User:Etienne Robillard/Notebook/30C6HSL/2013/03/18

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Revision as of 14:32, 20 March 2013 by Etienne Robillard (talk | contribs) (add notes about mutant camk2b - a ca2+/mg2+ gated NMDA antagonist osmolitic regulator)
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Long-term effects of aerosol spraying on E. coli K-12 (MG1655)

Introduction to CAMK2B protein overexpression

  • examine the acquisition and mutation of the CAMK2B gene in humans subject to horizontal 30C6HSL based transcription promoters (or "devices" for eugenic doctors).
  • Calmodulin dependent inverse/split-pericams and CAMK2B interactions: CAMK2B may depend on exogenous promoters to convey the drug at the right time/place (site-directed mutagenesis). Notice that CAMK2B overexpression is probably an indicator of low neuronal activity (inverse pericams) or osmolitic regulator. (Critical sites: brain (frontal cortex region), amygdala and perhaps the hypothalamus)
  • Never forget atmospheric NH2 as natural source of Nitrogen, hence a ethyl-methyl carbanion may be conjugated to a NH2 molecule in a process known as "benzoin condensation" to produce crystals (N-substituted benzoxazole heterocyclics), thus a form of artificial (asymmetric) Schiff base synthesis may occur as the result of injection of psychochemical intermediates into the atmosphere.

A synthetic biology approach to light-activated protein delivery : A review of recent advancements in synthetic mind control

Calmodulin kinase type II Beta subunit protein acquisition and expression with 30C6HSL based exogenous promoters (E. coli K-12)

Motivations and purposes of psychochemical spraying in the morphogenesis of breast cancer, CES, Parkinson, and Alzheimer diseases via site-directed signaling (mutagenesis)