AAAAAA

   
Results: 1-17 |
Results: 17
HIGH-EFFICIENCY MYOGENIC CONVERSION OF HUMAN FIBROBLASTS BY ADENOVIRAL VECTOR-MEDIATED MYOD GENE-TRANSFER - AN ALTERNATIVE STRATEGY FOR EX-VIVO GENE-THERAPY OF PRIMARY MYOPATHIES
Authors: LATTANZI L SALVATORI G COLETTA M SONNINO C DEANGELIS MGC GIOGLIO L MURRY CE KELLY R FERRARI G MOLINARO A CRESCENZI M MAVILIO F COSSU G
Citation: L. Lattanzi et al., HIGH-EFFICIENCY MYOGENIC CONVERSION OF HUMAN FIBROBLASTS BY ADENOVIRAL VECTOR-MEDIATED MYOD GENE-TRANSFER - AN ALTERNATIVE STRATEGY FOR EX-VIVO GENE-THERAPY OF PRIMARY MYOPATHIES, The Journal of clinical investigation, 101(10), 1998, pp. 2119-2128
WT-P53 ACTION IN HUMAN LEUKEMIA-CELL LINES CORRESPONDING TO DIFFERENTSTAGES OF DIFFERENTIATION
Authors: RIZZO MG ZEPPARONI A CRISTOFANELLI B SCARDIGLI R CRESCENZI M BLANDINO G GIULIACCI S FERRARI S SODDU S SACCHI A
Citation: Mg. Rizzo et al., WT-P53 ACTION IN HUMAN LEUKEMIA-CELL LINES CORRESPONDING TO DIFFERENTSTAGES OF DIFFERENTIATION, British Journal of Cancer, 77(9), 1998, pp. 1429-1438
EXPRESSION OF EXOGENOUS WT-P53 DOES NOT AFFECT NORMAL HEMATOPOIESIS -IMPLICATIONS FOR BONE-MARROW PURGING
Authors: SCARDIGLI R BOSSI G BLANDINO G CRESCENZI M SODDU S SACCHI A
Citation: R. Scardigli et al., EXPRESSION OF EXOGENOUS WT-P53 DOES NOT AFFECT NORMAL HEMATOPOIESIS -IMPLICATIONS FOR BONE-MARROW PURGING, Gene therapy, 4(12), 1997, pp. 1371-1378
ONCOGENES BELONGING TO THE CSF-1 TRANSDUCTION PATHWAY DIRECT P53 TUMOR-SUPPRESSOR EFFECTS TO MONOCYTIC DIFFERENTIATION IN 32D CELLS
Authors: MARTINELLI R BLANDINO G SCARDIGLI R CRESCENZI M LOMBARDI D SACCHI A SODDU S
Citation: R. Martinelli et al., ONCOGENES BELONGING TO THE CSF-1 TRANSDUCTION PATHWAY DIRECT P53 TUMOR-SUPPRESSOR EFFECTS TO MONOCYTIC DIFFERENTIATION IN 32D CELLS, Oncogene, 15(5), 1997, pp. 607-611
P53 REEXPRESSION INHIBITS PROLIFERATION AND RESTORES DIFFERENTIATION OF HUMAN THYROID ANAPLASTIC CARCINOMA-CELLS
Authors: MORETTI F FARSETTI A SODDU S MISITI S CRESCENZI M FILETTI S ANDREOLI M SACCHI A PONTECORVI A
Citation: F. Moretti et al., P53 REEXPRESSION INHIBITS PROLIFERATION AND RESTORES DIFFERENTIATION OF HUMAN THYROID ANAPLASTIC CARCINOMA-CELLS, Oncogene, 14(6), 1997, pp. 729-740
CELL-CYCLE CONTROL IN TERMINALLY DIFFERENTIATED CELLS - MAPPING THE PROLIFERATION BLOCK TO MID-G1 AND REACTIVATING PROLIFERATION BY ADENOVIRUS INFECTION
Authors: TIAINEN M LATELLA L MACERA D PAJALUNGA D FERRANTELLI F DANGELO M SACCHI A CRESCENZI M
Citation: M. Tiainen et al., CELL-CYCLE CONTROL IN TERMINALLY DIFFERENTIATED CELLS - MAPPING THE PROLIFERATION BLOCK TO MID-G1 AND REACTIVATING PROLIFERATION BY ADENOVIRUS INFECTION, European journal of cell biology, 72, 1997, pp. 60-60
ALPHA-6-BETA-4 AND ALPHA-6-BETA-1 INTEGRINS ASSOCIATE WITH ERBB-2 IN HUMAN CARCINOMA CELL-LINES
Authors: FALCIONI R ANTONINI A NISTICO P DISTEFANO S CRESCENZI M NATALI PG SACCHI A
Citation: R. Falcioni et al., ALPHA-6-BETA-4 AND ALPHA-6-BETA-1 INTEGRINS ASSOCIATE WITH ERBB-2 IN HUMAN CARCINOMA CELL-LINES, Experimental cell research, 236(1), 1997, pp. 76-85
TERMINALLY DIFFERENTIATED SKELETAL MYOTUBES ARE NOT CONFINED TO G(0) BUT CAN ENTER G(1) UPON GROWTH-FACTOR STIMULATION
Authors: TIAINEN M PAJALUNGA D FERRANTELLI F SODDU S SALVATORI G SACCHI A CRESCENZI M
Citation: M. Tiainen et al., TERMINALLY DIFFERENTIATED SKELETAL MYOTUBES ARE NOT CONFINED TO G(0) BUT CAN ENTER G(1) UPON GROWTH-FACTOR STIMULATION, Cell growth & differentiation, 7(8), 1996, pp. 1039-1050
THE INHIBITION OF CYCLIN B1 GENE-TRANSCRIPTION IN QUIESCENT NIH3T3 CELLS IS MEDIATED BY AN E-BOX
Authors: FARINA A GAETANO C CRESCENZI M PUCCINI F MANNI I SACCHI A PIAGGIO G
Citation: A. Farina et al., THE INHIBITION OF CYCLIN B1 GENE-TRANSCRIPTION IN QUIESCENT NIH3T3 CELLS IS MEDIATED BY AN E-BOX, Oncogene, 13(6), 1996, pp. 1287-1296
WILD-TYPE P53 INDUCES DIVERSE EFFECTS IN 32D CELLS EXPRESSING DIFFERENT ONCOGENES
Authors: SODDU S BLANDINO G SCARDIGLI R MARTINELLI R RIZZO MG CRESCENZI M SACCHI A
Citation: S. Soddu et al., WILD-TYPE P53 INDUCES DIVERSE EFFECTS IN 32D CELLS EXPRESSING DIFFERENT ONCOGENES, Molecular and cellular biology, 16(2), 1996, pp. 487-495
EXPRESSION OF E1A IN TERMINALLY DIFFERENTIATED MUSCLE-CELLS REACTIVATES THE CELL-CYCLE AND SUPPRESSES TISSUE-SPECIFIC GENES BY SEPARABLE MECHANISMS
Authors: TIAINEN M SPITKOVSKY D JANSENDURR P SACCHI A CRESCENZI M
Citation: M. Tiainen et al., EXPRESSION OF E1A IN TERMINALLY DIFFERENTIATED MUSCLE-CELLS REACTIVATES THE CELL-CYCLE AND SUPPRESSES TISSUE-SPECIFIC GENES BY SEPARABLE MECHANISMS, Molecular and cellular biology, 16(10), 1996, pp. 5302-5312
INTERFERENCE WITH P53 PROTEIN INHIBITS HEMATOPOIETIC AND MUSCLE DIFFERENTIATION
Authors: SODDU S BLANDINO G SCARDIGLI R COEN S MARCHETTI A RIZZO MG BOSSI G CIMINO L CRESCENZI M SACCHI A
Citation: S. Soddu et al., INTERFERENCE WITH P53 PROTEIN INHIBITS HEMATOPOIETIC AND MUSCLE DIFFERENTIATION, The Journal of cell biology, 134(1), 1996, pp. 193-204
THE BETA(4) INTEGRIN SUBUNIT IS EXPRESSED IN MOUSE FIBROBLASTS AND MODULATED BY TRANSFORMING GROWTH FACTOR-BETA(1)
Authors: SCARDIGLI R SODDU S FALCIONI R CRESCENZI M CIMINO L SACCHI A
Citation: R. Scardigli et al., THE BETA(4) INTEGRIN SUBUNIT IS EXPRESSED IN MOUSE FIBROBLASTS AND MODULATED BY TRANSFORMING GROWTH FACTOR-BETA(1), Experimental cell research, 227(2), 1996, pp. 223-229
WILD-TYPE P53 MODULATES APOPTOSIS OF NORMAL, IL-3 DEPRIVED, HEMATOPOIETIC-CELLS
Authors: BLANDINO G SCARDIGLI R RIZZO MG CRESCENZI M SODDU S SACCHI A
Citation: G. Blandino et al., WILD-TYPE P53 MODULATES APOPTOSIS OF NORMAL, IL-3 DEPRIVED, HEMATOPOIETIC-CELLS, Oncogene, 10(4), 1995, pp. 731-737
MITOTIC-CYCLE REACTIVATION IN TERMINALLY DIFFERENTIATED CELLS BY ADENOVIRUS INFECTION
Authors: CRESCENZI M SODDU S TATO F
Citation: M. Crescenzi et al., MITOTIC-CYCLE REACTIVATION IN TERMINALLY DIFFERENTIATED CELLS BY ADENOVIRUS INFECTION, Journal of cellular physiology, 162(1), 1995, pp. 26-35
EXOGENOUS WT-P53 EXPRESSION DOES NOT AFFECT THE COLONY-FORMING EFFICIENCY OF NORMAL BONE-MARROW CELLS
Authors: SODDU S SCARDIGLI R BLANDINO G CRESCENZI M SACCHI A
Citation: S. Soddu et al., EXOGENOUS WT-P53 EXPRESSION DOES NOT AFFECT THE COLONY-FORMING EFFICIENCY OF NORMAL BONE-MARROW CELLS, Journal of cellular biochemistry, 1994, pp. 103-103
TRANSFORMATION BY MYC PREVENTS FUSION BUT NOT BIOCHEMICAL DIFFERENTIATION OF C2C12 MYOBLASTS - MECHANISMS OF PHENOTYPIC CORRECTION IN MIXEDCULTURE WITH NORMAL-CELLS
Authors: CRESCENZI M CROUCH DH TATO F
Citation: M. Crescenzi et al., TRANSFORMATION BY MYC PREVENTS FUSION BUT NOT BIOCHEMICAL DIFFERENTIATION OF C2C12 MYOBLASTS - MECHANISMS OF PHENOTYPIC CORRECTION IN MIXEDCULTURE WITH NORMAL-CELLS, The Journal of cell biology, 125(5), 1994, pp. 1137-1145
Risultati: 1-17 |