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- English researchers have discovered a prehistoric hammer made from elephant bone, dating back nearly half a million years ago, in Boxgrove, England. (more)
- Senegalese football team was crowned champions of Africa for the second time in their history after edging hosts Morocco 1–0 in the final. (more)
- Indian Prime Minister Narendra Modi and German Chancellor Friedrich Merz signed several agreements focused on defence, skill development, health, and education. (more)
- Swedish researchers have recovered a woolly rhino genome from inside a frozen wolf's stomach, as revealed in the journal Genome Biology and Evolution. (more)
- A Kenya-China joint archaeological team has for the first time unearthed stone tool products featuring blade technology from the middle to late Paleolithic period. (more)
- Researchers in Morocco have identified the remains of the last common ancestor of modern humans, Neanderthals, and Denisovans. (more)
- Syria signed two memoranda of understanding (MOUs) with Egypt to supply Egyptian natural gas and petroleum products to address critical energy shortfalls. (more)
- Researchers have discovered a new species of bush tomato, named Solanum nectarifolium (Tanami bush tomato), in Australia's Northern Territory. (more)
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| D+ Editors' Picks
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Scientists unveil method for blocking cancer-promoting DNA circles
Research shows that ecDNA circles hitchhike on chromosomes to spread to daughter cells. Blocking these circles could enable the development of new cancer therapies.
Small, cancer-associated DNA circles “hitchhike” on chromosomes during cell division to spread efficiently to daughter cells by co-opting a process used to maintain cellular identity through generations, Stanford Medicine-led research has found.
These circles, known as extrachromosomal or ecDNA, are major drivers in human cancers. Blocking their ability to associate with chromosomes causes the loss of the circles during cell division and the death of lab-grown cancer cells. Targeting this weak link in the circles’ proliferation could lead to new classes of cancer therapies, the researchers predict. (More)
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