Mitochondrial genomics and the new insect order Mantophasmatodea
SL Cameron, SC Barker, MF Whiting - Molecular phylogenetics and …, 2006 - Elsevier
SL Cameron, SC Barker, MF Whiting
Molecular phylogenetics and evolution, 2006•ElsevierResults We sequenced the entire mt genome of Sclerophasma and Tamolanica and the
entire coding portion of Grylloblatta and Timema (the non-coding control region of the latter
two could not be amplified). The genome arrangement of all four is identical to that proposed
by Boore (1999) as ancestral arrangement (synplesiomorphic) for insects. Thus
unfortunately no gene rearrangement synapomorphies exist to link Mantophasmatodea to
any insect order.
entire coding portion of Grylloblatta and Timema (the non-coding control region of the latter
two could not be amplified). The genome arrangement of all four is identical to that proposed
by Boore (1999) as ancestral arrangement (synplesiomorphic) for insects. Thus
unfortunately no gene rearrangement synapomorphies exist to link Mantophasmatodea to
any insect order.
Results
We sequenced the entire mt genome of Sclerophasma and Tamolanica and the entire coding portion of Grylloblatta and Timema (the non-coding control region of the latter two could not be amplified). The genome arrangement of all four is identical to that proposed by Boore (1999) as ancestral arrangement (synplesiomorphic) for insects. Thus unfortunately no gene rearrangement synapomorphies exist to link Mantophasmatodea to any insect order.
Elsevier
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