Biological Systems John Wiley and Sons Inc. / PLOS ONE / Ford / mRNAs / Creative Commons / GE Healthcare / Proc Natl Acad Sci U S A / Russell AG / / /
Facility
The University of New Brunswick / University of Surrey / Oxyrrhis marina / University of Melbourne Science Faculty Scholarship / The University of Melbourne / /
IndustryTerm
final spliced product / downstream expression machinery / split / spliceosomal machinery / gel solution / final splice product / cox3 splice products / conserved splice site / f2 media / then processing / cox3 products / splice site / splice product / machinery / mitochondrial electron transport chain / organelle trans-splicing systems / conserved spliceosomal binding site / cox3 splice product / organelle systems / oligoadenylation site / reagents/ materials/analysis tools / /
Organization
University of Melbourne / Victoria / University of Surrey / Ross F. Waller* School of Botany / Biology Department / University of Melbourne Science Faculty Scholarship / University of New Brunswick / /
A Widespread and Unusual RNA Trans-Splicing Type in Dinoflagellate Mitochondria Christopher J. Jackson¤, Ross F. Waller* School of Botany, The University of Melbourne, Victoria, Australia Abstract