The Experts below are selected from a list of 59901 Experts worldwide ranked by ideXlab platform
Manjun Yang - One of the best experts on this subject based on the ideXlab platform.
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The complete Mitochondrial Genome of Hericium coralloides (Hericiaceae, Basidiomycota)
Mitochondrial DNA Part B, 2017Co-Authors: Caixia Zhang, Changshan Li, Weixing Ye, Manjun YangAbstract:AbstractIn this study, the complete Mitochondrial Genome of the medicinal mushroom Hericium coralloides (Hericiaceae, Basidiomycota) was sequenced. This Mitochondrial Genome is 72,961 bp in length and consisted of 14 protein-coding genes, 21 hypothetical open reading frames, 2 ribosomal RNA subunits and 27 transfer RNAs. The overall nucleotide composition of is 41.33% A, 40.71% T, 9.06% C and 8.90% G, with GC content of 17.96%. A phylogenetic tree with the complete Mitochondrial Genome sequences of Hericium coralloides together with 9 other affinis mushrooms was constructed. The newly achieved Mitochondrial Genome sequence seem to be useful for addressing taxonomic issues and studying related evolution events, which would contribute to enrich the fungal Mitochondrial Genome resource and promote the biological research.
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The complete Mitochondrial Genome of Hericium coralloides (Hericiaceae, Basidiomycota)
Mitochondrial DNA Part B, 2017Co-Authors: Caixia Zhang, Changshan Li, Weixing Ye, Manjun YangAbstract:In this study, the complete Mitochondrial Genome of the medicinal mushroom Hericium coralloides (Hericiaceae, Basidiomycota) was sequenced. This Mitochondrial Genome is 72,961 bp in length and cons...
Jie Dong - One of the best experts on this subject based on the ideXlab platform.
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the complete Mitochondrial Genome of orthonychiurus folsomi collembola onychiuridae
Mitochondrial DNA Part B, 2020Co-Authors: Jie DongAbstract:AbstractThe complete Mitochondrial Genome of Orthonychiurus folsomi (Schaffer 1900) was sequenced, assembled, and annotated. The Mitochondrial Genome of O. folsomi has a length of 15,283bp and comp...
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the complete Mitochondrial Genome of orthonychiurus folsomi collembola onychiuridae
Mitochondrial DNA Part B, 2020Co-Authors: Haifeng Yao, Jie Dong, Zhijing Xie, Xin SunAbstract:The complete Mitochondrial Genome of Orthonychiurus folsomi (Schaffer 1900) was sequenced, assembled, and annotated. The Mitochondrial Genome of O. folsomi has a length of 15,283bp and comprises 13...
Barry Moore - One of the best experts on this subject based on the ideXlab platform.
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The maize Mitochondrial Genome: dynamic, yet functional
Trends in Genetics, 1995Co-Authors: Christiane M R Fauron, Mark Casper, Barry MooreAbstract:Abstract The organization of the Mitochondrial Genome of higher plants is complex. It has two striking features: a large size that can vary among plant species; and the ability to undergo homologous recombination that results in variation within species. From cosmid clone mapping studies, the total genetic information of the plant Mitochondrial Genome can be arranged into a single circular molecule that is referred to as the master chromosome. This circular DNA molecule contains repeated sequences that can generate, via intramolecular recombination, either isomeric forms of the master chromosome or smaller subgenomic circular DNA molecules. The maize Mitochondrial Genome is the most complex and largest Mitochondrial Genome for which a physical map is presently available. Its organization varies considerably among the different maize cytotypes. In an attempt to understand the numerous different Mitochondrial DNA rearrangements encountered among those cytotypes, we have proposed a general model of Genome evolution that can explain a multitude of genomic rearrangements, not only for the maize Mitochondrial DNA but also for other higher plant Mitochondrial Genomes as well.
Caixia Zhang - One of the best experts on this subject based on the ideXlab platform.
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The complete Mitochondrial Genome of Hericium coralloides (Hericiaceae, Basidiomycota)
Mitochondrial DNA Part B, 2017Co-Authors: Caixia Zhang, Changshan Li, Weixing Ye, Manjun YangAbstract:AbstractIn this study, the complete Mitochondrial Genome of the medicinal mushroom Hericium coralloides (Hericiaceae, Basidiomycota) was sequenced. This Mitochondrial Genome is 72,961 bp in length and consisted of 14 protein-coding genes, 21 hypothetical open reading frames, 2 ribosomal RNA subunits and 27 transfer RNAs. The overall nucleotide composition of is 41.33% A, 40.71% T, 9.06% C and 8.90% G, with GC content of 17.96%. A phylogenetic tree with the complete Mitochondrial Genome sequences of Hericium coralloides together with 9 other affinis mushrooms was constructed. The newly achieved Mitochondrial Genome sequence seem to be useful for addressing taxonomic issues and studying related evolution events, which would contribute to enrich the fungal Mitochondrial Genome resource and promote the biological research.
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The complete Mitochondrial Genome of Hericium coralloides (Hericiaceae, Basidiomycota)
Mitochondrial DNA Part B, 2017Co-Authors: Caixia Zhang, Changshan Li, Weixing Ye, Manjun YangAbstract:In this study, the complete Mitochondrial Genome of the medicinal mushroom Hericium coralloides (Hericiaceae, Basidiomycota) was sequenced. This Mitochondrial Genome is 72,961 bp in length and cons...
Christiane M R Fauron - One of the best experts on this subject based on the ideXlab platform.
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The maize Mitochondrial Genome: dynamic, yet functional
Trends in Genetics, 1995Co-Authors: Christiane M R Fauron, Mark Casper, Barry MooreAbstract:Abstract The organization of the Mitochondrial Genome of higher plants is complex. It has two striking features: a large size that can vary among plant species; and the ability to undergo homologous recombination that results in variation within species. From cosmid clone mapping studies, the total genetic information of the plant Mitochondrial Genome can be arranged into a single circular molecule that is referred to as the master chromosome. This circular DNA molecule contains repeated sequences that can generate, via intramolecular recombination, either isomeric forms of the master chromosome or smaller subgenomic circular DNA molecules. The maize Mitochondrial Genome is the most complex and largest Mitochondrial Genome for which a physical map is presently available. Its organization varies considerably among the different maize cytotypes. In an attempt to understand the numerous different Mitochondrial DNA rearrangements encountered among those cytotypes, we have proposed a general model of Genome evolution that can explain a multitude of genomic rearrangements, not only for the maize Mitochondrial DNA but also for other higher plant Mitochondrial Genomes as well.
