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Results: 1-8 |
Results: 8
A HOMOLOG OF THE YEAST SHE4 GENE IS ESSENTIAL FOR THE TRANSITION BETWEEN THE SYNCYTIAL AND CELLULAR STAGES DURING SEXUAL REPRODUCTION OF THE FUNGUS PODOSPORA-ANSERINA
Authors: BERTEAUXLECELLIER V ZICKLER D DEBUCHY R PANVIERADOUTTE A THOMPSONCOFFE C PICARD M
Citation: V. Berteauxlecellier et al., A HOMOLOG OF THE YEAST SHE4 GENE IS ESSENTIAL FOR THE TRANSITION BETWEEN THE SYNCYTIAL AND CELLULAR STAGES DURING SEXUAL REPRODUCTION OF THE FUNGUS PODOSPORA-ANSERINA, EMBO journal, 17(5), 1998, pp. 1248-1258
MUTATIONS IN GENES ENCODING THE MITOCHONDRIAL OUTER-MEMBRANE PROTEINSTOM70 AND MDM10 OF PODOSPORA-ANSERINA MODIFY THE SPECTRUM OF MITOCHONDRIAL-DNA REARRANGEMENTS ASSOCIATED WITH CELLULAR DEATH
Authors: JAMETVIERNY C CONTAMINE V BOULAY J ZICKLER D PICARD M
Citation: C. Jametvierny et al., MUTATIONS IN GENES ENCODING THE MITOCHONDRIAL OUTER-MEMBRANE PROTEINSTOM70 AND MDM10 OF PODOSPORA-ANSERINA MODIFY THE SPECTRUM OF MITOCHONDRIAL-DNA REARRANGEMENTS ASSOCIATED WITH CELLULAR DEATH, Molecular and cellular biology, 17(11), 1997, pp. 6359-6366
A GENE ESSENTIAL FOR DE-NOVO METHYLATION AND DEVELOPMENT IN ASCOBOLUSREVEALS A NOVEL TYPE OF EUKARYOTIC DNA METHYLTRANSFERASE STRUCTURE
Authors: MALAGNAC F WENDEL B GOYON C FAUGERON G ZICKLER D ROSSIGNOL JL NOYERWEIDNER M VOLLMAYR P TRAUTNER TA WALTER J
Citation: F. Malagnac et al., A GENE ESSENTIAL FOR DE-NOVO METHYLATION AND DEVELOPMENT IN ASCOBOLUSREVEALS A NOVEL TYPE OF EUKARYOTIC DNA METHYLTRANSFERASE STRUCTURE, Cell, 91(2), 1997, pp. 281-290
A NONMAMMALIAN HOMOLOG OF THE PAF1 GENE (ZELLWEGER-SYNDROME) DISCOVERED AS A GENE INVOLVED IN CARYOGAMY IN THE FUNGUS PODOSPORA-ANSERINA
Authors: BERTEAUXLECELLIER V PICARD M THOMPSONCOFFE C ZICKLER D PANVIERADOUTTE A SIMONET JM
Citation: V. Berteauxlecellier et al., A NONMAMMALIAN HOMOLOG OF THE PAF1 GENE (ZELLWEGER-SYNDROME) DISCOVERED AS A GENE INVOLVED IN CARYOGAMY IN THE FUNGUS PODOSPORA-ANSERINA, Cell, 81(7), 1995, pp. 1043-1051
ALTERED MATING-TYPE IDENTITY IN THE FUNGUS PODOSPORA-ANSERINA LEADS TO SELFISH NUCLEI, UNIPARENTAL PROGENY, AND HAPLOID MEIOSIS
Authors: ZICKLER D ARNAISE S COPPIN E DEBUCHY R PICARD M
Citation: D. Zickler et al., ALTERED MATING-TYPE IDENTITY IN THE FUNGUS PODOSPORA-ANSERINA LEADS TO SELFISH NUCLEI, UNIPARENTAL PROGENY, AND HAPLOID MEIOSIS, Genetics, 140(2), 1995, pp. 493-503
HOW THE CYTOSKELETON RECOGNIZES AND SORTS NUCLEI OF OPPOSITE MATING-TYPE DURING THE SEXUAL CYCLE IN FILAMENTOUS ASCOMYCETES
Authors: THOMPSONCOFFE C ZICKLER D
Citation: C. Thompsoncoffe et D. Zickler, HOW THE CYTOSKELETON RECOGNIZES AND SORTS NUCLEI OF OPPOSITE MATING-TYPE DURING THE SEXUAL CYCLE IN FILAMENTOUS ASCOMYCETES, Developmental biology, 165(1), 1994, pp. 257-271
HETEROLOGOUS EXPRESSION OF MATING-TYPE GENES IN FILAMENTOUS FUNGI
Authors: ARNAISE S ZICKLER D GLASS NL
Citation: S. Arnaise et al., HETEROLOGOUS EXPRESSION OF MATING-TYPE GENES IN FILAMENTOUS FUNGI, Proceedings of the National Academy of Sciences of the United Statesof America, 90(14), 1993, pp. 6616-6620
CYTOSKELETON INTERACTIONS IN THE ASCUS DEVELOPMENT AND SPORULATION OFSORDARIA-MACROSPORA
Authors: THOMPSONCOFFE C ZICKLER D
Citation: C. Thompsoncoffe et D. Zickler, CYTOSKELETON INTERACTIONS IN THE ASCUS DEVELOPMENT AND SPORULATION OFSORDARIA-MACROSPORA, Journal of Cell Science, 104, 1993, pp. 883-898
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