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Our graduate student and his mentor, Dr. , professor of Biology and Genetics at the were featured on the 饾構饾槳饾槾饾槫饾槹饾樂饾槮饾槼 饾槉饾槳饾槼饾槫饾槞饾槮饾槾 podcast for their study: 饾棲 饾棖饾椀饾椏饾椉饾椇饾椉饾榾饾椉饾椇饾棽-饾棢饾椂饾椈饾椄饾棽饾棻 饾棤饾椂饾棸饾椏饾椉饾棩饾棥饾棓饾榾 饾棩饾棽饾棿饾槀饾椆饾棶饾榿饾棽 饾棪饾棽饾槄 饾棗饾椂饾棾饾棾饾棽饾椏饾棽饾椈饾棸饾棽饾榾 饾椂饾椈 饾棖饾棶饾椏饾棻饾椂饾棶饾棸 饾棧饾椀饾槅饾榾饾椂饾椉饾椆饾椉饾棿饾槅 on February 20, 2025.

Listen to the podcast here:

This study identifies a female-enriched microRNA locus on the X chromosome, which is predominantly expressed in cardiac tissue. The researchers specifically focused on one of these microRNAs, miR-871, demonstrating that it reduces the cardiac conduction prhttps://lnkd.in/gUXYv65yotein sarcalumenin in females. This reduction influences calcium signaling and contributes to the observed differences in cardiac electrophysiology. Presenting an intriguing concept and highly commendable study.

The exciting paper can be found here: