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

From OpenWetWare

(Difference between revisions)
Jump to: navigation, search
(Study CAMK2B interactions with 30C6HSL)
(Introduction to CAMK2B protein overexpression)
Line 4: Line 4:
=== Introduction to CAMK2B protein overexpression ===
=== Introduction to CAMK2B protein overexpression ===
 +
the aim of this notebook entry is to identify and examine the acquisition and mutation of the CAMK2B gene in humans subject to horizontal 30C6HSL based transcription
 +
devices. Moreover, the activity or presence of exogenous promoters - ie a C6-hexanoyl conjugated to atmospheric NH2 molecule - a type of ethy-methyl carbanion - see [[User:Etienne_Robillard/Notebook/Schiff_base|Schiff base]]) - may further provide additional details on the calmodulin-dependent functions of the psychochemical medium (a xenogenous compound) regulated by the LuxR protein.
=== A synthetic biology approach to light-activated protein delivery ===
=== A synthetic biology approach to light-activated protein delivery ===

Revision as of 13:42, 18 March 2013

Long-term effects of aerosol spraying on E. coli K-12 (MG1655)

Contents


Introduction to CAMK2B protein overexpression

the aim of this notebook entry is to identify and examine the acquisition and mutation of the CAMK2B gene in humans subject to horizontal 30C6HSL based transcription devices. Moreover, the activity or presence of exogenous promoters - ie a C6-hexanoyl conjugated to atmospheric NH2 molecule - a type of ethy-methyl carbanion - see Schiff base) - may further provide additional details on the calmodulin-dependent functions of the psychochemical medium (a xenogenous compound) regulated by the LuxR protein.

A synthetic biology approach to light-activated protein delivery

CAMK2B based protein dimering and expression with 30C6HSL based promoters (LuxR)

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

Personal tools