Fernando Giraldez

Group website

Research Outline

The first step in hearing is achieved by the hair cells, which are the sensory receptors of the inner ear. The deterioration of these cells is the most common cause of hearing loss, a major health problem in the industrialized world. My research has been devoted to understand the molecular mechanisms of hair cell and auditory neuron development, and to apply this knowledge to support regenerative cell therapies.

 

Current Projects 

  • Development and regeneration of inner ear hair cells.

No longer running my own lab, I maintain my research by continue collaborating with other groups and also extended my activity into scientific writing and science dissemination activities. Current projects are: a) IGF1 in hair cell development and degeneration, in collaboration with Isabel Varela-Nieto (IIB, CSIC-UAM), and 2) transcription factor-induced conversion of somatic cells into hair cells, in collaboration with Thomas Schimmang (IBGM, CSIC-UVA).

 

This project is oriented towards exchanging blending Neurosciences and the Liberal Arts. It is centered mostly on the dissemination of a neuroscientific and evolutionary perspective of the mind, art and knowledge. It is addressed to the Spanish-speaking community and developed from a website where I drop and link to articles courses and other activities.

 

 

Selected publications 2017-18

Ear development

 

 

Neuroscience and Humanities:

 

Other relevant information 2017-18

  • La irresistible atracción del arte. Keynote in III Foro Cultura y Empresa, Auditorio Telefónica, Madrid, March 2018.
  • Ciencia y creencia: Platón, la religión y las neurociencias. Plenary talk, Instituto de Humanidades Francesco Petrarca, Madrid, November 2018.
  • Las moléculas que nos comemos. Museo de la Ciencia, Madrid, Semana de la Ciencia November, 2018.
  • Neurosciences for the Humanities (teaching neuroscience as a liberal art), in GUNi meeting Barcelona, November, 2018.
  • Research guest at IIB (CSIC-UAM), Madrid, Oct-Dec 2018.