Authors: KRUFKA A JOHNSON RG WYLIE CC HEASMAN J

Citation: A. Krufka et al., EVIDENCE THAT DORSAL-VENTRAL DIFFERENCES IN GAP JUNCTIONAL COMMUNICATION IN THE EARLY XENOPUS EMBRYO ARE GENERATED BY BETA-CATENIN INDEPENDENT OF CELL-ADHESION EFFECTS, Developmental biology (Print), 200(1), 1998, pp. 92-102

Authors: KRUFKA A HEASMAN J WYLIE CC JOHNSON RG

Citation: A. Krufka et al., THE ARMADILLO DOMAIN OF BETA-CATENIN IS SUFFICIENT TO GENERATE DORSAL-VENTRAL DIFFERENCES IN GAP JUNCTIONAL COMMUNICATION IN EARLY XENOPUS EMBRYOS, Molecular biology of the cell, 8, 1997, pp. 546-546

Authors: KRUFKA A GUIMOND S RAPRAEGER AC

Citation: A. Krufka et al., 2 HIERARCHIES OF FGF-2 SIGNALING IN HEPARIN - MITOGENIC STIMULATION AND HIGH-AFFINITY BINDING RECEPTOR TRANSPHOSPHORYLATION/, Biochemistry, 35(34), 1996, pp. 11131-11141

Authors: KRUFKA A JOHNSON RG WYLIE CC HEASMAN J

Citation: A. Krufka et al., BETA-CATENIN REGULATION OF GAP JUNCTIONAL COMMUNICATION DURING AXIS FORMATION IN XENOPUS, Molecular biology of the cell, 6, 1995, pp. 1097-1097

Authors: JOHNSON RG TENBROEK EM LAMPE PD FRENZEL EM KRUFKA A

Citation: Rg. Johnson et al., REGULATION OF GAP JUNCTION (GJ) COMMUNICATION, Investigative ophthalmology & visual science, 36(4), 1995, pp. 425-425