987	1230	0.000	Why?
Blood Proteins	1	1985	233	0.000	Why?
Solubility	1	1980	233	0.000	Why?
Zeranol	1	1978	1	0.000	Why?
Zearalenone	1	1978	2	0.000	Why?
Sex Hormone-Binding Globulin	1	1978	53	0.000	Why?
Aminoglutethimide	1	1977	5	0.000	Why?
Species Specificity	1	1976	568	0.000	Why?

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