Biology Keychains - Diatoms and Soil Bacteria!
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by Journey to the Microcosmos on yt
Cancer is one of the prominent causes of death globally, and discovering new methods to prevent and cure it is important for public health. Understanding the particular nutrients that cancer cells require is one of the strategies researchers are investigating to fight the disease.
Arginine is one of the important amino acids produced by our bodies naturally, and it is also abundantly found in food sources such as fish, meat, and nuts. According to the research published in Science Advances, cancer cells also need arginine to survive. It is possible to make tumors more susceptible to the body’s natural immune system and improve the effectiveness of treatment by depriving them of this nutrient.
The lack of this amino acid, which the researchers discovered to exist in various types of human cancers, forces the cancer cells to adapt. Cancer cells alter specific proteins to improve their ability to absorb arginine and other amino acids when their levels of that amino acid fall. Amazingly, these cells also induce mutations that lessen their reliance on arginine in an effort to keep growing.
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Filoboletus manipularis is found in south-east Asia, Australia and other parts of the world. No one would guess that these seemingly ordinary mushrooms glow at night like magical toadstools in a fairy wonderland.
Photographer Callie Chee
The fossil record is biased against bats. The flying mammals are small, making their fossilized remains very hard to find. And their light skeletons—ideal for flying around—mean it takes special circumstances for their bodies to be preserved. And yet, against these odds, paleontologists recently uncovered the exceptionally complete skeleton of what now stands as the earliest known bat.
To date, the most complete early bat fossils have come from an area paleontologists call Fossil Lake in Wyoming. The rock layers are world-famous for containing beautifully preserved fish, birds, mammals and other organisms that lived in the area about 52 million years ago. Among the stunning fossils recovered from these rocks, Naturalis Biodiversity Center paleontologist Tim Rietbergen and colleagues report Wednesday in PLOS One, are fossils of a new bat species the researchers have named Icaronycteris gunnelli. By comparing this new species with other early bats, paleontologists are beginning to develop a deeper understanding of how bats spread around the world in that period.
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Abortiporus biennis, 2019-08-26
still amazes me that scientists were just like what if we shot cells with dna coated mini bullets really really hard to insert that dna into the genome. and somehow that fucking worked