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Results: 1-10 |
Results: 10
A TRANSFER-RNA SUPPRESSOR MUTATION IN HUMAN MITOCHONDRIA
Authors: ELMEZIANE A LEHTINEN SK HANCE N NIJTMANS LGJ DUNBAR D HOLT IJ JACOBS HT
Citation: A. Elmeziane et al., A TRANSFER-RNA SUPPRESSOR MUTATION IN HUMAN MITOCHONDRIA, Nature genetics, 18(4), 1998, pp. 350-353
BEHAVIOR OF A POPULATION OF PARTIALLY DUPLICATED MITOCHONDRIAL-DNA MOLECULES IN CELL-CULTURE - SEGREGATION, MAINTENANCE AND RECOMBINATION DEPENDENT UPON NUCLEAR BACKGROUND
Authors: HOLT IJ DUNBAR DR JACOBS HT
Citation: Ij. Holt et al., BEHAVIOR OF A POPULATION OF PARTIALLY DUPLICATED MITOCHONDRIAL-DNA MOLECULES IN CELL-CULTURE - SEGREGATION, MAINTENANCE AND RECOMBINATION DEPENDENT UPON NUCLEAR BACKGROUND, Human molecular genetics, 6(8), 1997, pp. 1251-1260
MOLECULAR PHENOTYPE OF A HUMAN LYMPHOBLASTOID CELL-LINE HOMOPLASMIC FOR THE NP-7445 DEAFNESS-ASSOCIATED MITOCHONDRIAL MUTATION
Authors: REID FM ROVIO A HOLT IJ JACOBS HT
Citation: Fm. Reid et al., MOLECULAR PHENOTYPE OF A HUMAN LYMPHOBLASTOID CELL-LINE HOMOPLASMIC FOR THE NP-7445 DEAFNESS-ASSOCIATED MITOCHONDRIAL MUTATION, Human molecular genetics, 6(3), 1997, pp. 443-449
DO SEQUENCE VARIANTS IN THE MAJOR NONCODING REGION OF THE MITOCHONDRIAL GENOME INFLUENCE MITOCHONDRIAL MUTATIONS ASSOCIATED WITH DISEASE
Authors: MARCHINGTON DR POULTON J SELLAR A HOLT IJ
Citation: Dr. Marchington et al., DO SEQUENCE VARIANTS IN THE MAJOR NONCODING REGION OF THE MITOCHONDRIAL GENOME INFLUENCE MITOCHONDRIAL MUTATIONS ASSOCIATED WITH DISEASE, Human molecular genetics, 5(4), 1996, pp. 473-479
COMPLEX-I DEFICIENCY IS ASSOCIATED WITH 3243G C MITOCHONDRIAL-DNA IN OSTEOSARCOMA CELL CYBRIDS/
Authors: DUNBAR DR MOONIE PA ZEVIANI M HOLT IJ
Citation: Dr. Dunbar et al., COMPLEX-I DEFICIENCY IS ASSOCIATED WITH 3243G C MITOCHONDRIAL-DNA IN OSTEOSARCOMA CELL CYBRIDS/, Human molecular genetics, 5(1), 1996, pp. 123-129
DIFFERENT CELLULAR BACKGROUNDS CONFER A MARKED ADVANTAGE TO EITHER MUTANT OR WILD-TYPE MITOCHONDRIAL GENOMES
Authors: DUNBAR DR MOONIE PA JACOBS HT HOLT IJ
Citation: Dr. Dunbar et al., DIFFERENT CELLULAR BACKGROUNDS CONFER A MARKED ADVANTAGE TO EITHER MUTANT OR WILD-TYPE MITOCHONDRIAL GENOMES, Proceedings of the National Academy of Sciences of the United Statesof America, 92(14), 1995, pp. 6562-6566
MITOCHONDRIAL-DNA - DOES MORE LEAD TO LESS
Authors: POULTON J HOLT IJ
Citation: J. Poulton et Ij. Holt, MITOCHONDRIAL-DNA - DOES MORE LEAD TO LESS, Nature genetics, 8(4), 1994, pp. 313-315
MATERNALLY TRANSMITTED PARTIAL DIRECT TANDEM DUPLICATION OF MITOCHONDRIAL-DNA ASSOCIATED WITH DIABETES-MELLITUS
Authors: DUNBAR DR MOONIE PA SWINGLER RJ DAVIDSON D ROBERTS R HOLT IJ
Citation: Dr. Dunbar et al., MATERNALLY TRANSMITTED PARTIAL DIRECT TANDEM DUPLICATION OF MITOCHONDRIAL-DNA ASSOCIATED WITH DIABETES-MELLITUS, Human molecular genetics, 2(10), 1993, pp. 1619-1624
NUCLEAR COMPLEMENTATION OF MITOCHONDRIAL-DNA DEPLETION SYNDROME
Authors: BODNAR AG COOPER JM HOLT IJ LEONARD JV SCHAPIRA AHV
Citation: Ag. Bodnar et al., NUCLEAR COMPLEMENTATION OF MITOCHONDRIAL-DNA DEPLETION SYNDROME, Annals of neurology, 34(2), 1993, pp. 305-305
NUCLEAR COMPLEMENTATION RESTORES MTDNA LEVELS IN CULTURED-CELLS FROM A PATIENT WITH MTDNA DEPLETION
Authors: BODNAR AG COOPER JM HOLT IJ LEONARD JV SCHAPIRA AHV
Citation: Ag. Bodnar et al., NUCLEAR COMPLEMENTATION RESTORES MTDNA LEVELS IN CULTURED-CELLS FROM A PATIENT WITH MTDNA DEPLETION, American journal of human genetics, 53(3), 1993, pp. 663-669
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