Authors: DAPHNAIKEN D SHANKAR DB LAWSHE A ORNITZ DM SHACKLEFORD GM MACARTHUR CA

Citation: D. Daphnaiken et al., MMTV-FGF8 TRANSGENIC MICE DEVELOP MAMMARY AND SALIVARY-GLAND NEOPLASIA AND OVARIAN STROMAL HYPERPLASIA, Oncogene, 17(21), 1998, pp. 2711-2717

Authors: GHOSH AK SHANKAR DB SHACKLEFORD GM WU K TANG A MILLER GJ ZHENG JP ROYBURMAN P

Citation: Ak. Ghosh et al., MOLECULAR-CLONING AND CHARACTERIZATION OF HUMAN FGF8 ALTERNATIVE MESSENGER-RNA FORMS, Cell growth & differentiation, 7(10), 1996, pp. 1425-1434

Authors: MACARTHUR CA LAWSHE A SHANKAR DB HEIKINHEIMO M SHACKLEFORD GM

Citation: Ca. Macarthur et al., FGF-8 ISOFORMS DIFFER IN NIH3T3 CELL TRANSFORMING POTENTIAL, Cell growth & differentiation, 6(7), 1995, pp. 817-825

Authors: MACARTHUR CA SHANKAR DB LAWSHE A SHACKLEFORD GM

Citation: Ca. Macarthur et al., FGF-8 PROTEIN ISOFORMS DIFFER IN ONCOGENIC POTENTIAL, Journal of cellular biochemistry, 1995, pp. 22-22

Authors: MACARTHUR CA SHANKAR DB SHACKLEFORD GM

Citation: Ca. Macarthur et al., FGF-8, ACTIVATED BY PROVIRAL INSERTION, COOPERATES WITH THE WNT-1 TRANSGENE IN MURINE MAMMARY TUMORIGENESIS, Journal of virology, 69(4), 1995, pp. 2501-2507

Authors: SHACKLEFORD GM MACARTHUR CA SHANKAR DB

Citation: Gm. Shackleford et al., MULTISTEP MAMMARY CARCINOGENESIS - IDENTIFICATION OF COOPERATING PROTOONCOGENES (WNT-1 AND AIGF-GF-8) BY RETROVIRAL INSERTION IN TRANSGENICMICE, Journal of cellular biochemistry, 1994, pp. 234-234