Interactions between Macrophages and the Sensory Cells of the Inner Ear

Por Warchol, Mark E.
Publicado no Cold Spring Harb Perspect Med (2019)

Cell Density and N-Cadherin Interactions Regulate Cell Proliferation in the Sensory Epithelia of the Inner Ear

Por Warchol, Mark E.
Publicado no J Neurosci (2002)

Maintained Expression of the Planar Cell Polarity Molecule Vangl2 and Reformation of Hair Cell Orientation in the Regenerating Inner Ear

Por Warchol, Mark E., Montcouquiol, Mireille
Publicado em 2010

Regenerative Proliferation in Organ Cultures of the Avian Cochlea: Identification of the Initial Progenitors and Determination of the Latency of the Proliferative Response

Por Warchol, Mark E., Corwin, Jeffrey T.
Publicado no J Neurosci (1996)

Expression of the Pax2 Transcription Factor is Associated with Vestibular Phenotype in the Avian Inner Ear

Por Warchol, Mark E., Richardson, Guy P.
Publicado em 2009

Cisplatin Ototoxicity Blocks Sensory Regeneration in the Avian Inner Ear

Por Slattery, Eric L., Warchol, Mark E.
Publicado em 2010

Toward a Systems Biology of Mouse Inner Ear Organogenesis: Gene Expression Pathways, Patterns and Network Analysis

Por Sajan, Samin A., Warchol, Mark E., Lovett, Michael
Publicado em 2007

Depletion of Resident Macrophages Does Not Alter Sensory Regeneration in the Avian Cochlea

Por Warchol, Mark E., Schwendener, Reto A., Hirose, Keiko
Publicado em 2012

Two cell populations participate in clearance of damaged hair cells from the sensory epithelia of the inner ear

Por Hirose, Keiko, Rutherford, Mark A., Warchol, Mark E.
Publicado no Hear Res (2017)

Genetic Disruption of Fractalkine Signaling Leads to Enhanced Loss of Cochlear Afferents Following Ototoxic or Acoustic Injury

Por Kaur, Tejbeer, Ohlemiller, Kevin K., Warchol, Mark E.
Publicado no J Comp Neurol (2017)

Epigenetic Influences on Sensory Regeneration: Histone Deacetylases Regulate Supporting Cell Proliferation in the Avian Utricle

Por Slattery, Eric L., Speck, Judith D., Warchol, Mark E.
Publicado em 2009

Cochlear progenitor number is controlled through mesenchymal FGF receptor signaling

Por Huh, Sung-Ho, Warchol, Mark E, Ornitz, David M
Publicado no eLife (2015)

Inhibition of Caspases Prevents Ototoxic and Ongoing Hair Cell Death

Por Matsui, Jonathan I., Ogilvie, Judith M., Warchol, Mark E.
Publicado no J Neurosci (2002)

Cisplatin exposure damages resident stem cells of the mammalian inner ear

Por Slattery, Eric L., Oshima, Kazuo, Heller, Stefan, Warchol, Mark E.
Publicado em 2014

Macrophage recruitment and epithelial repair following hair cell injury in the mouse utricle

Por Kaur, Tejbeer, Hirose, Keiko, Rubel, Edwin W., Warchol, Mark E.
Publicado no Front Cell Neurosci (2015)

Supporting Cells Eliminate Dying Sensory Hair Cells to Maintain Epithelial Integrity in the Avian Inner Ear

Por Bird, Jonathan E., Daudet, Nicolas, Warchol, Mark E., Gale, Jonathan E.
Publicado em 2010

Differentiation of the Lateral Compartment of the Cochlea Requires a Temporally Restricted FGF20 Signal

Por Huh, Sung-Ho, Jones, Jennifer, Warchol, Mark E., Ornitz, David M.
Publicado em 2012

The endocochlear potential as an indicator of reticular lamina integrity after noise exposure in mice

Por Ohlemiller, Kevin K., Kaur, Tejbeer, Warchol, Mark E., Withnell, Robert H.
Publicado no Hear Res (2018)

Identification of direct downstream targets of Dlx5 during early inner ear development

Por Sajan, Samin A., Rubenstein, John L.R., Warchol, Mark E., Lovett, Michael
Publicado em 2011

Staurosporine-induced collapse of cochlear hair bundles

Por Goodyear, Richard J, Ratnayaka, Helen SK, Warchol, Mark E, Richardson, Guy P
Publicado no J Comp Neurol (2014)