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The Penguin guide to jazz recordings -
Core collection (9th ed. - 2008)
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In de negende editie van The Penguin guide to jazz recordings (1646 p./2008) worden 200 albums apart genoemd onder de noemer Core collection.
Dit
gerenommeerde naslagwerk verschijnt sinds 1992 om de twee jaren. Er worden
duizenden en duizenden cd's op een rijtje gezet. Elke titel krijgt een tot vier
sterren.
Tweehonderd van deze cd's worden extra naar voren gehaald
onder de noemer
Crown |
The second group was swept into the cooler, oxygen-rich upper layers of the ocean. Here, the old tools didn't work as well. Their DNA began to shift—a process of and horizontal gene transfer . They met a passing fungus and "borrowed" a more efficient sequence for the MetH enzyme, which used Vitamin B12 to speed up production. This was the Evolutionary Leap , leading to the diverse world of eukaryotes.
In the deep-sea hydrothermal vents, where the sun’s light was a myth and the pressure could crush a submarine, lived a community of ancient microbes. Among them was , a humble bacterium who held a secret map in her genetic code: the blueprint for making methionine , the "starter" amino acid for every protein she ever built.
One day, the seafloor quaked, opening a rift that swept Meti’s descendants into two very different worlds.
Millions of years later, a scientist ran a on a computer. As the digital "tree of life" flickered onto the screen, the scientist saw the two branches. One was a straight, stubborn line leading back to the vents; the other was a sprawling, chaotic bush of green and blue.
The first group stayed in the boiling, mineral-rich vents. To survive, they kept their methionine synthesis pathway lean and mean. They used the enzyme, a rugged, ancient tool that didn't mind the heat. This lineage became the Archaic Branch , the keepers of the old ways.
Though they looked nothing alike, at the very root of the tree—the common ancestor—stayed the original sequence Meti had carried. The story of methionine wasn't just about survival; it was the chemical heartbeat that allowed life to branch out and conquer the planet.
Crown (sommige titels komen in beide lijstjes voor)
The second group was swept into the cooler, oxygen-rich upper layers of the ocean. Here, the old tools didn't work as well. Their DNA began to shift—a process of and horizontal gene transfer . They met a passing fungus and "borrowed" a more efficient sequence for the MetH enzyme, which used Vitamin B12 to speed up production. This was the Evolutionary Leap , leading to the diverse world of eukaryotes.
In the deep-sea hydrothermal vents, where the sun’s light was a myth and the pressure could crush a submarine, lived a community of ancient microbes. Among them was , a humble bacterium who held a secret map in her genetic code: the blueprint for making methionine , the "starter" amino acid for every protein she ever built. Phylogenetic analysis of methionine synthesis g...
One day, the seafloor quaked, opening a rift that swept Meti’s descendants into two very different worlds. The second group was swept into the cooler,
Millions of years later, a scientist ran a on a computer. As the digital "tree of life" flickered onto the screen, the scientist saw the two branches. One was a straight, stubborn line leading back to the vents; the other was a sprawling, chaotic bush of green and blue. They met a passing fungus and "borrowed" a
The first group stayed in the boiling, mineral-rich vents. To survive, they kept their methionine synthesis pathway lean and mean. They used the enzyme, a rugged, ancient tool that didn't mind the heat. This lineage became the Archaic Branch , the keepers of the old ways.
Though they looked nothing alike, at the very root of the tree—the common ancestor—stayed the original sequence Meti had carried. The story of methionine wasn't just about survival; it was the chemical heartbeat that allowed life to branch out and conquer the planet.
(woensdag 1 juni 2022)