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Photosynthesis / Protein biosynthesis / Molecular biology / Plastid / Dinoflagellate / RNA / Chloroplast / Translation / Nucleic acid sequence / Biology / Gene expression / Organelles


A Tertiary Plastid Gains RNA Editing in Its New Host Christopher J. Jackson,z Sebastian G. Gornik, and Ross F. Waller* School of Botany, University of Melbourne, Victoria, Australia z Present address: Biology Department,
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Document Date: 2013-03-24 18:15:29


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City

New York / /

Company

Oxford University Press / Gould / GenBank / Clarenden Press / Wiley Press / /

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Facility

University of Melbourne / University of New Brunswick / HQ E Y GH / University of Melbourne Science Faculty Scholarship / /

IndustryTerm

few substitutional editing systems / aberrant organelle genetic systems / pre-existing editing machinery / biological systems / machinery / plastid editing machinery / molecular machinery / bacterial expression machinery / developed editing machinery de novo / /

Organization

University of Melbourne / Victoria / Society for Molecular Biology and Evolution / Ross F. Waller* School of Botany / Biology Department / Oxford University / University of Melbourne Science Faculty Scholarship / University of New Brunswick / /

Person

Gene Sequence / Van Dolah / Ross F. Waller / Phil Trans / Hora / Sebastian G. Gornik / /

Position

Author / *Corresponding author / editor / Diver / folding model for its divergent chloroplast 16S rRNA / Associate editor / Representative / /

ProgrammingLanguage

C / /

ProvinceOrState

New Jersey / Florida / /

PublishedMedium

PLoS One / Molecular Biology and Evolution / the DNA / /

RadioStation

Van Dolah FM / /

Technology

genomics / /

URL

http /

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