<p>Positive expression is shown with a +. Stage of expression indicated in first column. +fold indicates when expression is found restricted to the folding part of an organ. mff: median fin fold; NCC: neural crest cells; nne: non-neural ectoderm; olp: olfactory placode; olv: olfactory vesicle; otp: otic placode; otv: otic vesicle; pf: pectoral fin; Pres.: presumptive. Asterisk is for specific <i>lateral</i> expression of <i>Dlx1</i> and <i>Dlx2</i>.</p
<p>Ventral views of pectoral (A–I) and pelvic (J–N) fins. Stages (St.) of development indicated at b...
Background: The Dlx gene family encodes transcription factors involved in the development of a wide ...
The vertebrate Dlx homeodomain-containing genes are generally organized as three convergently transc...
<p>Target gene name and developmental stage are indicated for each box. Expression is evidenced by b...
<p>Target gene name is indicated on top of each column, stage of development is indicated on top of ...
<p>Target gene name is indicated in each box, developmental stage is indicated in each panel. <b>A–F...
<p>Target gene name and stage of development are indicated on each panel. Transverse sections throug...
<p><b>A–E</b>: lateral views of whole-mount embryos, anterior is to the top, dorsal to the right, be...
<p>Stages of development indicated in the top of each column in A–D and in upper right corner in E a...
<p>(A) Lateral view of pelvic fin region showing <i>Hoxd12</i> expression at stage 25. Dashed lines ...
Vertebrate Dlx genes are required for the proper development of an array of tissues and organs inclu...
<p>Expression territories are extrapolated from analysis of serially sectioned embryos from stages E...
(A-D) Whole-mount in situ hybridization for dlx5a and Dlx5; (A, C) dorsal and (B, D) lateral views o...
<p>Column on the left shows a schematic illustration of stage-specific embryo indicating the positio...
<p>(A–C) <i>In situ</i> hybridization for <i>dlx5a</i> in zebrafish embryos from 15.5 hpf to 16 hpf:...
<p>Ventral views of pectoral (A–I) and pelvic (J–N) fins. Stages (St.) of development indicated at b...
Background: The Dlx gene family encodes transcription factors involved in the development of a wide ...
The vertebrate Dlx homeodomain-containing genes are generally organized as three convergently transc...
<p>Target gene name and developmental stage are indicated for each box. Expression is evidenced by b...
<p>Target gene name is indicated on top of each column, stage of development is indicated on top of ...
<p>Target gene name is indicated in each box, developmental stage is indicated in each panel. <b>A–F...
<p>Target gene name and stage of development are indicated on each panel. Transverse sections throug...
<p><b>A–E</b>: lateral views of whole-mount embryos, anterior is to the top, dorsal to the right, be...
<p>Stages of development indicated in the top of each column in A–D and in upper right corner in E a...
<p>(A) Lateral view of pelvic fin region showing <i>Hoxd12</i> expression at stage 25. Dashed lines ...
Vertebrate Dlx genes are required for the proper development of an array of tissues and organs inclu...
<p>Expression territories are extrapolated from analysis of serially sectioned embryos from stages E...
(A-D) Whole-mount in situ hybridization for dlx5a and Dlx5; (A, C) dorsal and (B, D) lateral views o...
<p>Column on the left shows a schematic illustration of stage-specific embryo indicating the positio...
<p>(A–C) <i>In situ</i> hybridization for <i>dlx5a</i> in zebrafish embryos from 15.5 hpf to 16 hpf:...
<p>Ventral views of pectoral (A–I) and pelvic (J–N) fins. Stages (St.) of development indicated at b...
Background: The Dlx gene family encodes transcription factors involved in the development of a wide ...
The vertebrate Dlx homeodomain-containing genes are generally organized as three convergently transc...