DOI: 10.14264/uql.2017.722
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The characterization of larval homology: transcriptomic insights into the origin and evolution of animal life cycles

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Cited by 2 publications
(2 citation statements)
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“…In A. queenslandica, 17 Fox genes have been identified (Shimeld et al, 2010) and here we show that AqFoxG is a candidate for playing an important role during the acquisition of larval competence, showing significant changes in gene expression through ontogeny (Figure 4.6A) and a light-dependent pattern of expression (Chapter 3). FoxG plays a conserved role in the patterning of body plans in deuterostomes (Yankura et al, 2010) and is upregulated specifically during the larval phase of the life cycle in both the echinoderm Strongylocentrotus purpuratus and in this sponge, and may be part of conserved regulatory network underlying larval development (Hatleberg, 2017). The temporal expression data for FoxG presented here suggests a role in regulating the acquisition of competence after a light-to-dark transition in A. queenslandica.…”
Section: Figure 47 Expression Of (A) Aqgoloco and (B) Aqrgs-ggl Thromentioning
confidence: 68%
“…In A. queenslandica, 17 Fox genes have been identified (Shimeld et al, 2010) and here we show that AqFoxG is a candidate for playing an important role during the acquisition of larval competence, showing significant changes in gene expression through ontogeny (Figure 4.6A) and a light-dependent pattern of expression (Chapter 3). FoxG plays a conserved role in the patterning of body plans in deuterostomes (Yankura et al, 2010) and is upregulated specifically during the larval phase of the life cycle in both the echinoderm Strongylocentrotus purpuratus and in this sponge, and may be part of conserved regulatory network underlying larval development (Hatleberg, 2017). The temporal expression data for FoxG presented here suggests a role in regulating the acquisition of competence after a light-to-dark transition in A. queenslandica.…”
Section: Figure 47 Expression Of (A) Aqgoloco and (B) Aqrgs-ggl Thromentioning
confidence: 68%
“…"DBDs": TFs identified using the DBD database (see section 3.3.8.1 for details). "OrthoMCL": identified by William Hatleberg in (Hatleberg, 2016 PhD thesis in review). "Fernandez-Valverde": TFs identified by Fernandez-Valverde (unpublished).…”
Section: Appendix 32 Principal Component Analysis Of All Of the Sampmentioning
confidence: 99%