<p>Whirlin (green, A) and usherin (green, B) were colocalized with VLGR1 (red) in stereocilia in the mouse cochlea. Signals of whirlin (green, top row in C) and usherin (green, middle row in C) diminished in hair cell stereocilia (phalloidin, red) in the <i>Ush2a</i> and whirlin knockout cochleas, respectively. Signals of VLGR1 (green, bottom row in C) diminished at the hair cell stereocilia in both whirlin and <i>Ush2a</i> knockout cochleas. OH, outer hair cells; IH, inner hair cells. Scale bars, 5 µm.</p
The molecular mechanisms underlying hair cell synaptic maturation are not well understood. Cadherin-...
<p>(A) Whirlin (green) and usherin (red) were colocalized at the PMC in mouse photoreceptors. The bo...
<div><p>The molecular mechanisms underlying hair cell synaptic maturation are not well understood. C...
<p>(A) DPOAE analysis demonstrates that whirlin knockout mice have profound hearing loss at all stim...
Stereocilia, finger-like projections forming the hair bundle on the apical surface of sensory hair c...
International audienceStereocilin is defective in a recessive form of deafness, DFNB16. We studied t...
International audienceSeveral lines of evidence indicate that very large G-protein-coupled receptor ...
Contains fulltext : 50973.pdf (publisher's version ) (Closed access)Mutations in t...
International audienceDefects in myosin XVa and the PDZ domain-containing protein, whirlin, underlie...
International audienceThe whirler mouse mutant (wi) does not respond to sound stimuli, and detailed ...
<p>(A) There was no significant difference in temporal bones between mutant and wild-type mice at P1...
<p>(<b>A</b>) Confocal image of auditory hair cells from an E18.5 wild type mouse in which hair cell...
<p><b>Panel A:</b> Cochlea cross-sections immunostained with anti-CDH23 (<b>A–H</b>), anti-PCDH15 (<...
SummaryWHRN (DFNB31) mutations cause diverse hearing disorders: profound deafness (DFNB31) or variab...
WHRN (DFNB31) mutations cause diverse hearing disorders: profound deafness (DFNB31) or variable hear...
The molecular mechanisms underlying hair cell synaptic maturation are not well understood. Cadherin-...
<p>(A) Whirlin (green) and usherin (red) were colocalized at the PMC in mouse photoreceptors. The bo...
<div><p>The molecular mechanisms underlying hair cell synaptic maturation are not well understood. C...
<p>(A) DPOAE analysis demonstrates that whirlin knockout mice have profound hearing loss at all stim...
Stereocilia, finger-like projections forming the hair bundle on the apical surface of sensory hair c...
International audienceStereocilin is defective in a recessive form of deafness, DFNB16. We studied t...
International audienceSeveral lines of evidence indicate that very large G-protein-coupled receptor ...
Contains fulltext : 50973.pdf (publisher's version ) (Closed access)Mutations in t...
International audienceDefects in myosin XVa and the PDZ domain-containing protein, whirlin, underlie...
International audienceThe whirler mouse mutant (wi) does not respond to sound stimuli, and detailed ...
<p>(A) There was no significant difference in temporal bones between mutant and wild-type mice at P1...
<p>(<b>A</b>) Confocal image of auditory hair cells from an E18.5 wild type mouse in which hair cell...
<p><b>Panel A:</b> Cochlea cross-sections immunostained with anti-CDH23 (<b>A–H</b>), anti-PCDH15 (<...
SummaryWHRN (DFNB31) mutations cause diverse hearing disorders: profound deafness (DFNB31) or variab...
WHRN (DFNB31) mutations cause diverse hearing disorders: profound deafness (DFNB31) or variable hear...
The molecular mechanisms underlying hair cell synaptic maturation are not well understood. Cadherin-...
<p>(A) Whirlin (green) and usherin (red) were colocalized at the PMC in mouse photoreceptors. The bo...
<div><p>The molecular mechanisms underlying hair cell synaptic maturation are not well understood. C...