Funding awards, new papers and what the lab has been working on.
Funding
Sleep-CDD, a four-year programme running to 2030, will investigate why sleep is disrupted in CDD and whether restoring it can improve seizures and development.
Full storyPublication
Work with collaborators reveals hypothalamic neuronal loss, inflammation and thyroid axis changes in experimental temporal lobe epilepsy.
Full storyPublication
Published in Epilepsia Open, the study establishes audiogenic seizure susceptibility as a highly penetrant phenotype in Cdkl5 knockout mice.
Full storyPublication
Our bioRxiv preprint combines markerless pose estimation with vector analysis to quantify hind-limb clasping objectively.
Full storyPublication
Published in Biomolecules, the study is the first catalogue of microRNA, tRNA, piRNA, snoRNA and snRNA changes in a CDD model.
Full storyFunding
The four-year fellowship establishes the Mamad Lab and funds a PhD student to investigate microRNA mechanisms in CDKL5 Deficiency Disorder.
Full story