The tethering of luciferase to the green fluorescent protein is massively important. So we should cover that. Because that is basically the imaging system as well as a control system.
This is why those MRNA shots were pushed so hard. They plan on encoding a bunch of different types of artificial fused proteins that is the result of a already tethered luciferase and Green fluorescent protein.
This is how they ensure, you have a very specific type of Antibody a Luciferase Fused Antibody. This is the foundation of the new digital ID system.
Here's a little bit of what we need to cover.
Green Florescent Protein (GFP)
The Green Florescent Protein (GFP) WILL BOND WITH THE LUCIFERASE REPORTERS, creating a Hybrid Nanomaterial offering a more stabilized bond between human & meta human.
This will be a "Light Bearer"
Scientists can create Artificial Fusion Proteins where the genes for Green Florescent Protein (GFP) & a Luciferase are joined together in a single DNA construct, resulting in a single polypeptide chain that contains both proteins linked by a peptide linker.
pmc.ncbi.nlm.nih.gov/article…
Quantum Dot Luciferase System
Quantum dot (QD) conjugates with luciferase reporters form a bioluminescence resonance energy transfer (BRET) system, enabling self-illuminating probes for sensitive in vivo imaging without the need for external excitation light.
pmc.ncbi.nlm.nih.gov/article…
2) Antibodies & Reagents
Luciferase 666 Reagents
Human IgG Antibody Laboratories manufactures the Luciferase 666 Reagents
cell-ess.com/luciferase-666/
Luciferase Quantum
Human IgG Antibody Laboratories manufactures the Luciferase Quantum Reagents
10genomics.com/luciferase-qu…
IgG4 Antibodies
Currently, their preparation RELIES ON GENETIC FUSION OF LUCIFERASES TO ANTIBODIES or nonspecific chemical conjugation strategies
Bioluminescent Antibodies through Photoconjugation of Protein G–Luciferase Fusion Proteins
pubs.acs.org/doi/10.1021/acs…
3) Inferno
Framework, FHIR, OS & Quantum Systems
A. Inferno Core
Core library for the Inferno Framework
github.com/inferno-framework…
Inferno Core is the central library of the Inferno Framework that allows you to write, execute, and distribute executable conformance tests for the HL7 FHIR Standard.
hl7.org/fhir/
Inferno Core isn't built to be used alone; it is imported as a library into Inferno Test Kits, which are Web-based Testing Applications that target specific data exchange use cases enabled by FHIR
inferno-framework.github.io/
FHIR Validator App
A standalone app for validating FHIR resources against an optional Implementation Guide
github.com/inferno-framework…
C. Inferno Operating System (OS)
EMBEDDED OS
Inferno Operating System Burns Its Way Into Embedded Systems
electronicdesign.com/technol…
CAPABILITIES
An Inferno application only needs to make a directory of services available to a remote system for another application running on the remote system TO ACCESS DATA AND MANIPULATION SERVICES by simply opening and using files that reside on the Inferno system.
What is most impressive IS THE ABILITY TO REMOTELY MANIPULATE Inferno systems to configure cooperating applications on different systems.
The transparency provided by the file-based communication system MAKES IT POSSIBLE TO MOVE APPLICATIONS AROUND AT WILL.
electronicdesign.com/technol…
D. Quantum Inferno
Quantized Information Entropy, Nth Octave (INFERNO)
pypi.org/project/quantum-inf…
QUANTUM INFERNO PACKAGE
Modules
CWT ATOMS
This module contains functions to construct quantized, standardized information packets using binary metrics.
isla-uh.github.io/quantum-in…
STYX CWT
This module contains functions to construct quantized, standardized information packets using binary metrics.
isla-uh.github.io/quantum-in…