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El Concejo de Capital destacó a personalidades saludables

El Concejo de Capital destacó a personalidades saludables
diariolaprovinciasj.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from diariolaprovinciasj.com Daily Mail and Mail on Sunday newspapers.

Juarez , Méco , Mexico , Argentina , Argentine , Gerardo-cceres , Augustine-marian , Sergio-gonzalez , Marian-dominguez , A-council-to-capital , Developmental , A-council-deliberative

A Proclamation on World Autism Awareness Day, 2021

On World Autism Awareness Day, we celebrate the countless ways that people with autism contribute to our families, our communities, our Nation, and the...

United-states , Americans , America , American , Centers-for-disease , Department-of-education , Human-services , National-institutes-of-health , Interagency-autism-coordinating-committee , Department-of-labor , My-administration

Cultural lives of animals revealed


Date Time
Cultural lives of animals revealed
The idea that only humans have culture and that this neatly separates us from animals is challenged by an extensive review of decades of research into animal culture by a leading expert in animal behaviour at the University of St Andrews.
Professor Andrew Whiten, Emeritus Wardlaw Professor of Evolutionary and Developmental Psychology in the School of Psychology and Neuroscience at the University of St Andrews, argues the case in a wide-ranging review published in the journal Science surveying all that has been discovered in recent decades about how animals create their own cultures.

Rome , Lazio , Italy , Zambia , Congo , Edwin-van-leeuwen , Liran-samuni , Kokolopori-bonobo-research , School-of-psychology , United-nations , University-of-st-andrews , Andrew-whiten

Advanced Mouse Embryos Grown Outside Uterus


Weizmann Institute of Science
To observe how a tiny ball of identical cells on its way to becoming a mammalian embryo first attaches to an awaiting uterine wall and then develops into nervous system, heart, stomach and limbs: This has been a highly-sought grail in the field of embryonic development for nearly 100 years. Prof. Jacob Hanna of the Weizmann Institute of Science and his group have now accomplished this feat. The method they created for growing mouse embryos outside the womb during the initial stages after embryo implantation until more advanced stages will give researchers an unprecedented tool for understanding the development program encoded in the genes, and it may provide detailed insight into birth and developmental defects as well as those involved in embryo implantation. The results of this research were published in Nature.

Israel , Chen-itzkovich , Valeriya-chugaeva , Itay-maza , Alejandro-aguilera-castrejon , Mirie-zerbib , Rada-massarwa , Jonathan-bayerl , Muneef-ayyash , Saifeng-cheng , Jacob-hanna , Tom-shani

Methadone research could help babies exposed to opioids in utero


Date Time
Methadone research could help babies exposed to opioids in utero
A study by researchers from the Indiana University School of Medicine in Indianapolis and the Gill Center for Biomolecular Science at IU Bloomington found that in-utero exposure to methadone in mice could negatively affect developmental milestones related to proper functioning of the brain’s sensory and motor systems. The findings could one day lead to new treatment options that reduce long-term damage to human babies from in-utero opioid exposure.
“The opioid epidemic has led to a growing number of babies being born to mothers who used opioids throughout pregnancy, but little is known of the biological mechanisms that underlie prenatal, opioid-exposure-induced, long-term negative consequences,” said study lead Brady Atwood, assistant professor of pharmacology and toxicology at the IU School of Medicine. “Our findings revealed a disruption in physical, behavioral and neuronal development in prenatal methadone-exposed mice, which persisted beyond the immediate neonatal period. This supports clinical studies that suggest babies born with opioid exposure are at higher risk for adverse developmental outcomes.”

Indiana-university , Indiana , United-states , Bloomington , Gregoryg-grecco , Kaitlinc-reeves , Hui-chen-lu , Corinnee-metzger , Erina-newell , Hunter-hoffman , Brianae-mork , Cameronw-morris

AF's first F-15EX arrives at Eglin

The F-15EX, the Air Force's newest fighter, touched down at Eglin Air Force Base March 11. The aircraft will be the first Air Force aircraft to be tested...

Eglin-air-force-base , Florida , United-states , Karissa-rodriguez , Jacob-lindaman , Richard-turner , Ilka-cole , Scott-cain , Eglin-air-force , Operational-flight-program-combined-test , Us-air-force , S-air

Недимовић: Тржиште УАЕ велики простор за производе из Србије

Недимовић: Тржиште УАЕ велики простор за производе из Србије
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РТС :: Недимовић: Тржиште УАЕ велики простор за производе из Србије

РТС :: Недимовић: Тржиште УАЕ велики простор за производе из Србије
rts.rs - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from rts.rs Daily Mail and Mail on Sunday newspapers.

Serbia , Saudi-arabia , Bahrain , Serbian , Alexander-vucic , Branislav-nedimovi , Developmental , Emirates , Market-uae , Serbia-alexander-vucic , Next-apple

Skeleton of malaria parasite reveals its secrets


Date Time
Skeleton of malaria parasite reveals its secrets
Research teams from UNIGE have discovered that the cytoskeleton of the malaria parasite comprises a vestigial form of an organelle called conoid, initially thought to be absent from this species and which could play a role in host invasion.
Plasmodium at the ookinete stage viewed by expansion microscopy. The image shows the cytoskeleton of the pathogen following the labelling of tubulin. The conoid is the ring visible at the upper tip of the cell. © UNIGE/HAMEL
Plasmodium is the parasite causing malaria, one of the deadliest parasitic diseases. The parasite requires two hosts -the Anopheles mosquito and the human- to complete its life cycle and goes through different forms at each stage of its life cycle. Transitioning from one form to the next involves a massive reorganisation of the cytoskeleton. Two teams from the University of Geneva (UNIGE) have shed new light on the cytoskeleton organisation in Plasmodium. Their research, published in PLOS Biology, details the organisation of the parasite’s skeleton at an unprecedented scale, adapting a recently developed technique called expansion microscopy. Cells are “inflated” before imaging, providing access to more structural details, at a nanometric scale. The study identifies traces of an organelle called “conoid”, which was thought to be lacking in this species despite its crucial role in host invasion of closely related parasites.

Virginie-hamel , Department-of-microbiology , University-of-geneva , Cell-biology , Vestigial-form , Mathieu-brochet , Molecular-medicine , University , Hamel , Geneva , Developmental , Pathogenesis