The Research Works podcast is designed for health professionals in the area of child health, where we discuss emerging, modern, evidence based research.

In 10% to 15% of cases, there is no clear cause of CP. There is increasing recognition that genetics plays a part, but no standardized approach to genetic testing in patients with CP exists.  In this study we asked the question whether both people with and without known risk factors for CP should have genetic testing.

If you or your child have cerebral palsy where the cause is unclear, there are no-cost genetic tests and no-cost genetic counseling that can help answer some of these questions.

It is important to understand how spasticity can impact the muscles and the know what treatments are available to help.

Are you wondering how spasticity impacts movement, mobility and function? What tools do physicians have in their tool box to treat spasticity and how do can you help to maximize the impact of these treatments? This virtual event covers it all featuring two of the leading experts in Spasticity and Spasticity Management.

The GMFCS, MACS and CFCS are all tools used by therapists and researchers to help classify the functional capabilities of individuals with CP. This research article provides evidence of their stability over time.

The GMFCS can be a helpful tool in clinical and research use and has been shown to be stable and accurate over time. It can also help individuals and families better understand cerebral palsy.

Now you can receive a no-cost genetic test for you or your child sent directly to your home.

Cohort-based whole exome and whole genome sequencing and copy number variant (CNV) studies have identified genetic etiologies for a sizable proportion of patients with cerebral palsy (CP). These findings indicate that genetic mutations collectively comprise an important cause of CP.

CPF Executive Director Rachel Byrne talks with Lily Collison and her son Tommy about their journey with Cerebral Palsy, Lily's new book, Tommy's work and much more.

Can there be a genetic cause of Cerebral Palsy in some cases? Let's Talk CP host, Cynthia Frisina talks with Dr. Michael Kruer about this topic and his ground-breaking research in Part 2 of a two-part discussion about the possible genetic causes of CP. When Michael Kruer was in medical school, he knew he wanted to work with children. With advancements in gene therapy opening up incredible opportunities in neuroscience, he realized he could be a part of something much bigger than himself and give children affected by movement disorders like cerebral palsy hope that didn’t seem possible just a few years ago.

On this episode I talk with two of the world’s leading researchers… Dr. Madison Paton and Dr. Iona Novak on stem cell treatment for cerebral palsy. Stem Cells have been a hot topic in Cerebral Palsy for at least 15 years now, with many parents and researchers hoping that at the least, stem cells will lessen the impact of CP and at most hold the key to a cure. Dr. Paton and Dr. Novak will share their insider knowledge into this subject and help us sort through the hype and so we can hold onto our hope.

Our educational series continued with a panel of experts from Nationwide Children's Hospital on Monday, March 29th, 2021. This virtual event featured a multi-disciplinary panel discussion.

If you're interested in learning more about what is involved with genetic testing and how a visit with a genetic counselor might be helpful, join Cynthia Frisina, the host of Let's Talk CP, as she dives deep with licensed genetic counselor, Danielle Lemke and they talk about what genetic counseling really is, how it can help and what it might be used for as it relates to potential genetic causes of cerebral palsy.

Can there be a genetic cause of Cerebral Palsy in some cases? Let's Talk CP host, Cynthia Frisina talks with Dr. Michael Kruer about this topic and his ground-breaking research in Part 1 of a two-part discussion about the possible genetic causes of CP. When Michael Kruer was in medical school, he knew he wanted to work with children. With advancements in gene therapy opening up incredible opportunities in neuroscience, he realized he could be a part of something much bigger than himself and give children affected by movement disorders like cerebral palsy hope that didn’t seem possible just a few years ago.