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Talk:Restless Souls/Technology: Difference between revisions
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[4] '''''dual driven'' mutations that releases following pre-installed programs:''' de-differentiation based on [[wp:Newt#Characteristics|Newt's]] and [[wp:Turritopsis_nutricula|Turritopsis Nutricula's]] code. Needed to give cells new functions. | [4] '''''dual driven'' mutations that releases following pre-installed programs:''' de-differentiation based on [[wp:Newt#Characteristics|Newt's]] and [[wp:Turritopsis_nutricula|Turritopsis Nutricula's]] code. Needed to give cells new functions. | ||
[5] '''[[wp: | [5] '''[[wp:Psychrophile|frost resistance]]''', [6] '''[[wp:Xerophile|dry resistance]]''', [7] '''[[wp:Thermophile|heat resistance]]:''' based on [[wp:de:Polypedilum_vanderplanki|Polypedilum Vanderplanki]] and [[wp:Tardigrade#Physiology|Tardigrade]]. | ||
[8] '''toxin resistance:''' based on organisms which works in Bioremediation (Metalotolerant, Dehalococcoides, etc.) | [8] '''toxin resistance:''' based on organisms which works in Bioremediation (Metalotolerant, Dehalococcoides, etc.) | ||
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====Chenille==== | ====Chenille==== | ||
Every organism has a [[wp: | Every organism has a [[wp:Bioelectromagnetics|bioelectric field]], a glowing "chenille". | ||
Bioelectric fields plays a roll in regeneration. | Bioelectric fields plays a roll in regeneration. | ||
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<font style="font-size:10px">science book [[wp: | <font style="font-size:10px">science book [[wp:The Body Electric (book)|The Body Electric]] | ||
Robert O. Becker began by examining why normal bones heal, and then explored the reasons why bones fail to heal properly. In the process he observed several interesting properties of bones and bone growth, proposing that bones are semiconductors and piezoelectric in nature. These tie into the healing process by <u>electrically stimulating bone marrow cells to differentiate into a form of adult stem cells</u> which regrew the bone from within by regeneration.</font> | Robert O. Becker began by examining why normal bones heal, and then explored the reasons why bones fail to heal properly. In the process he observed several interesting properties of bones and bone growth, proposing that bones are semiconductors and piezoelectric in nature. These tie into the healing process by <u>electrically stimulating bone marrow cells to differentiate into a form of adult stem cells</u> which regrew the bone from within by regeneration.</font> | ||
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<font style="font-size:10px">[[wp:de: | <font style="font-size:10px">[[wp:de:Regeneration (Physiologie)]] | ||
Harold Saxton Burr and Robert O. Becker found out that <u>salamanders have a positive charge during regeneration</u>. Other amphibians like Frogs don't has that charge, their wounds closes with a scar (instead of forming a new limb like salamanders do).</font> | Harold Saxton Burr and Robert O. Becker found out that <u>salamanders have a positive charge during regeneration</u>. Other amphibians like Frogs don't has that charge, their wounds closes with a scar (instead of forming a new limb like salamanders do).</font> | ||