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The Special Jurisdiction for Peace (JEP) ordered the Presidential Council for Stabilisation and the National Protection Unit (UNP) to resolve 101 requests
A team of researchers led by the Spanish scientist Juan Carlos Izpisúa has created 132 human-monkey embryos in a laboratory in China, in a controversial experiment first revealed by EL PAÃS in the summer of 2019 and now officially published in detail. Three of the embryos, which grew to contain up to 10,000 cells, developed for 19 days outside the uterus, at which point the researchers interrupted the study, they said in an article published by the scientific journal Cell on April 15. Scientists use the term âchimeraâ from Greek mythology to refer to these hybrids, in reference to a creature with the head of a lion, a goatâs head on its back and a snakeâs head for a tail.
José Polo: Human pseudo-embryos created from skin cells present ethical minefield | USA elpais.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from elpais.com Daily Mail and Mail on Sunday newspapers.
» Crónica: América Femenil 1-1 León clubamerica.com.mx - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from clubamerica.com.mx Daily Mail and Mail on Sunday newspapers.
E-Mail Astrocytes are the most abundant type of cells within the central nervous system (CNS), but they remain poorly characterized. Researchers have long assumed that astrocytes' primary function is to provide nutrients and support for the brain's more closely scrutinized nerve cells; over the years, however, increasing evidence has shown that astrocytes can also actively promote neurodegeneration, inflammation, and neurological diseases. Now, a team led by researchers from Brigham and Women's Hospital, has shown that a specific astrocyte sub-population can do the opposite, instead serving a protective, anti-inflammatory function within the brain based on signals regulated by the bacteria that reside in the gut. Findings on the new anti-inflammation pathway are published in
What similarities between the famous writers reveal about mysteries of authorship WILLIAM SHAKESPEARE and Miguel de Cervantes, two of the most important writers of literature, are surrounded by a halo of mystery related to authorship. In the case of Shakespeare, the question of whether he is the true author of his plays has circulated for some time. In the case of Cervantes, mysteries about authorship tend to concern who wrote the sequel to the first part of Don Quixote, one of the earliest modern novels. Cervantes published the first part of Don Quixote in 1605. In 1614, an unofficial sequel by the pseudonymous Alonso Fernández de Avellaneda was published. In response, a year later, Cervantes published his sequel to