Mentions
Extended reach
Total likes
Video views
AI synopsis
The discussions demonstrate strong interest and moderate engagement through expressions of excitement about the research's implications, such as connecting with authors and presenting findings, which highlight enthusiasm for advancing neurogenetics. Phrases like 'excited to present' and references to collaborative networks exemplify a positive tone and a focus on scientific progress, aligning with the moderate scores for interest and impact.
Most discussions acknowledge the challenges and importance of the research, indicating agreement with its significance.
Posts show high curiosity and enthusiasm, especially regarding the gene's complexities and potential collaborations.
Discussions include sharing personal connections, mentioning collaborations, and presenting the topic at conferences, reflecting active engagement.
While recognition of the research's relevance is clear, the overall impact appears to be on advancing understanding and fostering scholarly connections rather than immediate clinical breakthroughs.
Excited to have connected with Marina Hommersom and Bart van de Warrenburg @radboudumc re: their paper "The complexities of CACNA1A in clinical neurogenetics," their #CACNA1A patient cohort, and having them join our CACNA1A collaborative research network https://t.co/iX3r5OHLDr
Excited to present my recently published paper about the complexities of CACNA1A within clinical neurogenetics. Nice result of the COVID-19 lockdowns (: #cacna1a #neurogenetics https://t.co/OvA0i8sJ1b
The complexities of CACNA1A in clinical neurogenetics "Phenotypic variability and the large number of VUS make CACNA1A a challenging gene for neurogenetic diagnostics." Y que lo digas... https://t.co/21ysZvmIln
RT @cacna1a: Excited to have connected with Marina Hommersom and Bart van de Warrenburg @radboudumc re: their paper "The complexities of CA…
This episode discusses the role of calcium channel genes in neurological disorders, focusing on how their dysregulation can cause migraine, epilepsy, and cerebellar ataxia. It highlights gene variants associated with…
This AI-generated podcast explores calcium channel gene-related neurological disorders, emphasizing their role in conditions like migraine, epilepsy, and ataxia. It reviews genetic variants and highlights the need for…
An AI podcast exploring CACNA1A related disorders, focusing on the role of calcium channel genes in neurological conditions like migraine and epilepsy, based on recent scientific publications. The content highlights…
This podcast explores the role of calcium channel genes in neurological disorders, highlighting how their dysregulation can lead to conditions like migraine, epilepsy, and cerebellar ataxia. It emphasizes the importance…
RT @Einesmv: The complexities of CACNA1A in clinical neurogenetics "Phenotypic variability and the large number of VUS make CACNA1A a chall…
The complexities of CACNA1A in clinical neurogenetics "Phenotypic variability and the large number of VUS make CACNA1A a challenging gene for neurogenetic diagnostics." Y que lo digas... https://t.co/21ysZvmIln
RT @cacna1a: Excited to have connected with Marina Hommersom and Bart van de Warrenburg @radboudumc re: their paper "The complexities of CA…
Excited to have connected with Marina Hommersom and Bart van de Warrenburg @radboudumc re: their paper "The complexities of CACNA1A in clinical neurogenetics," their #CACNA1A patient cohort, and having them join our CACNA1A collaborative research network https://t.co/iX3r5OHLDr
Excited to present my recently published paper about the complexities of CACNA1A within clinical neurogenetics. Nice result of the COVID-19 lockdowns (: #cacna1a #neurogenetics https://t.co/OvA0i8sJ1b