rabbit anti wls Search Results


rabbit anti-wls  (Seven Hills Bioreagents)
90
Seven Hills Bioreagents rabbit anti-wls
A. Atoh7, a neural retinal marker indicates expansion of the ciliary margin in FGF signaling mutants. Vsx2 expression domain in the neural retina and proximal ciliary margin is also similarly ectopically pushed back into the neural retinal domain. Mitf expression in the RPE and distal ciliary margin is expanded ectopically towards the neural retinal domain. Msx1 expression in the proximal ciliary margin is noticeably lost. Wfdc1 expression from the proximal and medial ciliary margin is significantly diminished. Otx1 expression in the ciliary margin is expanded further towards the neural retina. Axin2 expression restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded ectopically as well. B. Sox2, a neural retinal marker displays a graded expression in the proximal ciliary margin and is not present in the distal ciliary margin. It is noticeably absent in the proximal ciliary margin in the FGF signaling <t>mutants.</t> <t>Pax6</t> expression is strong in the ciliary margin and weans towards the neural retina. The strong expression of Pax6 is seen expanded in FGF signaling mutants. Otx2 marks the RPE and distal ciliary margin cells. Otx2 expression is expanded into the neural retinal space. <t>Wls</t> expression in the RPE (which is not visible with pigmentation) and distal ciliary margin is also expanded. Cdo, a pan marker for ciliary margin is expanded towards the neural retinal space. Expression of Lef1 restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded in the ectopic ciliary margin. pERK expression in the neural retina, proximal and medial ciliary margin is noticeably absent in the ciliary margin of FGF mutants. C. A comparison of Cdo, Msx1, Otx2, and Sox2 expression with Wls expression reveals the expansion of the distal ciliary margin at the expense of the proximal ciliary margin in the FGF mutants.
Rabbit Anti Wls, supplied by Seven Hills Bioreagents, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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rabbit anti-wls n  (YenZym Inc)
90
YenZym Inc rabbit anti-wls n
A. Atoh7, a neural retinal marker indicates expansion of the ciliary margin in FGF signaling mutants. Vsx2 expression domain in the neural retina and proximal ciliary margin is also similarly ectopically pushed back into the neural retinal domain. Mitf expression in the RPE and distal ciliary margin is expanded ectopically towards the neural retinal domain. Msx1 expression in the proximal ciliary margin is noticeably lost. Wfdc1 expression from the proximal and medial ciliary margin is significantly diminished. Otx1 expression in the ciliary margin is expanded further towards the neural retina. Axin2 expression restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded ectopically as well. B. Sox2, a neural retinal marker displays a graded expression in the proximal ciliary margin and is not present in the distal ciliary margin. It is noticeably absent in the proximal ciliary margin in the FGF signaling <t>mutants.</t> <t>Pax6</t> expression is strong in the ciliary margin and weans towards the neural retina. The strong expression of Pax6 is seen expanded in FGF signaling mutants. Otx2 marks the RPE and distal ciliary margin cells. Otx2 expression is expanded into the neural retinal space. <t>Wls</t> expression in the RPE (which is not visible with pigmentation) and distal ciliary margin is also expanded. Cdo, a pan marker for ciliary margin is expanded towards the neural retinal space. Expression of Lef1 restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded in the ectopic ciliary margin. pERK expression in the neural retina, proximal and medial ciliary margin is noticeably absent in the ciliary margin of FGF mutants. C. A comparison of Cdo, Msx1, Otx2, and Sox2 expression with Wls expression reveals the expansion of the distal ciliary margin at the expense of the proximal ciliary margin in the FGF mutants.
Rabbit Anti Wls N, supplied by YenZym Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/rabbit anti-wls n/product/YenZym Inc
Average 90 stars, based on 1 article reviews
rabbit anti-wls n - by Bioz Stars, 2026-03
90/100 stars
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rabbit polyclonal anti-wls  (Sangon Biotech)
90
Sangon Biotech rabbit polyclonal anti-wls
A. Atoh7, a neural retinal marker indicates expansion of the ciliary margin in FGF signaling mutants. Vsx2 expression domain in the neural retina and proximal ciliary margin is also similarly ectopically pushed back into the neural retinal domain. Mitf expression in the RPE and distal ciliary margin is expanded ectopically towards the neural retinal domain. Msx1 expression in the proximal ciliary margin is noticeably lost. Wfdc1 expression from the proximal and medial ciliary margin is significantly diminished. Otx1 expression in the ciliary margin is expanded further towards the neural retina. Axin2 expression restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded ectopically as well. B. Sox2, a neural retinal marker displays a graded expression in the proximal ciliary margin and is not present in the distal ciliary margin. It is noticeably absent in the proximal ciliary margin in the FGF signaling <t>mutants.</t> <t>Pax6</t> expression is strong in the ciliary margin and weans towards the neural retina. The strong expression of Pax6 is seen expanded in FGF signaling mutants. Otx2 marks the RPE and distal ciliary margin cells. Otx2 expression is expanded into the neural retinal space. <t>Wls</t> expression in the RPE (which is not visible with pigmentation) and distal ciliary margin is also expanded. Cdo, a pan marker for ciliary margin is expanded towards the neural retinal space. Expression of Lef1 restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded in the ectopic ciliary margin. pERK expression in the neural retina, proximal and medial ciliary margin is noticeably absent in the ciliary margin of FGF mutants. C. A comparison of Cdo, Msx1, Otx2, and Sox2 expression with Wls expression reveals the expansion of the distal ciliary margin at the expense of the proximal ciliary margin in the FGF mutants.
Rabbit Polyclonal Anti Wls, supplied by Sangon Biotech, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/rabbit polyclonal anti-wls/product/Sangon Biotech
Average 90 stars, based on 1 article reviews
rabbit polyclonal anti-wls - by Bioz Stars, 2026-03
90/100 stars
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Image Search Results


A. Atoh7, a neural retinal marker indicates expansion of the ciliary margin in FGF signaling mutants. Vsx2 expression domain in the neural retina and proximal ciliary margin is also similarly ectopically pushed back into the neural retinal domain. Mitf expression in the RPE and distal ciliary margin is expanded ectopically towards the neural retinal domain. Msx1 expression in the proximal ciliary margin is noticeably lost. Wfdc1 expression from the proximal and medial ciliary margin is significantly diminished. Otx1 expression in the ciliary margin is expanded further towards the neural retina. Axin2 expression restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded ectopically as well. B. Sox2, a neural retinal marker displays a graded expression in the proximal ciliary margin and is not present in the distal ciliary margin. It is noticeably absent in the proximal ciliary margin in the FGF signaling mutants. Pax6 expression is strong in the ciliary margin and weans towards the neural retina. The strong expression of Pax6 is seen expanded in FGF signaling mutants. Otx2 marks the RPE and distal ciliary margin cells. Otx2 expression is expanded into the neural retinal space. Wls expression in the RPE (which is not visible with pigmentation) and distal ciliary margin is also expanded. Cdo, a pan marker for ciliary margin is expanded towards the neural retinal space. Expression of Lef1 restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded in the ectopic ciliary margin. pERK expression in the neural retina, proximal and medial ciliary margin is noticeably absent in the ciliary margin of FGF mutants. C. A comparison of Cdo, Msx1, Otx2, and Sox2 expression with Wls expression reveals the expansion of the distal ciliary margin at the expense of the proximal ciliary margin in the FGF mutants.

Journal: bioRxiv

Article Title: Deficient FGF signaling in the developing peripheral retina disrupts ciliary margin development and causes aniridia

doi: 10.1101/443416

Figure Lengend Snippet: A. Atoh7, a neural retinal marker indicates expansion of the ciliary margin in FGF signaling mutants. Vsx2 expression domain in the neural retina and proximal ciliary margin is also similarly ectopically pushed back into the neural retinal domain. Mitf expression in the RPE and distal ciliary margin is expanded ectopically towards the neural retinal domain. Msx1 expression in the proximal ciliary margin is noticeably lost. Wfdc1 expression from the proximal and medial ciliary margin is significantly diminished. Otx1 expression in the ciliary margin is expanded further towards the neural retina. Axin2 expression restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded ectopically as well. B. Sox2, a neural retinal marker displays a graded expression in the proximal ciliary margin and is not present in the distal ciliary margin. It is noticeably absent in the proximal ciliary margin in the FGF signaling mutants. Pax6 expression is strong in the ciliary margin and weans towards the neural retina. The strong expression of Pax6 is seen expanded in FGF signaling mutants. Otx2 marks the RPE and distal ciliary margin cells. Otx2 expression is expanded into the neural retinal space. Wls expression in the RPE (which is not visible with pigmentation) and distal ciliary margin is also expanded. Cdo, a pan marker for ciliary margin is expanded towards the neural retinal space. Expression of Lef1 restricted normally to the distal and medial ciliary margin and a marker for Wnt signaling is expanded in the ectopic ciliary margin. pERK expression in the neural retina, proximal and medial ciliary margin is noticeably absent in the ciliary margin of FGF mutants. C. A comparison of Cdo, Msx1, Otx2, and Sox2 expression with Wls expression reveals the expansion of the distal ciliary margin at the expense of the proximal ciliary margin in the FGF mutants.

Article Snippet: Antibodies used were: Goat anti-Sox2 (Santa Cruz Biotechnology), Rabbit anti-Pax6 (Covance Research Products Inc.), Goat anti-Otx2 (Santa Cruz Biotechnology), Rabbit anti-Wls (Seven Hills Bioreagents), Goat anti-Cdo (R&D Systems), Rabbit anti-Lef1 (Cell Signaling Technology), Rabbit anti-pERK (Cell Signaling Technology), Goat anti-Msx1 (R&D Systems), Rabbit anti-GFP (Thermo Fisher Scientific), Chick anti-GFP (Aves Labs), Mouse anti-Brdu (Developmental Studies Hybridoma Bank) and Mouse anti-αSMA (Sigma-Aldrich).

Techniques: Marker, Expressing

A. Loss of either β-catenin or Lrp5/Lrp6 in the peripheral retina resulted in similar defect in the ciliary margin. Atoh7 expression domain is pushed closer towards the distal tip of the optic cup indicating ectopic expansion of the neural retinal domain. Vsx2 expression is expanded to the distal tip of the optic cup. Mitf expression in the distal ciliary margin and Msx2 expression in the ciliary margin are lost in WNT signaling mutants. Wfdc1 and Otx1 expression is restricted to a small portion of the distal ciliary margin while Axin2 expression is completely lost from the ciliary margin. B. Stronger expression of Sox2 is seen in the distal tip of the ciliary margin in the WNT signaling mutants. The stronger expression of Pax6 in the ciliary margin is restricted to the distal tip of the optic cup. Otx2 expression from the distal ciliary margin is lost, Wls expression from the distal ciliary margin is lost and Lef1 expression from the distal and medial ciliary margin is lost. Cdo expression is restricted to a small region of the distal optic cup. pERK expression is expanded towards the distal tip of the ciliary margin.

Journal: bioRxiv

Article Title: Deficient FGF signaling in the developing peripheral retina disrupts ciliary margin development and causes aniridia

doi: 10.1101/443416

Figure Lengend Snippet: A. Loss of either β-catenin or Lrp5/Lrp6 in the peripheral retina resulted in similar defect in the ciliary margin. Atoh7 expression domain is pushed closer towards the distal tip of the optic cup indicating ectopic expansion of the neural retinal domain. Vsx2 expression is expanded to the distal tip of the optic cup. Mitf expression in the distal ciliary margin and Msx2 expression in the ciliary margin are lost in WNT signaling mutants. Wfdc1 and Otx1 expression is restricted to a small portion of the distal ciliary margin while Axin2 expression is completely lost from the ciliary margin. B. Stronger expression of Sox2 is seen in the distal tip of the ciliary margin in the WNT signaling mutants. The stronger expression of Pax6 in the ciliary margin is restricted to the distal tip of the optic cup. Otx2 expression from the distal ciliary margin is lost, Wls expression from the distal ciliary margin is lost and Lef1 expression from the distal and medial ciliary margin is lost. Cdo expression is restricted to a small region of the distal optic cup. pERK expression is expanded towards the distal tip of the ciliary margin.

Article Snippet: Antibodies used were: Goat anti-Sox2 (Santa Cruz Biotechnology), Rabbit anti-Pax6 (Covance Research Products Inc.), Goat anti-Otx2 (Santa Cruz Biotechnology), Rabbit anti-Wls (Seven Hills Bioreagents), Goat anti-Cdo (R&D Systems), Rabbit anti-Lef1 (Cell Signaling Technology), Rabbit anti-pERK (Cell Signaling Technology), Goat anti-Msx1 (R&D Systems), Rabbit anti-GFP (Thermo Fisher Scientific), Chick anti-GFP (Aves Labs), Mouse anti-Brdu (Developmental Studies Hybridoma Bank) and Mouse anti-αSMA (Sigma-Aldrich).

Techniques: Expressing