Children with autism exhibit typical joint attention during toy play with a parent
For decades, autism research has relied on data collected during lab tasks or interviews with clinicians that are more constrained than the child's day-to-day interactions with others. A study published in the journal Current Biology on May 12 challenges the status quo by observing toddlers in more natural play settings. By using a head-mounted camera to track kids' eye movements as they played with toys, scientists observed that children with autism achieved joint attention—measured by time spent looking at the same toy at the same time as their parent—at typical levels.
Cardiac progenitor cells generate healthy tissue after a heart attack
Following a heart attack, the human body is incapable of repairing lost tissue due to the heart's inability to generate new muscle. However, treatment with heart progenitor cells could result in the formation of functional heart cells at injured sites. This new therapeutic approach is introduced by an international team in Nature Cell Biology. The aim is to start clinical studies within the next two years.
Children with autism exhibit typical joint attention during toy play with a parent
For decades, autism research has relied on data collected during lab tasks or interviews with clinicians that are more constrained than the child's day-to-day interactions with others. A study published in the journal Current Biology on May 12 challenges the status quo by observing toddlers in more natural play settings. By using a head-mounted camera to track kids' eye movements as they played with toys, scientists observed that children with autism achieved joint attention—measured by time spent looking at the same toy at the same time as their parent—at typical levels.
Cardiac progenitor cells generate healthy tissue after a heart attack
Following a heart attack, the human body is incapable of repairing lost tissue due to the heart's inability to generate new muscle. However, treatment with heart progenitor cells could result in the formation of functional heart cells at injured sites. This new therapeutic approach is introduced by an international team in Nature Cell Biology. The aim is to start clinical studies within the next two years.
Protein related to Fragile X syndrome may be a new target for blood pressure medicines
A new study in mice has identified FXR1, a protein in the same family as the one implicated in Fragile X syndrome, as a potential target for creating a new type of blood pressure-lowering medicine, according to preliminary research presented at the American Heart Association's Vascular Discovery: From Genes to Medicine Scientific Sessions 2022. The meeting is being held May 12-14, 2022, in Seattle and is a global exchange of the latest advances in new and emerging scientific research in arteriosclerosis, thrombosis, vascular biology, peripheral vascular disease, vascular surgery and functional genomics.
Children with history of maltreatment could undergo an early maturation of the immune system
Acute psychosocial stress states stimulate the secretion of an antibody type protein that is decisive in the first immune defense against infection, but only after puberty. However, children with a history of maltreatment present a similar response to that of adolescents, which suggests there is an early maturation of the immune system in these cases. This is one of the main conclusions of an international study coordinated by Professor Lourdes Fañanás, from the Faculty of Biology and the Institute of Biomedicine of the University of Barcelona (IBUB), with participation of the groups from the Mental Health Networking Biomedical Center (CIBERSAM).
SARS-CoV-2 hijacks antiviral human proteins to enter human cells
SARS-CoV-2 depends on the broadly antiviral interferon-induced human transmembrane proteins (IFITMs), to enter human cells and replicate inside them, according to research published this week in the Journal of Virology, a publication of the American Society for Microbiology.
SARS-CoV-2 hijacks antiviral human proteins to enter human cells
SARS-CoV-2 depends on the broadly antiviral interferon-induced human transmembrane proteins (IFITMs), to enter human cells and replicate inside them, according to research published this week in the Journal of Virology, a publication of the American Society for Microbiology.
Jenni Kayne's Santa Ynez Ranch Home Is The Epitome Of California Chic
In TZR’s franchise, Interior Motives, celebrities and tastemakers discuss their unique approach to home design and how it reflects their personal aesthetic. Here, we sit down with Jenni Kayne, founder of an eponymous lifestyle brand that encompasses
Braves make several roster moves ahead of their series against Mets
Over the last 24 hours, the Braves have shaken things up. Last night, they acquired Robinson Canó from the Padres in exchange for cash. Today, they traded their top prospect, Drew Waters, to the Royals for the 35th pick in Sunday’s draft. The Braves
PGA Barracuda Championship Odds & Picks: Maverick McNealy One to Watch for the Win
Hear that? That’s the clock running out on the PGA Tour players’ chances to get into the FedEx Cup playoff race. This week, for the third straight event, there’s a tournament that will highlight those still trying to make a name for themselves. This
The Kid Mero discusses the Desus & Mero breakup
The Kid Mero discusses the Desus & Mero breakup
"When things are winding down you got to recognize that they are winding down", said Mero
The post The Kid Mero discusses the Desus & Mero breakup appeared first on Trend.
Amal Clooney’s Most Stylish Looks
Though her engagement and marriage to George Clooney thrust her into the public eye, internationally celebrated human rights lawyer Amal Clooney (née Alamuddin) cultivated her own personal style long before meeting her husband.
Amazon Prime to Get Pricier in Europe
The company, citing inflation, is raising its subscription costs for users in multiple European countries by as much as 43%.
