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barH-like homeobox-2 gene barhl2 acts downstream of orthodentricle-2 and together with iroquois-3 in establishment of the caudal (show CAD ELISA Kits) forebrain signaling center induced by Sonic Hedgehog (show SHH ELISA Kits)
in the developing diencephalon, Caspase3 acts downstream of Barhl2 in limiting neuroepithelial cell proliferation by inhibiting beta-catenin (show CTNNB1 ELISA Kits) activation.
Barhl2 is part of a pathway regulating early programmed cell death and plays a key role in patterning the Xenopus neural plate by limiting the number of chordin (show CHRD ELISA Kits)- and shh (show SHH ELISA Kits)-expressing cells.
Action of Xbh1 on ganglion cell development accounts for only a part of their activities during retinogenesis.
Barhl2 is an amacrine-cell subtype identity-biasing factor that turns on within Atoh7 (show ATOH7 ELISA Kits)-positive descendants.
The expression of Barhl2 in the thalamus and pretectum is related to, and regulated by, the expression of Pax6 (show PAX6 ELISA Kits). Pax6 (show PAX6 ELISA Kits) is known to be required for normal diencephalic development. The findings suggest that some of its actions might be mediated by its maintenance of a repressive influence over Barhl2 expression in the thalamus and pretectum.
antagonism between Barx2 (show BARX2 ELISA Kits) and Pax7 (show PAX7 ELISA Kits) in regulation of Wnt (show WNT2 ELISA Kits) signaling may help mediate the switch from myoblast proliferation to differentiation.
Barx2 (show BARX2 ELISA Kits) is an important regulator of muscle growth and repair that acts via the control of satellite cell proliferation and differentiation.
results elucidate BARHL2 as a critical postmitotic regulator of dI1 (show AVPR2 ELISA Kits) subtype diversification, as well as its intermediate position in the dI1 (show AVPR2 ELISA Kits) genetic hierarchy
data suggest a functional network involving Barx2 (show BARX2 ELISA Kits), Fgf10 (show FGF10 ELISA Kits) and matrix metalloproteinases that plays an essential role in regulating branching morphogenesis of the ocular glands.
Study show that Barx2 (show BARX2 ELISA Kits) regulates plasticity of immature myofibers and might act as a molecular switch controlling cell differentiation and proliferation.
Data suggest that Barhl2 may function to specify the identity of glycinergic amacrine cells from competent progenitors during retinogenesis.
Math1 (show ATOH1 ELISA Kits) directly regulates the Mbh genes in CGCs. Furthermore, a dominant-negative form of the Mbh proteins disrupted proper
BARHL2 plays roles in retinal development, including regulating neuronal subtype specification, differentiation, and survival.
Potential regulator of neural basic helix-loop-helix genes. It may down-regulate expression of ASCL1 and, within the thalamus, up-regulate NGN2, thereby regulating distinct patterns of neuronal differentiation (By similarity).
Bar homeobox protein XBH1
, barH-like 2 homeobox protein
, BarH-like 2
, barH-class homeodomain transcription factor
, BarH-like homeobox 2
, homeobox protein BarH-like 2
, homeodomain transcription factor BARX2B
, BARX homeobox 2
, Homeobox protein BarH-like 2
, homeobox transcription factor Barx2
, BarH-like 1.2
, BarH-class homeodomain transcription factor 3
, BarH-class homeodomain transcription factor
, bar-class homeodomain protein MBH1
, homeobox protein B-H1
, homeodomain transcription factor BARX2