Joanne Sadowski Ingwall, Ph.D.

Concepts (521)

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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?
Myocardium	124	2014	4648	4.390	Why?
Adenosine Triphosphate	83	2018	1982	3.520	Why?
Creatine Kinase	56	2018	690	3.240	Why?
Myocardial Contraction	53	2018	1510	2.810	Why?
Energy Metabolism	40	2018	2854	1.960	Why?
Creatine	18	2013	424	1.630	Why?
Heart	51	2012	4374	1.430	Why?
Phosphocreatine	37	2008	261	1.130	Why?
Magnetic Resonance Spectroscopy	69	2018	3752	1.040	Why?
Troponin T	5	2012	765	0.760	Why?
Mitochondria, Heart	11	2011	232	0.740	Why?
Myosin Heavy Chains	6	2009	399	0.700	Why?
Cardiomegaly	12	2009	594	0.630	Why?
Myocardial Ischemia	15	2006	2151	0.630	Why?
Sodium	12	2011	1592	0.620	Why?
Cardiomyopathy, Hypertrophic, Familial	5	2012	63	0.560	Why?
Cardiomyopathy, Hypertrophic	5	2014	1260	0.500	Why?
Myocytes, Cardiac	8	2011	1630	0.490	Why?
Rats	69	2011	23562	0.480	Why?
Purines	6	2008	600	0.470	Why?
Isoenzymes	27	2006	1690	0.470	Why?
Ventricular Remodeling	4	2009	1234	0.470	Why?
Adenylate Kinase	5	2011	99	0.460	Why?
Animals	169	2018	166802	0.460	Why?
Myosins	7	2012	402	0.440	Why?
Iodoacetamide	5	2008	33	0.430	Why?
Calcium	19	2011	5699	0.420	Why?
Nuclear Magnetic Resonance, Biomolecular	5	2011	510	0.420	Why?
Oxygen Consumption	18	2008	1838	0.420	Why?
Heart Failure	9	2010	11725	0.420	Why?
Sodium-Potassium-Exchanging ATPase	7	2011	474	0.410	Why?
Creatine Kinase, Mitochondrial Form	1	2011	2	0.400	Why?
Adenosine Diphosphate	10	2009	427	0.390	Why?
Hypertrophy, Left Ventricular	5	2011	851	0.390	Why?
Sarcoplasmic Reticulum	4	2011	161	0.380	Why?
Hydrogen-Ion Concentration	20	2009	2509	0.380	Why?
Glucose	19	2013	4343	0.370	Why?
Creatine Kinase, MB Form	1	2011	211	0.370	Why?
Energy Transfer	1	2010	106	0.370	Why?
Sarcoplasmic Reticulum Calcium-Transporting ATPases	2	2011	126	0.370	Why?
Diastole	8	2018	788	0.370	Why?
Myocardial Infarction	18	2013	11830	0.370	Why?
Physical Exertion	3	2013	660	0.360	Why?
Cardiomyopathies	6	2009	1921	0.350	Why?
Cytological Techniques	1	2011	219	0.340	Why?
Myocardial Reperfusion	5	1998	348	0.330	Why?
Myocardial Reperfusion Injury	4	2008	476	0.330	Why?
Cardiomyopathy, Dilated	4	2007	815	0.320	Why?
Perfusion	23	2018	1364	0.320	Why?
Mesenchymal Stem Cell Transplantation	3	2009	494	0.310	Why?
Sodium Channels	2	2011	346	0.310	Why?
5'-Nucleotidase	3	2006	158	0.310	Why?
alpha-Crystallin B Chain	1	2007	24	0.300	Why?
GTP-Binding Protein alpha Subunits, Gs	1	2009	194	0.300	Why?
Exercise Tolerance	1	2013	808	0.300	Why?
Phosphorus	16	1997	334	0.300	Why?
Cardiotonic Agents	2	2008	546	0.290	Why?
Receptors, Tumor Necrosis Factor, Type I	1	2008	255	0.290	Why?
Mice, Transgenic	17	2012	9465	0.290	Why?
Rats, Inbred Strains	20	1992	2082	0.280	Why?
Calcineurin	1	2008	226	0.280	Why?
Muscles	8	1990	1579	0.280	Why?
Hydrolysis	5	2018	666	0.270	Why?
Heat-Shock Proteins	2	2007	797	0.270	Why?
Ferrets	6	1998	176	0.270	Why?
Prodrugs	1	2008	259	0.270	Why?
Fatty Acids, Nonesterified	1	2007	393	0.260	Why?
Mice	54	2012	80543	0.250	Why?
L-Lactate Dehydrogenase	16	2004	414	0.250	Why?
Kinetics	22	2002	6352	0.250	Why?
Nitric Oxide	4	2008	2112	0.250	Why?
Phosphates	15	1999	765	0.240	Why?
Enzyme Inhibitors	6	2011	3703	0.240	Why?
Cardiac Output, Low	3	1996	192	0.240	Why?
Proto-Oncogene Proteins c-akt	4	2009	2440	0.230	Why?
Rats, Sprague-Dawley	16	2009	8157	0.230	Why?
Ion Channel Gating	1	2006	436	0.230	Why?
Muscle Proteins	12	2001	1151	0.230	Why?
Glycolysis	5	2011	825	0.230	Why?
Muscle Contraction	1	2008	1199	0.220	Why?
Dobutamine	4	2007	116	0.220	Why?
Thermodynamics	5	2007	593	0.210	Why?
Fetal Heart	12	1982	283	0.210	Why?
Muscle, Skeletal	5	2011	4877	0.210	Why?
Cardioplegic Solutions	3	2013	120	0.210	Why?
Potassium	8	2013	1318	0.210	Why?
Oxygen	10	2007	4171	0.210	Why?
Genetic Engineering	1	2007	930	0.190	Why?
Mutation	6	2014	29705	0.190	Why?
Papillary Muscles	5	2011	191	0.190	Why?
Folic Acid	1	2008	1299	0.190	Why?
Transgenes	1	2004	999	0.190	Why?
Coronary Disease	19	1988	5995	0.190	Why?
Rats, Inbred SHR	5	1995	187	0.180	Why?
Multienzyme Complexes	4	2007	663	0.170	Why?
Coronary Circulation	11	2007	1561	0.170	Why?
Organ Culture Techniques	21	1999	795	0.160	Why?
Dog Diseases	1	1999	134	0.160	Why?
Rubidium Radioisotopes	1	1998	76	0.160	Why?
Cardiac Pacing, Artificial	5	2007	859	0.150	Why?
Inosine	5	2011	131	0.150	Why?
Weaning	2	1995	102	0.150	Why?
Citrate (si)-Synthase	6	1996	47	0.150	Why?
Point Mutation	2	2004	1591	0.140	Why?
Tumor Necrosis Factor-alpha	1	2008	4343	0.140	Why?
Ouabain	5	2011	247	0.140	Why?
Mice, Knockout	5	2011	14296	0.130	Why?
Dogs	14	2005	3840	0.130	Why?
Rats, Wistar	9	2004	1838	0.130	Why?
Heart Diseases	2	2018	2790	0.130	Why?
Gene Expression Regulation	4	2008	11883	0.130	Why?
Adenosine Monophosphate	4	2008	267	0.130	Why?
Lithium	1	1998	598	0.130	Why?
Animals, Newborn	7	2000	2660	0.120	Why?
Protein Kinase C	1	1999	1199	0.120	Why?
Mice, Inbred C57BL	6	2018	21712	0.120	Why?
Protein Isoforms	2	2009	1694	0.120	Why?
Intracellular Fluid	1	1995	201	0.120	Why?
Hypertrophy, Right Ventricular	1	1995	108	0.120	Why?
Organ Size	8	2018	2247	0.120	Why?
Heart Rate	12	1998	4092	0.110	Why?
Guinea Pigs	4	2011	1311	0.110	Why?
Blood Pressure	16	2001	8467	0.110	Why?
Diabetes Mellitus, Experimental	1	1999	1092	0.110	Why?
Physical Conditioning, Animal	1	1997	362	0.110	Why?
Disease Models, Animal	15	2007	17958	0.110	Why?
Enalapril	1	1995	310	0.110	Why?
Male	60	2018	354881	0.110	Why?
Adenine Nucleotides	5	2001	111	0.100	Why?
Genetic Predisposition to Disease	1	2014	17648	0.100	Why?
Verapamil	4	1989	242	0.100	Why?
Acidosis	2	1994	270	0.100	Why?
Mesenchymal Stem Cells	3	2009	1618	0.100	Why?
Time Factors	25	2012	39854	0.100	Why?
Guanine Nucleotides	1	2011	55	0.100	Why?
Stress, Physiological	4	2007	1392	0.100	Why?
Ventricular Fibrillation	2	1992	537	0.100	Why?
Aging	6	1998	8578	0.100	Why?
Rabbits	10	1996	4761	0.100	Why?
Reperfusion Injury	2	2008	1004	0.100	Why?
Isoproterenol	1	2011	393	0.100	Why?
Thallium	4	1983	100	0.090	Why?
Blotting, Western	3	2009	5035	0.090	Why?
Mitochondrial Proton-Translocating ATPases	1	2010	53	0.090	Why?
Mesocricetus	3	1996	250	0.090	Why?
Intracellular Membranes	2	1992	390	0.090	Why?
Deoxyglucose	2	2009	333	0.090	Why?
Glycogen	2	2007	251	0.080	Why?
Hemodynamics	7	2000	4172	0.080	Why?
Homeostasis	3	2011	3277	0.080	Why?
Radioisotopes	4	1983	497	0.080	Why?
Acute Coronary Syndrome	2	2013	2355	0.080	Why?
Receptors, Adrenergic, beta	1	2009	240	0.080	Why?
Hypertension	7	2000	8496	0.080	Why?
Poly(A)-Binding Proteins	1	2008	36	0.080	Why?
Mice, Mutant Strains	4	2000	1765	0.080	Why?
Transduction, Genetic	2	2009	895	0.080	Why?
Glucose Tolerance Test	1	2011	1169	0.080	Why?
Turkeys	4	1996	45	0.080	Why?
Sarcomeres	2	2009	370	0.080	Why?
Cytosol	2	2009	881	0.080	Why?
Microscopy, Electron	7	2008	2560	0.080	Why?
Tetrahydrofolates	1	2008	58	0.080	Why?
Sarcolemma	4	1995	65	0.070	Why?
Hyperhomocysteinemia	1	2008	118	0.070	Why?
HSP27 Heat-Shock Proteins	1	2007	67	0.070	Why?
Glycogen Storage Disease	1	2007	41	0.070	Why?
Spectrum Analysis	4	1983	451	0.070	Why?
Models, Cardiovascular	5	1999	970	0.070	Why?
Cricetinae	3	1996	2421	0.070	Why?
Phenotype	5	2008	16439	0.070	Why?
Dose-Response Relationship, Drug	4	2012	10797	0.070	Why?
Adenosine	1	2011	825	0.070	Why?
Cell Size	1	2008	621	0.070	Why?
Creatine Kinase, MM Form	1	2005	10	0.070	Why?
Creatine Kinase, BB Form	1	2005	7	0.070	Why?
Ventricular Dysfunction, Left	1	1997	2119	0.070	Why?
Ventricular Function	1	2007	408	0.060	Why?
Glyceraldehyde-3-Phosphate Dehydrogenases	1	2005	78	0.060	Why?
Adrenergic beta-Agonists	1	2007	347	0.060	Why?
Cytoprotection	1	2006	200	0.060	Why?
Methylation	1	2008	1075	0.060	Why?
Mutation, Missense	2	2012	2556	0.060	Why?
Lactic Acid	3	2007	1125	0.060	Why?
Humans	37	2014	752341	0.060	Why?
Norepinephrine	1	1987	898	0.060	Why?
Paracrine Communication	1	2006	275	0.060	Why?
Carbon	1	2008	670	0.060	Why?
Signal Transduction	2	2006	23233	0.060	Why?
RNA, Messenger	4	2008	12738	0.060	Why?
Cells, Cultured	9	2011	18915	0.060	Why?
Ischemia	3	1990	1874	0.060	Why?
Ventricular Function, Left	5	2001	3821	0.060	Why?
Buffers	2	1995	144	0.060	Why?
PPAR gamma	1	2006	484	0.060	Why?
Sympatholytics	2	1993	82	0.060	Why?
Rats, Inbred WKY	4	1995	152	0.060	Why?
Angina Pectoris	2	1987	970	0.050	Why?
Mathematics	5	1988	709	0.050	Why?
Chromatography, High Pressure Liquid	2	2000	1540	0.050	Why?
Membrane Potentials	1	2006	1096	0.050	Why?
Protein Biosynthesis	2	1983	2110	0.050	Why?
AMP-Activated Protein Kinases	4	2007	589	0.050	Why?
Metabolomics	1	2011	1602	0.050	Why?
Nitroarginine	1	2001	66	0.050	Why?
Proto-Oncogene Proteins	2	2005	4474	0.050	Why?
Tropomyosin	1	2002	99	0.050	Why?
Insulin	7	2013	6569	0.050	Why?
Oxidation-Reduction	1	2007	2192	0.050	Why?
Troponin I	1	2006	632	0.050	Why?
Bone Marrow Cells	1	2009	2416	0.050	Why?
Linear Models	2	2009	5858	0.050	Why?
Random Allocation	1	2005	2387	0.050	Why?
Membrane Transport Proteins	1	2006	1036	0.050	Why?
Hyperthyroidism	1	2003	292	0.050	Why?
Heme Oxygenase (Decyclizing)	1	2001	165	0.050	Why?
Ventricular Pressure	3	1997	202	0.050	Why?
Enzyme Activation	2	2007	3597	0.050	Why?
Protein Processing, Post-Translational	1	2008	1953	0.050	Why?
Cations, Monovalent	2	1998	25	0.050	Why?
Forecasting	2	2004	2916	0.040	Why?
Emergency Medical Services	1	2012	1908	0.040	Why?
Mesoderm	1	2003	670	0.040	Why?
Thyrotoxicosis	1	2001	83	0.040	Why?
Triiodothyronine	2	2001	494	0.040	Why?
Models, Animal	1	2006	2115	0.040	Why?
Oxidative Stress	2	2008	3050	0.040	Why?
Calcium Channel Blockers	2	1993	690	0.040	Why?
Furazolidone	2	1996	6	0.040	Why?
Transcriptional Activation	1	2005	1751	0.040	Why?
Pyruvic Acid	1	2000	195	0.040	Why?
Magnetics	3	1999	599	0.040	Why?
Body Weight	4	2018	4606	0.040	Why?
Iodide Peroxidase	1	2001	294	0.040	Why?
Phosphorylation	3	2009	8315	0.040	Why?
Ions	2	1998	262	0.040	Why?
Phosphorus Isotopes	5	1999	124	0.040	Why?
Protein Kinases	1	2005	1613	0.040	Why?
Nitric Oxide Synthase Type III	1	2001	693	0.040	Why?
Nitric Oxide Synthase	1	2001	909	0.040	Why?
Systole	3	1998	946	0.040	Why?
Amino Acids	4	1983	1713	0.040	Why?
Reverse Transcriptase Polymerase Chain Reaction	1	2005	4572	0.040	Why?
Female	19	2013	386053	0.040	Why?
Monosaccharide Transport Proteins	1	1999	440	0.040	Why?
Gene Expression	1	2011	7580	0.040	Why?
Intercellular Signaling Peptides and Proteins	1	2005	1649	0.040	Why?
Hydrogen	1	1998	172	0.040	Why?
Amino Acid Substitution	3	2007	1734	0.040	Why?
Guanidines	2	1996	191	0.040	Why?
Rats, Inbred F344	1	1998	807	0.040	Why?
Phosphofructokinase-1	1	1996	51	0.030	Why?
Transcription, Genetic	2	2008	7576	0.030	Why?
Ventricular Dysfunction	1	1997	145	0.030	Why?
Androstadienes	1	1998	346	0.030	Why?
Bisoprolol	1	1996	9	0.030	Why?
Potassium Chloride	2	1988	233	0.030	Why?
Long QT Syndrome	1	2000	451	0.030	Why?
Dietary Sucrose	1	2018	245	0.030	Why?
Heart Arrest, Induced	3	1983	355	0.030	Why?
Ion Channels	3	2001	1042	0.030	Why?
Models, Biological	8	1993	9449	0.030	Why?
Endothelium, Vascular	1	2008	4419	0.030	Why?
Shock, Hemorrhagic	1	1997	224	0.030	Why?
Insulin-Like Growth Factor I	2	2006	1914	0.030	Why?
Propionates	1	1996	178	0.030	Why?
Ion-Selective Electrodes	1	1995	6	0.030	Why?
Sodium Chloride	1	1997	598	0.030	Why?
Trans-Activators	1	2005	2851	0.030	Why?
Protein Binding	2	2005	9273	0.030	Why?
Blood	1	1997	584	0.030	Why?
Calcium-Transporting ATPases	3	2001	122	0.030	Why?
Acetylcysteine	1	1996	264	0.030	Why?
Stem Cell Transplantation	1	2003	1600	0.030	Why?
Diacetyl	1	1994	21	0.030	Why?
Fetus	7	1983	1885	0.030	Why?
Myofibrils	3	2009	141	0.030	Why?
Nucleosides	2	1985	130	0.030	Why?
Chick Embryo	4	1980	978	0.030	Why?
Tissue Distribution	1	1998	2285	0.030	Why?
Human Growth Hormone	1	1998	636	0.030	Why?
Resuscitation	1	1997	653	0.030	Why?
Oxidative Phosphorylation	2	2000	490	0.030	Why?
Reference Values	2	1996	4897	0.030	Why?
Cathepsins	4	1979	241	0.030	Why?
Ribonucleotides	1	1992	114	0.020	Why?
Protein Subunits	2	2005	944	0.020	Why?
Calcium-Binding Proteins	1	1996	1062	0.020	Why?
Aortic Valve Stenosis	2	2000	2065	0.020	Why?
Digoxin	1	1992	247	0.020	Why?
Dysprosium	1	1991	24	0.020	Why?
Age Factors	2	2000	18297	0.020	Why?
Vasoconstriction	1	1993	592	0.020	Why?
Biochemical Phenomena	1	1990	58	0.020	Why?
Necrosis	6	1981	1600	0.020	Why?
Heart Ventricles	3	2009	3802	0.020	Why?
Edetic Acid	1	1991	280	0.020	Why?
Hypertension, Renal	1	1990	139	0.020	Why?
Muscular Diseases	1	1975	543	0.020	Why?
Calcium-Calmodulin-Dependent Protein Kinase Type 2	1	2011	169	0.020	Why?
Adenosine Triphosphatases	2	1987	833	0.020	Why?
Heart Function Tests	1	2011	318	0.020	Why?
Fourier Analysis	1	1991	437	0.020	Why?
Adrenergic beta-Antagonists	1	1996	1247	0.020	Why?
Sodium Channel Blockers	1	2011	173	0.020	Why?
Biochemistry	1	1990	114	0.020	Why?
Tetrodotoxin	1	2011	246	0.020	Why?
Transcription Factors	2	2006	12060	0.020	Why?
Disease Progression	1	2006	13402	0.020	Why?
Heart Septum	1	1990	298	0.020	Why?
Endocardium	1	1990	250	0.020	Why?
Acetanilides	1	2011	169	0.020	Why?
Electrophysiological Phenomena	1	2011	308	0.020	Why?
Prothrombin	1	1969	190	0.020	Why?
Radiography	1	1999	6964	0.020	Why?
Metabolic Networks and Pathways	1	2013	785	0.020	Why?
Subcellular Fractions	2	1987	531	0.020	Why?
Substrate Cycling	1	2007	7	0.020	Why?
Species Specificity	1	1992	2404	0.020	Why?
Up-Regulation	2	2007	4115	0.020	Why?
Tachycardia	2	1987	603	0.020	Why?
Muscle, Smooth, Vascular	1	1993	1484	0.020	Why?
Halothane	1	1987	200	0.020	Why?
Culture Techniques	3	1979	529	0.020	Why?
Infusions, Intravenous	1	2012	2220	0.020	Why?
Tomography, Emission-Computed, Single-Photon	1	2012	1067	0.020	Why?
Physiology	1	1987	112	0.020	Why?
Creatinine	1	1972	1892	0.020	Why?
Electrophysiology	2	2001	1264	0.020	Why?
Adenine	1	1972	978	0.020	Why?
Gene Transfer Techniques	2	2006	1204	0.020	Why?
Ion Exchange	1	1985	16	0.020	Why?
Ranidae	1	1986	32	0.020	Why?
Thymosin	1	2006	47	0.020	Why?
Acid Phosphatase	2	1976	138	0.020	Why?
Osmolar Concentration	2	1998	664	0.020	Why?
Brain	4	1987	26655	0.020	Why?
Molecular Weight	2	1983	2182	0.020	Why?
Phosphofructokinases	1	2004	6	0.020	Why?
Histidine	1	2006	311	0.020	Why?
Glyceraldehyde-3-Phosphate Dehydrogenase (Phosphorylating)	1	2004	15	0.020	Why?
Biophysical Phenomena	1	2005	320	0.020	Why?
Hepatocyte Growth Factor	1	2006	263	0.020	Why?
Magnesium	3	1983	807	0.010	Why?
Heart Atria	1	1990	1339	0.010	Why?
Biophysics	1	2005	380	0.010	Why?
Gestational Age	3	1980	3546	0.010	Why?
Acute Disease	1	1995	7211	0.010	Why?
Blotting, Northern	1	2005	1543	0.010	Why?
Electrocardiography	2	2012	6379	0.010	Why?
Cobalt	1	1984	154	0.010	Why?
Culture Media, Conditioned	1	2005	522	0.010	Why?
Actins	3	1976	2048	0.010	Why?
Isoelectric Point	1	1983	76	0.010	Why?
Nucleotides	1	1985	453	0.010	Why?
Organ Specificity	1	1987	1952	0.010	Why?
Electrophoresis, Disc	2	1974	66	0.010	Why?
Drug Interactions	1	1987	1420	0.010	Why?
Cell Hypoxia	1	2005	660	0.010	Why?
Cell-Free System	1	1983	338	0.010	Why?
beta-Galactosidase	1	2003	572	0.010	Why?
Guanosine Triphosphate	1	1983	315	0.010	Why?
Leucine	2	1975	548	0.010	Why?
Protein Engineering	1	2006	540	0.010	Why?
Potassium Compounds	1	1981	42	0.010	Why?
Muscle Relaxation	1	2002	138	0.010	Why?
DNA	4	1980	7215	0.010	Why?
Muscle Fibers, Skeletal	1	2005	543	0.010	Why?
Isotonic Solutions	1	1981	117	0.010	Why?
Phenylalanine	1	1983	364	0.010	Why?
Chemistry	2	1972	347	0.010	Why?
Chemical Phenomena	2	1972	508	0.010	Why?
Retroviridae	1	2003	850	0.010	Why?
Piperazines	1	2011	2486	0.010	Why?
Injections	1	2003	829	0.010	Why?
Fibroblast Growth Factors	1	2006	862	0.010	Why?
Hypoxanthines	3	1985	35	0.010	Why?
Radionuclide Imaging	2	1980	1978	0.010	Why?
Leupeptins	1	1979	112	0.010	Why?
Green Fluorescent Proteins	1	2005	2050	0.010	Why?
Aorta	2	1993	2033	0.010	Why?
Glucose Transporter Type 4	1	1999	240	0.010	Why?
Glucose Transporter Type 1	1	1999	187	0.010	Why?
Cell Fusion	1	1980	296	0.010	Why?
Hibernation	1	1999	47	0.010	Why?
Heme Oxygenase-1	1	2001	363	0.010	Why?
Anaerobiosis	1	1978	139	0.010	Why?
Sheep	1	1981	1437	0.010	Why?
Atrial Natriuretic Factor	1	1999	351	0.010	Why?
Apoptosis	2	2005	9429	0.010	Why?
Potassium Channels	1	2001	536	0.010	Why?
Erythrocytes	1	1987	2400	0.010	Why?
Exercise Test	1	2005	2115	0.010	Why?
Culture Media	1	1980	896	0.010	Why?
Double-Blind Method	1	2012	12326	0.010	Why?
Survival Rate	1	2012	12746	0.010	Why?
Life Tables	1	1997	366	0.010	Why?
Calcium Radioisotopes	1	1976	9	0.010	Why?
Anti-Arrhythmia Agents	1	1981	780	0.010	Why?
Bone Marrow Transplantation	1	2005	2661	0.010	Why?
Thyroxine	1	2001	666	0.010	Why?
Intraoperative Care	1	1981	759	0.010	Why?
Antimetabolites	1	1997	128	0.010	Why?
Blood Flow Velocity	1	2001	1369	0.010	Why?
Analysis of Variance	1	2005	6234	0.010	Why?
Glycosaminoglycans	1	1980	607	0.010	Why?
Technetium	1	1976	320	0.010	Why?
Gene Expression Regulation, Enzymologic	1	2001	1172	0.010	Why?
Tissue Preservation	1	1977	174	0.010	Why?
Phosphorylase Kinase	1	1976	9	0.010	Why?
Insulin-Like Growth Factor Binding Protein 3	1	1998	415	0.010	Why?
Hyaluronic Acid	1	1980	473	0.010	Why?
Hematocrit	1	1997	618	0.010	Why?
Cycloheximide	1	1976	342	0.010	Why?
Risk	1	2008	9613	0.010	Why?
Hormones	1	1980	872	0.010	Why?
Acetylglucosaminidase	1	1975	67	0.010	Why?
Models, Molecular	1	2005	5385	0.010	Why?
Cytoplasm	1	1980	1520	0.010	Why?
Hypoxanthine	2	1985	28	0.010	Why?
Pressure	1	1998	1147	0.010	Why?
Collagen	1	2003	2627	0.010	Why?
Vascular Endothelial Growth Factor A	1	2006	3468	0.010	Why?
Follow-Up Studies	2	2012	39079	0.010	Why?
Peptide Biosynthesis	1	1974	51	0.010	Why?
Dialysis	1	1974	75	0.010	Why?
Hypothermia, Induced	1	1979	752	0.010	Why?
Cell Nucleus	2	1980	2904	0.010	Why?
Spectrophotometry, Atomic	1	1993	81	0.010	Why?
Oligopeptides	1	1979	1184	0.010	Why?
Cardiac Output	1	1996	832	0.010	Why?
Immunoblotting	1	1996	1649	0.010	Why?
Cell Adhesion	1	1980	3088	0.010	Why?
Iodine Radioisotopes	1	1976	1029	0.010	Why?
Echocardiography	1	2005	4950	0.010	Why?
Hypertrophy	1	1975	554	0.010	Why?
Fatty Acids	1	2001	1792	0.010	Why?
Dihydropyridines	1	1992	68	0.010	Why?
Cardiac Volume	1	1993	199	0.010	Why?
Receptors, Drug	1	1992	157	0.010	Why?
Thymidine	1	1972	300	0.010	Why?
Cell Differentiation	2	1980	11422	0.010	Why?
Organophosphorus Compounds	1	1993	205	0.010	Why?