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…these viruses, which appear to obtain much of their large genomes from their hosts and other microorganisms, may be more commonplace than scientists once believed.
… Not only can viruses take up genetic material from their hosts and other organisms, but they can donate genes, as well…
… Not only can viruses take up genetic material from their hosts and other organisms, but they can donate genes, as well…
Does a virus "know" what all genetic codes it contains and what their functions are?
It sounds similar to a programmer having a database of code snippets they can inject into their work to perform whatever function.
I glanced over the post & thought I saw that the viruses "ate" microbes in the ocean. I thought viruses replicated, I wasn't aware they ate anything or had digestive tracts.
mad cow comes to mind when thinking of what could be a zombie virus wasting disease is an other, could they mutate and be come one?
The virus was found in a single-celled host that preys on the bacteria and plankton at the base of the food chain. The new find, Cafeteria roenbergensis virus (CroV), has a genome that's over 700,000 base pairs long (700 kilobases, or kb). It's linear, and the ends are filled with repetitive DNA, which the authors speculate acts a bit like telomeres do in human cells, protecting the important DNA. The gene-containing region is about 630kb, and encodes about 550 proteins, along with a handful of transfer RNAs (part of the protein production machinery).
The Proteobacteria are a major group (phylum) of bacteria. They include a wide variety of pathogens, such as Escherichia, Salmonella, Vibrio, Helicobacter, and many other notable genera. [2] Others are free-living, and include many of the bacteria responsible for nitrogen fixation.
Because of the great diversity of forms found in this group, the Proteobacteria are named after Proteus, the Greek god of the sea, capable of assuming many different shapes.[1] [3]
In 2003, JCVI successfully synthesized a small virus that infects bacteria. By 2008, the JCVI team was able to synthesize a small bacterial genome. On May 6, 2010, JCVI revealed they had already created a self-replicating bacterial cell controlled by a chemically synthesized genome they named “synthetic Mycoplasma mycoides JCVI-syn1.0”. (7) This completely synthetic cell with its computer designed genome has absolutely no natural DNA. (1) The etc group from Canada named it Synthia and it contains added watermark chains to identify the genome as artificial. It also has antibiotic resistance indicators. (7) One can only speculate why this artificial bacterium has an inherent programmed capability to resist antibiotics.
This new life form has the ability to replicate itself and organically function in any cell into which it has been introduced. Its DNA is artificial and it’s this synthetic DNA that takes control of the cell and is credited with being the building block of life. This is the first self-replicating synthetic bacterial cell thanks to its computer generated DNA. All of the funding for this came from Synthetic Genomics Inc (1), the company BP has a sizable equity position and alliance with. BP is definitely way beyond petroleum just as their new slogan publicizes. .............................
In a paper published in the journal Science, Terry Hazen and his colleagues at Lawrence Berkeley National Laboratory discovered in late May through early June 2010 that a previously unknown species of cold-water hydrocarbon-eating bacteria have been feasting on the underwater oil plumes degrading them at accelerated rates. (11)
We can now understand why, on May 15, BP/Synthetic Genome’s CEO Craig Venter hinted of a new hydrocarbon-eating synthetic genome. Prior to that date, JCVI had already applied for numerous additional patents (we were able to find seven) regarding synthetic bio-remediation, such as bacteria synthetic genomes which provide unique DNA information required for “replication of a free-living organism”. In layman’s terms, this means the BP and Synthetic Genome scientists had already created self-replicating bacteria “wherein the assembled DNA molecule is a [synthetic] genome” back in 2007. (13)