# data[].attributes.body
presentation

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.attachment_link.description
Watch my amazing website created on emaze - The stunning web site builder.

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.attachment_link.readable_text
Isabel Fariñas

Index

Current Work

Beginning

Works

More information

She studied biology, finishing in the year 1989s with the publication of his doctoral thesis. After her career she moved to Valencia, and began to work at the University of Valencia, where all her subsequent research would take place.

Beginning

Current Work

She is Professor of Cell Biology and Parasitology, and coordinator of the R & D Group of Molecular Neurobiology at the University of Valencia. Her research activity focuses on the development and analysis of genetic models in Parkinson's disease and brain repair using modified stem cells.

One of the most relevant was the one published in 2013, related to a maintenance mechanism of stem cells that prevented their aging. They discovered that p21 which is a tumor suppressor gene and that regulates the proliferation of neural stem cells, one might think that its inactivation would give instead of brain tumors, however, p21 works differently in neural stem cells. Its absence does not produce tumors, but depletion of neural cells, that is, aging.

Works

She discovered a protein that allow the brain stem cells to generate new neurons.This protein is MT5-MMP and allows to 'unlock' the brain stem cells in order to activate the production of new neurons.The study done in mice, allow to know better the relation between the brain stem cells and their enviroment. It could identify molecular targets on which to act to enhance the activation of these cells during the tissues renewal or in degenerative processes, like in Alzheimer or Parkinson.

More information

In 2015, she received the 'University-Society in the Investigation and Development modality' award, organized by the Consell social of University of Valencia.

In 2016, she became a member of the European Molecular Biology Organization (EMBO) that was created in 1964 and it's formed by the best 1.600 molecular biologists.

# data[].attributes.attachment_link.title
Isabel Fariñas by Jason Jason on Genially

# data[].attributes.attachment_link.description
Isabel Fariñas Index Current Work Beginning Works More information She studied biology, finishing in the year 1989s with the publication of his doctoral thesis. After her career she moved to Valencia, and began to work at the University of Valencia, where all her subsequent research would take place.

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
presentation

# data[].attributes.body
biography

# data[].attributes.body
The file has a *.exe extension and so a computer may recognize it as a virus, but it's not. This is because the presentation is in a "game" format, in an interactive way.

# data[].attributes.body
biography