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Results: 1-15 |
Results: 15
EXPRESSION OF THE RECESSIVE GLOMERULOSCLEROSIS GENE MPV17 REGULATES MMP-2 EXPRESSION IN FIBROBLASTS, THE KIDNEY, AND THE INNER-EAR OF MICE
Authors: REUTER A NESTL A ZWACKA RM TUCKERMANN J WALDHERR R WAGNER EM HOYHTYA M ZUMGOTTESBERGE AMM ANGEL P WEIHER H
Citation: A. Reuter et al., EXPRESSION OF THE RECESSIVE GLOMERULOSCLEROSIS GENE MPV17 REGULATES MMP-2 EXPRESSION IN FIBROBLASTS, THE KIDNEY, AND THE INNER-EAR OF MICE, Molecular biology of the cell, 9(7), 1998, pp. 1675-1682
OVEREXPRESSION OF BCL-2 INHIBITS ALVEOLAR CELL APOPTOSIS DURING INVOLUTION AND ACCELERATES C-MYC-INDUCED TUMORIGENESIS OF THE MAMMARY-GLANDIN TRANSGENIC MICE
Authors: JAGER R HERZER U SCHENKEL J WEIHER H
Citation: R. Jager et al., OVEREXPRESSION OF BCL-2 INHIBITS ALVEOLAR CELL APOPTOSIS DURING INVOLUTION AND ACCELERATES C-MYC-INDUCED TUMORIGENESIS OF THE MAMMARY-GLANDIN TRANSGENIC MICE, Oncogene, 15(15), 1997, pp. 1787-1795
LOSS OF AUDITORY FUNCTION IN TRANSGENIC MPVL7-DEFICIENT MICE
Authors: MULLER M SMOLDERS JWT ZUMGOTTESBERGE AMM REUTER A ZWACKA RM WEIHER H KLINKE R
Citation: M. Muller et al., LOSS OF AUDITORY FUNCTION IN TRANSGENIC MPVL7-DEFICIENT MICE, Hearing research, 114(1-2), 1997, pp. 259-263
PROVIRAL INACTIVATION OF THE NPAT GENE OF MPV-20 MICE RESULTS IN EARLY EMBRYONIC ARREST
Authors: DIFRUSCIO M WEIHER H VANDERHYDEN BC IMAI T SHIOMI T HORI TA JAENISCH R GRAY DA
Citation: M. Difruscio et al., PROVIRAL INACTIVATION OF THE NPAT GENE OF MPV-20 MICE RESULTS IN EARLY EMBRYONIC ARREST, Molecular and cellular biology, 17(7), 1997, pp. 4080-4086
HEARING IN A MPV17 MUTANT MOUSE STRAIN
Authors: MULLER M SMOLDERS JWT REUTER A WEIHER H ZUMGOTTESBERG AMM KLINKE R
Citation: M. Muller et al., HEARING IN A MPV17 MUTANT MOUSE STRAIN, Pflugers Archiv, 433(6), 1997, pp. 175-175
PHYSIOLOGICAL AND STRUCTURAL QUANTIFICATION OF A SINGLE-GENE DEFECT RESULTING IN GLOMERULOSCLEROSIS
Authors: OBRYAN GT WEIHER H RENNKE HG HOSTETTER TH
Citation: Gt. Obryan et al., PHYSIOLOGICAL AND STRUCTURAL QUANTIFICATION OF A SINGLE-GENE DEFECT RESULTING IN GLOMERULOSCLEROSIS, Journal of investigative medicine, 44(3), 1996, pp. 306-306
APOPTOSIS IN THE TERMINAL ENDBUD OF THE MURINE MAMMARY-GLAND - A MECHANISM OF DUCTAL MORPHOGENESIS
Authors: HUMPHREYS RC KRAJEWSKA M KRNACIK S JAEGER R WEIHER H KRAJEWSKI S REED JC ROSEN JM
Citation: Rc. Humphreys et al., APOPTOSIS IN THE TERMINAL ENDBUD OF THE MURINE MAMMARY-GLAND - A MECHANISM OF DUCTAL MORPHOGENESIS, Development, 122(12), 1996, pp. 4013-4022
INNER-EAR DEFECT SIMILAR TO ALPORTS-SYNDROME IN THE GLOMERULOSCLEROSIS MOUSE MODEL MPV17
Authors: ZUMGOTTESBERGE AMM REUTER A WEIHER H
Citation: Amm. Zumgottesberge et al., INNER-EAR DEFECT SIMILAR TO ALPORTS-SYNDROME IN THE GLOMERULOSCLEROSIS MOUSE MODEL MPV17, European archives of oto-rhino-laryngology, 253(8), 1996, pp. 470-474
THE HUMAN UBIQUITIN-C PROMOTER DIRECTS HIGH UBIQUITOUS EXPRESSION OF TRANSGENES IN MICE
Authors: SCHORPP M JAGER R SCHELLANDER K SCHENKEL J WAGNER EF WEIHER H ANGEL P
Citation: M. Schorpp et al., THE HUMAN UBIQUITIN-C PROMOTER DIRECTS HIGH UBIQUITOUS EXPRESSION OF TRANSGENES IN MICE, Nucleic acids research, 24(9), 1996, pp. 1787-1788
LOW-LEVEL EXPRESSION OF GLYCINE RECEPTOR-BETA SUBUNIT TRANSGENE IS SUFFICIENT FOR PHENOTYPE CORRECTION IN SPASTIC MICE
Authors: HARTENSTEIN B SCHENKEL J KUHSE J BESENBECK B KLING C BECKER CM BETZ H WEIHER H
Citation: B. Hartenstein et al., LOW-LEVEL EXPRESSION OF GLYCINE RECEPTOR-BETA SUBUNIT TRANSGENE IS SUFFICIENT FOR PHENOTYPE CORRECTION IN SPASTIC MICE, EMBO journal, 15(6), 1996, pp. 1275-1282
EXPRESSION OF INTERSTITIAL COLLAGENASE DURING SKELETAL DEVELOPMENT OFTHE MOUSE IS RESTRICTED TO OSTEOBLAST-LIKE CELLS AND HYPERTROPHIC CHONDROCYTES
Authors: GACK S VALLON R SCHMIDT J GRIGORIADIS A TUCKERMANN J SCHENKEL J WEIHER H WAGNER EF ANGEL P
Citation: S. Gack et al., EXPRESSION OF INTERSTITIAL COLLAGENASE DURING SKELETAL DEVELOPMENT OFTHE MOUSE IS RESTRICTED TO OSTEOBLAST-LIKE CELLS AND HYPERTROPHIC CHONDROCYTES, Cell growth & differentiation, 6(6), 1995, pp. 759-767
FUNCTIONAL RESCUE OF THE GLOMERULOSCLEROSIS PHENOTYPE IN MPV17 MICE BY TRANSGENESIS WITH THE HUMAN MPV17 HOMOLOG
Authors: SCHENKEL J ZWACKA RM RUTENBERG C REUTER A WALDHERR R WEIHER H
Citation: J. Schenkel et al., FUNCTIONAL RESCUE OF THE GLOMERULOSCLEROSIS PHENOTYPE IN MPV17 MICE BY TRANSGENESIS WITH THE HUMAN MPV17 HOMOLOG, Kidney international, 48(1), 1995, pp. 80-84
THE MOUSE STRAIN MPV-17, A DISEASE-MODEL LINKING GLOMERULOSCLEROSIS TO LOSS OF A PEROXISOMAL FUNCTION
Authors: ZWACKA RM KARASAWA M REUTER Z WEIHER H
Citation: Rm. Zwacka et al., THE MOUSE STRAIN MPV-17, A DISEASE-MODEL LINKING GLOMERULOSCLEROSIS TO LOSS OF A PEROXISOMAL FUNCTION, Journal of cellular biochemistry, 1994, pp. 198-198
THE GLOMERULOSCLEROSIS GENE MPV17 ENCODES A PEROXISOMAL PROTEIN PRODUCING REACTIVE OXYGEN SPECIES
Authors: ZWACKA RM REUTER A PFAFF E MOLL J GORGAS K KARASAWA M WEIHER H
Citation: Rm. Zwacka et al., THE GLOMERULOSCLEROSIS GENE MPV17 ENCODES A PEROXISOMAL PROTEIN PRODUCING REACTIVE OXYGEN SPECIES, EMBO journal, 13(21), 1994, pp. 5129-5134
THE HUMAN HOMOLOG OF THE GLOMERULOSCLEROSIS GENE MPV17 - STRUCTURE AND GENOMIC ORGANIZATION
Authors: KARASAWA M ZWACKA RM REUTER A FINK T HSIEH CL LICHTER P FRANCKE U WEIHER H
Citation: M. Karasawa et al., THE HUMAN HOMOLOG OF THE GLOMERULOSCLEROSIS GENE MPV17 - STRUCTURE AND GENOMIC ORGANIZATION, Human molecular genetics, 2(11), 1993, pp. 1829-1834
Risultati: 1-15 |