News

A Daughter's Rare Disease Brings Mother-Father Researchers to Buffalo for Answers

A Daughter's Rare Disease Brings Mother-Father Researchers to Buffalo for Answers

Soo-Kyung Lee, Empire Innovation Professor of Biology at the University at Buffalo, has been driven to focus greater attention on FOXG1 syndrome since her daughter, Yuna, was diagnosed with the neurological condition almost nine years ago.

Douglas Levere/University at Buffalo

FOXG1 Research Foundation to Pioneer a Machine Learning Approach to Accelerate Rare Disease Research with Support From the Chan Zuckerberg Initiative

The parent-led FOXG1 Research Foundation (FRF) announced today a nearly $500k grant from the Chan Zuckerberg Initiative (CZI) to revolutionize the ability for patient-led advocacy groups to use machine learning to help accelerate rare disease drug development.

Once Upon A Gene Podcast Interview with Nasha Fitter on the new platform using medial records to advance research for rare disorders

In the latest episode of the Once Upon a Gene Podcast hosted by Effie Parks, we hear from the FOXG1 Research Foudnation CEO, Nasha Fitter on the revolutionary platform she’s spearheading at Ciitizen to digitally collect patients medical records and use machine learning to advance research and the road to approved therapies.

For two UB scientists, love means studying their daughter's rare disease

For two UB scientists, love means studying their daughter's rare disease

University at Buffalo biologists Soo-Kyung Lee (left) and Jae Lee are researching the FOXG1 gene. Their daughter, Yuna, has a mutation in the gene, which has severely impacted her development. The Lees hope their scientific work will lead to a treatment. Credit: Douglas Levere / University at Buffalo.

The Naked Scientist: FOXG1 Syndrome: Fighting the Odds

The Naked Scientist: FOXG1 Syndrome: Fighting the Odds

Listener Vivek got in touch with a question about a rare genetic disease his son has, called FOXG1 Syndrome. In fact, it's so rare - and so newly-discovered - that only about six hundred people in the world have been diagnosed. Kids with FOXG1 have severe developmental delays; in Vivek's words, "everything that can go wrong - it's gone wrong with him." But the parents of FOXG1 children have been unusually tenacious when it comes to shaping the course of science. In this programme we meet those people blurring the line - metaphorically speaking - between the brain and the heart.

Chan Zuckerberg Initiative Features FOXG1 Research

Chan Zuckerberg Initiative Features FOXG1 Research

Rare disease is anything but rare. As many as 7,000 rare diseases affect 400 million people globally. The vast majority are not well understood, and less than 5% have approved treatments. Yet worldwide, patients are meeting these challenges head on. The Rare As One Project is committed to uniting these communities in their quest for cures.

The FOXG1 Research Foundation Announces the Launch of its Global Patient Registry to Accelerate Research For the Rare Genetic Disease, FOXG1 Syndrome

The FOXG1 Research Foundation Announces the Launch of its Global Patient Registry to Accelerate Research For the Rare Genetic Disease, FOXG1 Syndrome

Celebrating Rare Disease Day 2019, The FOXG1 Research Foundation, today, launched the critically important FOXG1 Syndrome Patient Registry developed in collaboration with Stanford University and digital health company, Beneufit. This FOXG1 global patient registry is among the most comprehensive and technically sophisticated registries in the rare disease space and is the vital step in helping researchers and caregivers understand the complexities of the disease. The FOXG1 Syndrome Patient Registry can be found at https://foxg1.beneufit.com.

For Yuna: OHSU Scientist Unveils Origins Of Daughter’s Rare Condition: Study Findings Could Lead To New Treatment Options For FOXG1 Syndrome

For more than 20 years, Soo and Jae W. Lee have studied the specialized functions of transcription factors including FOX proteins, a family of 40-plus genes integral to the lifetime development and function of such organs as the brain and heart.