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Results: 3
APPLICATION OF IN-VIVO VIDEOMICROSCOPY TO ASSESS THE NORMAL FETAL MOUSE HEART
Authors: TANAKA N MAO L DELANO F SCHMIDSCHONBEIN G CHIEN KR ROSS J
Citation: N. Tanaka et al., APPLICATION OF IN-VIVO VIDEOMICROSCOPY TO ASSESS THE NORMAL FETAL MOUSE HEART, Circulation, 92(8), 1995, pp. 2821-2821
IN-VIVO PHYSIOLOGICAL ANALYSIS OF RXR-ALPHA DEFICIENT EMBRYOS - AN ATRIAL-LIKE PHENOTYPE IN THE VENTRICULAR CHAMBER IS ASSOCIATED WITH SEPTAL-DEFECTS, CONDUCTION DEFECTS, AND EMBRYONIC CONGESTIVE-HEART-FAILURE
Authors: DYSON E KUBALAK SW SCHMIDSCHONBEIN GW DELANO F ROSS J CHIEN KR
Citation: E. Dyson et al., IN-VIVO PHYSIOLOGICAL ANALYSIS OF RXR-ALPHA DEFICIENT EMBRYOS - AN ATRIAL-LIKE PHENOTYPE IN THE VENTRICULAR CHAMBER IS ASSOCIATED WITH SEPTAL-DEFECTS, CONDUCTION DEFECTS, AND EMBRYONIC CONGESTIVE-HEART-FAILURE, Circulation, 90(4), 1994, pp. 312-312
IN-VIVO PHYSIOLOGICAL ANALYSIS OF RXR-ALPHA DEFICIENT EMBRYOS - AN ATRIAL-LIKE PHENOTYPE IN THE VENTRICULAR CHAMBER IS ASSOCIATED WITH SEPTAL-DEFECTS, CONDUCTION DEFECTS, AND EMBRYONIC CONGESTIVE-HEART-FAILURE
Authors: DYSON E KUBALAK SW SCHMIDSCHONBEIN GW DELANO F ROSS J CHIEN KR
Citation: E. Dyson et al., IN-VIVO PHYSIOLOGICAL ANALYSIS OF RXR-ALPHA DEFICIENT EMBRYOS - AN ATRIAL-LIKE PHENOTYPE IN THE VENTRICULAR CHAMBER IS ASSOCIATED WITH SEPTAL-DEFECTS, CONDUCTION DEFECTS, AND EMBRYONIC CONGESTIVE-HEART-FAILURE, Circulation, 90(4), 1994, pp. 312-312
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