Life at the bottom of the social ladder may have long-term health effects that even upward mobility can't undo, according to new research in monkeys. A team studied 45 rhesus macaques. They found that monkeys who move up in the hierarchy still show the effects of their once-lowly status at the cellular level, even after they rise in rank.
Read moreResearchers have developed new insight on how the natural loss of foot muscles occurred in rodents and other species during their evolution.
Read moreResearchers have developed an improved assembly of the genome for the date palm using long-read sequencing technology. This improvement over the current versions of the genome will help advance further research, and also inform the propagation practices of this essential MENA region food source.
Read moreMore than a century ago, early geneticists showed that the inheritance of a single mutation by fruit flies can change the insect's body color and simultaneously disrupt its mating behavior.
Read moreThe human brain is about three times the size of the brains of great apes. This has to do, among other things, with the evolution of novel brain structures that enabled complex behaviors such as language and tool production. A study by anthropologists now shows that changes in the brain occurred independent of evolutionary rearrangements of the braincase.
Read moreMicroscopic droplets on the surface of leaves give refuge to bacteria that otherwise may not survive during the dry daytime, according to a new study.
Read moreAn interdisciplinary collaborative team has identified how a large community can communicate with each other almost simultaneously even with very short distance signaling.
Read moreDiscovery of a type of immunity that protects koalas' DNA from viruses has importance for the survival of koalas and our fundamental understanding of evolution. A team of scientists are studying tissue samples from koalas to understand how a unique type of cell responds to retrovirus infections, which cause diseases such as chlamydia and cancer.
Read moreSynthetic biologists design transcriptional circuits that allow single-cell microbes to form networks that spur collective action, even in large communities. The work could lead to engineered microbes that treat conditions in gut microbiomes or communicate with bioelectronics.
Read moreDevelopment of vocal behavior during maturation is typically attributed to the brain. But the body itself is also capable of guiding this development. New experiments with marmoset monkeys show that we should not ignore the body's own amazing capabilities.
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