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Creator | Title | Description | Subject | Date |
26 |
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Warner, Homer R. | Use of Analogue Computers in the Study of Control Mechanisms in the Circulation | Biomedical Informatics | | 1962 |
27 |
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Warner, Homer R. | Evaluation of a Computer Program for Diagnosis of Congenital Heart Disease | Biomedical Informatics | | 1963 |
28 |
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Warner, Homer R. | An Analysis of Granulocyte Kinetics in Blood and Bone Marrow | Biomedical Informatics | | 1964 |
29 |
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Warner, Homer R. | A Study of Dispersion of an Indicator in the Circulation | Biomedical Informatics | | 1964 |
30 |
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Warner, Homer R. | Simulation as a Tool for Biological Research | Biomedical Informatics | | 1964 |
31 |
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Warner, Homer R. | The Role of Peripheral Resistance in Controlling Cardiac Output During Exercise | Biomedical Informatics | | 1964 |
32 |
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Warner, Homer R. | The Distribution and Disposal of Cortisol in Humans | Biomedical Informatics | | 1964 |
33 |
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Warner, Homer R. | Probability Theory in the Diagnosis of Cushing's Syndrome | Biomedical Informatics | | 1964 |
34 |
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Warner, Homer R. | Experience with Baye's Theorem for Computer Diagnosis of Congenital Heart Disease | Biomedical Informatics | | 1964 |
35 |
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Warner, Homer R. | Some Computer Techniques of Value for Study of Circulation | Biomedical Informatics | | 1965 |
36 |
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Warner, Homer R. | Indicator Dispersion in the Circulation | Biomedical Informatics | | 1965 |
37 |
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Warner, Homer R. | Analog Computer Analysis of Dispersion of Indicator in the Circulation | Biomedical Informatics | | 1966 |
38 |
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Warner, Homer R. | A Transfer Function Analysis of Coronary and Renal Circulation Calculated from Upstream and Downstream Indicator-Dilution Curves | Biomedical Informatics | | 1966 |
39 |
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Warner, Homer R. | An Evaluation of Radiosulfate as a Granulocyte Label in the Dog | Biomedical Informatics | | 1966 |
40 |
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Warner, Homer R. | Time-Sharing in Biomedical Research | Biomedical Informatics | | 1966 |
41 |
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Capecchi, Mario R. | N-formylmethionyl-sRNA as the initiator of protein synthesis. | A bizarre fast about Nterminal groups of bacterial proteins. Instead of a random mixture, that the great majority of N-terminal groups were either methionine or alanine. This finding suggested that methionine and alanine constituted start signals for the initiation of polypeptide chains. Alternative... | Electrophoresis; Formates; In Vitro; Methionine | 1966-01-01 |
42 |
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Capecchi, Mario R. | Initiation of E. coli proteins. | Recent experiments and theoretical arguments suggest that formylmethionyl sRNA is employed as an initiator of protein synthesis. Studies also indicated that other phage proteins synthesized in the in vitro system were initiated with formylmethionine. These observations provided a basis for believin... | Alanine; Chromatography, Paper; Dipeptides | 1966-06 |
43 |
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Warner, Homer R. | A Technique for the Quantitative Study of Carotid Sinus Behavior | Biomedical Informatics | | 1967 |
44 |
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Warner, Homer R. | A Steady-State Transfer Function Analysis of Portions of the Circulatory System Using Indicator Dilution Techniques | Biomedical Informatics | | 1967 |
45 |
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Warner, Homer R. | Regulation of Cardiac Output During Transition From Rest to Exercise | Biomedical Informatics | | 1967 |
46 |
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Warner, Homer R. | The Control of Cardiac Output During Exercise | Biomedical Informatics | | 1967 |
47 |
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Warner, Homer R. | Dynamic Aortic Diameter Measurements in vivo | Biomedical Informatics | | 1967 |
48 |
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Warner, Homer R. | Evolving a Computer Facility | Biomedical Informatics | | 1967 |
49 |
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Gussin, Gary N.; Capecchi, Mario R. | Protein synthesis directed by DNA phage messengers. | Even through the amino acids corresponding to most of the 64 nucleotide triplets are now known, several important aspects of the genetic code are not yet fully understood. In particular we need more knowledge about the "punctuation marks" of the code-for example, the signals necessary for the initia... | Carbon Isotopes; Escherichia coli; Genetic Code; Methionine | 1967-09-01 |
50 |
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Capecchi, Mario R. | Polypeptide chain termination in vitro: isolation of a release factor. | The growing polypeptide chain remains bound to the ribosome-messenger RNA complex through the sRNA carrying the last amino acid incorporated into the polypeptide chain.' On completion of the polypeptide chain a mechanism must exist for releasing it from the protein-synthesizing machinery. To date, m... | Carbon Isotopes; Phenylalanine; Proteins | 1967-09-01 |