In males, default splicing generates Tdic-dsxM, whereas in females, Tdic-tra (a female isoform, traF) and Tdic-tra2, generates Tdic-dsxF by female-specific splicing of Tdic-dsx pre-mRNA. Prepupal Tdic-dsxM expression in males positively regulates the growth of head and thoracic horn primordia, whereas prepupal Tdic-dsxF in females suppresses the horn growth activity. In pupa, Tdic-dsxM regulates thoracic horn remodeling, but is dispensable for remodeling of head horn. GRN, gene regulatory network.</p
(A) Schematics of putative exon-intron structures of the sex determination genes in T. dichotomus. O...
AbstractThe origin of new morphological structures requires the establishment of new genetic regulat...
2011-10-31In Drosophila melanogaster, nearly all sexual dimorphism is controlled by the sex-determin...
(A) Male (top) and female (bottom) adult of T. dichotomus. (B–I) Male head (B–E) and prothoracic (F–...
(A-C) Thoracic horn remodeling during pupal-adult development in males. (A) A wild type male thoraci...
(A) Relationship between the timepoints of Tdic-tra dsRNA injection and the extent of sex transforma...
(A-C) Comparison of wild type female head and ectopic intermediate sexual transformation head horn i...
Many scarab beetles have sexually dimorphic exaggerated horns that are an evolutionary novelty. Sinc...
Many scarab beetles have sexually dimorphic exaggerated horns that are an evolutionary novelty. Sinc...
<p>Left: In XX animals, the production of Sxl leads to alternative splicing of <i>tra</i> pre-mRNA i...
<div><p>Reproduction in sexually dimorphic animals relies on successful gamete production, executed ...
Reproduction in sexually dimorphic animals relies on successful gamete production, executed by the g...
<p>Ancestral regulatory interactions are indicated in black, and newly evolved interactions in red. ...
Differences in the number, morphology and function of neurons between the sexes underlie sexually di...
(A-F) The head epidermis including the head horn primordium was stained with DAPI (magenta) to label...
(A) Schematics of putative exon-intron structures of the sex determination genes in T. dichotomus. O...
AbstractThe origin of new morphological structures requires the establishment of new genetic regulat...
2011-10-31In Drosophila melanogaster, nearly all sexual dimorphism is controlled by the sex-determin...
(A) Male (top) and female (bottom) adult of T. dichotomus. (B–I) Male head (B–E) and prothoracic (F–...
(A-C) Thoracic horn remodeling during pupal-adult development in males. (A) A wild type male thoraci...
(A) Relationship between the timepoints of Tdic-tra dsRNA injection and the extent of sex transforma...
(A-C) Comparison of wild type female head and ectopic intermediate sexual transformation head horn i...
Many scarab beetles have sexually dimorphic exaggerated horns that are an evolutionary novelty. Sinc...
Many scarab beetles have sexually dimorphic exaggerated horns that are an evolutionary novelty. Sinc...
<p>Left: In XX animals, the production of Sxl leads to alternative splicing of <i>tra</i> pre-mRNA i...
<div><p>Reproduction in sexually dimorphic animals relies on successful gamete production, executed ...
Reproduction in sexually dimorphic animals relies on successful gamete production, executed by the g...
<p>Ancestral regulatory interactions are indicated in black, and newly evolved interactions in red. ...
Differences in the number, morphology and function of neurons between the sexes underlie sexually di...
(A-F) The head epidermis including the head horn primordium was stained with DAPI (magenta) to label...
(A) Schematics of putative exon-intron structures of the sex determination genes in T. dichotomus. O...
AbstractThe origin of new morphological structures requires the establishment of new genetic regulat...
2011-10-31In Drosophila melanogaster, nearly all sexual dimorphism is controlled by the sex-determin...