135 results on '"Pira, Charmaine"'
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2. Heterotopic respiratory mucosa as a potential source of ectopic Sonic hedgehog (SHH) in the development of complex radial polydactyly and ulnar dimelia
3. Abstract 2259: The 3ʹ Region of the ZPA Regulatory Sequence (ZRS) is Necessary for Activity and Contains a Pivotal E-Box Binding Site
4. An E‐Box Binding Site is Sufficient for ZPA Regulatory Sequence (ZRS) Activity in the Limb
5. Regulation of LIM homeodomain 2 (Lhx2) in the distal limb bud during patterning and development
6. The Role of Sox9 in Regulating Joint Development through a Gdf5 Enhancer
7. LHX2 Regulates Shh Expression in the Limb Independent of the ZPA Regulatory Sequence
8. Differential Regulation of Lhx9 Expression in Mouse and Chicken Limbs
9. Two limb-specific enhancers control Lmx1b expression in a modular and autoregulatory manner
10. Identification of limb-specific Lmx1b auto-regulatory modules with Nail-Patella Syndrome pathogenicity
11. Identification of limb-specific Lmx1b auto-regulatory modules with Nail-patella syndrome pathogenicity
12. The SOX11 Transcription Factor Upregulates Growth Differentiation Factor‐5 During Joint Formation Through a Downstream Enhancer Element
13. The Role of the SOX11 Transcription Factor in Regulating Growth Differentiation Factor‐5 During Joint Formation
14. The ZPA Regulatory Sequence (ZRS) Hand2 and Twist1 Binding Sites are Not Necessary for ZRS Activity
15. ETS Binding Sites are Critical for Activity of the LHX2‐Associated Sub‐AER Regulatory Module 1 (LASARM1)
16. ZPA Regulatory Sequence (ZRS) Activity in the Limb is Eliminated by Loss of Hand2, Twist1, and Hoxd13 Binding Sites
17. Detection of genes regulated by Lmx1b during limb dorsalization
18. Identification of limb-specific Lmx1b auto-regulatory modules with Nail-Patella Syndrome pathogenicity
19. Loss of HAND2 and HOXD13 Binding Sites in the ZPA Regulatory Sequence (ZRS) is not Sufficient to Disrupt Activity in the Limb
20. An ELK4 Binding Site is Critical for Activity of the LHX2 ‐Associated Sub‐AER Regulatory Module 1 ( LASARM1)
21. The Pattern of EGR1 Expression During Chick Limb Development Suggests a Role in Regulating SHH Expression and/or Termination
22. CNS Activity of an LHX2 ‐Associated Cis ‐Regulatory Module
23. The Multi‐Organ Activity of an Lmx1b ‐Associated cis ‐Regulatory Module Suggests a Global Role in Regulating Lmx1b‐Mediated Development
24. AER‐Related FGFs Upregulate LHX2 Through MEK in the RAS‐Associated Signaling Pathway During the Maintenance of ZPA‐Related SHH Expression
25. The Pattern of SOX11 During Chicken Limb Development Suggests a Role in Myogenesis
26. Autoregulation of Lmx1b during limb development: A role in Nail-Patella Syndrome?
27. Loss of enhancer-mediated Lmx1b autoregulation disrupts limb dorsalization and causes nail patella sindrome
28. Regulation of a GDF5 Associated Enhancer During Limb Development
29. Activity of LHX2 ‐associated cis ‐Regulatory Modules During Limb Development
30. Two Lmx1b-associated cis-regulatory modules (LARM1/2) mediate Lmx1b auto-amplification during limb dorsalization and their disruption can cause a limb-specific form of Nail-Patella syndrome
31. LHX2 Mediates the FGF-to-SHH Regulatory Loop during Limb Development
32. Mechanism of Fgf‐Mediated Lhx2 Upregulation
33. The Activity of LHx2‐Associated cis Regulatory Modules
34. Lmx1b‐dependent Activity of an Associated Enhancer Suggests Lmx1b Autoregulation
35. Identification of a Novel Silencer within an Lmx1b Mediated Cis‐regulatory Module
36. LHX2 is a necessary intermediate in FGF‐induced SHH expression during limb development
37. GDF5 Is a Direct Target of LMX1B Regulation During Limb Dorsalization
38. Lmx1b-targeted cis-regulatory modules involved in limb dorsalization
39. Co‐Incident Upregulation of Shh and Hoxa 13 by Fgf in The Developing Limb Bud
40. Lmx1b Binds to a Gdf5‐Associated Enhancer Element Active During Limb Dorsalization
41. Characterization of a NOGO‐A associated enhancer element in chicken
42. LIM Homeobox 2 (LHX2) is a Downstream Intermediate of FGF in the Induction of SHH Expression in the Developing Limb
43. Lmx1b‐Mediated Limb Dorsalization: Identification of a Potential Regulatory Sequence for Keratocan, Lumican, and Decorin
44. Regulation of the NOGO‐Associated Enhancer
45. Evidence for Lmx1b Self‐Regulation During Limb Dorsalization
46. Identification of Potential Lmx1b‐Regulated Enhancers During Limb Development
47. Lmx1b‐Mediated Emx2‐ Associated Regulatory Region Active During Limb Development
48. Role of EST2/ETV5 as transcription factors in the regulation of SHH by FGF (541.3)
49. LHX2: a critical link in the FGF to SHH pathway? (541.2)
50. Characterization of conserved noncoding regulatory regions by flow cytometric analysis (LB66)
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