nightbat

nightbat

For more background info on first life investigation
see:http://search.netscape.com/ns/boomframe.jsp?query=first+life&page=1&offset=0&result_url=redir%3Fsrc%3Dwebsearch%26requestId%3De39261ffe9948e73%26clickedItemRank%3D8%26userQuery%3Dfirst%2Blife%26clickedItemURN%3Dhttp%253A%252F%252Fwww.ess.washington.edu%252F%257Ejelte%252FFirstLife.html%26invocationType%3D-%26fromPage%3DNSCPTop%26amp%3BampTest%3D1&remove_url=http%3A%2F%2Fwww.ess.washington.edu%2F%7Ejelte%2FFirstLife.html

One of the important questions scientists are investigating is where did
first life originate? Scientists deduce life came from rocks and are
studying the multitude of specimens for clues but are hampered by a
process called metamorphism. And because of volcanic activity the
article admits they really don't know where to look. Nightbat has
pointed to the possible seed of life not from rocks but bacterium living
in salt crystals. See original above posted reference article.

The key to solving this formidable task is not an easy one due to the
huge physical changes the Earth planet has undergone over billions of
years. However, the evidence presented by the nightbat link is conducive
to an primitive evolved organism capable of outer cosmic and/or natural
origins and over the respective time span to have been the basis for
life evolution despite changing environment and micro and higher complex
cellular biological modalities.


the nightbat

nightbat

nightbat

Yes Bert, that referenced bacteria is called Strain 121.

See:http://search.netscape.com/ns/boomframe.jsp?query=iron+microbe&page=1&offset=0&result_url=redir%3Fsrc%3Dwebsearch%26requestId%3D240840a84efbcc90%26clickedItemRank%3D3%26userQuery%3Diron%2Bmicrobe%26clickedItemURN%3Dhttp%253A%252F%252Fwww.genomenewsnetwork.org%252Farticles%252F08_03%252Fhottest.shtml%26invocationType%3D-%26fromPage%3DNSBoom%26amp%3BampTest%3D1&remove_url=http%3A%2F%2Fwww.genomenewsnetwork.org%2Farticles%2F08_03%2Fhottest.shtml

However, the Red Halobacteria that I previously posted has your iron
eating bacteria of Strain 121 beat. While scientists are overjoyed in
the discovery of the super heat resistant strain 121, the nightbat
disclosed Red Halo can withstand three times higher the thermal
endurance of 121. Since it does not need iron or oxygen, actually
produces minerals, and can live and not degrade in an extreme cold/hot
waterless environment, it remains the nightbat dominant candidate for
first life, including of possibility of extraterrestrial interstellar
origin. I gave you the salt key to first Earth life Bert, where is the
sweet potato pie recipe you promised?


the nightbat

nightbat

nightbat

Best not to speculate or attribute on beginning Earth forming
atmosphere without pointing research evidence or citations Bert. As I
have indicated, your Botulism pick is very good but not good enough. The
Halo bacteria is much more tolerant to very high thermal gradients as
well as extreme cold. True both referenced bacteria can live in a none
oxygen environment so atmosphere is not a decisive factor. The ability
to handle the widest extremes of temp is however important for first
life and botulism bacteria fails in that department. While botulism
bacteria is very high temp resistant it cannot match the likes of the
Halo one.

Thanks for the recipe Bert and under what oven temp and for how much
time should the sweet potato pie be baked? And what about using salt
free butter, will that ruin the taste of your great pie crust or be ok?


Thanks Bert,
the nightbat