WATCH WORD: High Affinities
Forest gump is real? OK sure, I'll.accept.that but how about citations for the other two?
I did say:
"
as a real life ... Forest Gump"
But Dear Wil how much do we know how life is full of real Forest Gumps ... BUT
'unfornunate' Forest Gumps.
It's the bread and butter of daily news headlines.
"Fire and brimstone contains life forms"
Ok. MAYBE I spoke a lie?
The Vedas say life exists on the Sun. BUT such life is physically composed, as per specification, to have a fire-ry body.
The are five elements ["panca-maha-bhutani'], thus:
We have living creatures in earth; in water ... in fire, in air, etc
https://en.wikipedia.org/wiki/Pancha_Bhoota
Creatures with accommodating bodies that are custom made to live in a stratum different
[yet inter-connected with the bio-system; and, is approachable---to some degree]
and exist side-by-side with creatures of other stratums.
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NOW, MY ONLY PROOF:
[now you may claim this is not verbatim "what I claimed" . . . but I should get POINTS for having Heated Sulfur Plumes as part of it!]
Eyeless Shrimp Discovered at Deepest Volcanic Vents
Scientists announced today some of the first details from the first expedition to the sunless,
scalding-hot world of the deepest volcanic sea vents on Earth.
The announcement comes nearly two years after researchers aboard the
British research vessel James Cook crowded around video monitors and
became the first humans to glimpse an extraordinary sight 3 miles (5 kilometers) below them,
at the bottom of the Caribbean Sea: slender, rocky spires towering 20 feet (6 meters) above the seafloor,
spewing forth a sooty jet of metal-rich fluid some 3,600 feet (1,100 m) high.
http://www.livescience.com/31034-embargoed-eyeless-shrimp-discovered-deepest-volcanic-vents.html
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Of particular interest are the hyperthermophiles, which are defined as microorganisms
able to grow at 90°C and above. About 20 different types of such organisms are now known (
6).
They have been found both within the walls of black smoker chimneys and where the
hydrothermal vent fluids mix with the surrounding seawater.
Classification of the hyperthermophiles has provided new insights into evolution and the origin of life.
Many mesophilic microbes in the hydrothermal vent environment use H2S as an energy source.
This molecule is generally highly toxic to aerobic life forms, yet dense populations of organisms
flourish in a variety of sulfide-enriched environments.
How have they evolved to deal with this extreme environment?
Hydrothermal vent communities can inhabit sulfide-rich habitats because of
evolution of detoxification mechanism that often involve microbial symbionts.
Detoxification of sulfide through binding to blood-borne components is known in
chemosynthetic vestimentiferans and vesicomyid clams and is particularly well
characterized for the tube worm
Riftia pachyptila (
15,
16).
The abundant respiratory hemoglobin present in the plume of
Riftia is capable of
binding oxygen and sulfide simultaneously with very high affinities.
http://www.pnas.org/content/97/24/12961.full