Three studies authored or co-authored by scientists at Cincinnati Children’s have been ranked among the top discoveries of 2019 by noted science journals, tracking services and communicators.
These studies and several others involving Cincinnati Children’s investigators have been widely shared among scientists, the news media and others who focus on child health.
Mitochondrial DNA Finding Surprises Many
Nature, which publishes several highly respected academic journals, recently posted a list of “10 Remarkable Papers from 2019.” That list includes a study published in PNAS, led by Shiyu Luo, PhD, and Taosheng Huang, MD, PhD, Division of Human Genetics at Cincinnati Children’s.
This study rocked the science world by providing powerful evidence that, in rare cases, fathers can pass mitochondrial DNA (mtDNA) to their children. Until this finding, all mtDNA was thought to be passed along solely by mothers.
Huang’s paternal mitochondrial DNA paper also was ranked No. 69 among the 100 most-shared discoveries of 2019, as tracked by Altmetric, which culled its list from 2.7 million research outputs published in the past year.
Huang’s paper received an Altmetric score of 2645. This score reflects 61 news stories, 4,100 tweets reaching nearly 7 million followers, plus mentions detected in blogs, Facebook, online videos and other sources.
Another highly-shared study, published in The Lancet, was ranked No. 92 with an Altmetric score of 2390. Jessica Kahn, MD, MPH, Division of Adolescent and Transition Medicine, was a member of the HPV Vaccination Impact Study Group that provided data and supplementary analyses for the project.
Cardiac Stem Cell Study Challenges Dogma
In addition to these kudos, the medical social media influencer Eric Topol, MD, (182,000+ followers on Twitter) listed two Cincinnati Children’s papers among his top choices for 2019:
One of Topol’s choices was Huang’s paternal mitochondrial DNA paper. The other was a finding recently published by Jeffery Molkentin, PhD, Executive Co-Director at our Heart Institute.
In 2014, Molkentin raised questions about the validity of experiments using cardiac stem cell injections to help people grow new heart muscle after surviving heart attacks. The stem cells failed to generate new heart muscle. He followed up that work with a study published Nov. 27, 2019, in Nature that further explains what occurs.
Molkentin’s new study reports that instead of prompting new muscle cell growth, cardiac stem cells—be they dead or alive—prompt an immune response that produces a more optimized scar and improved contractile properties.