My colleague Dr Geaninia Hagima from Romania, who has found evidence of self assembly nanotechnology in the C19 shots, drew my attention to this passage of the Presidents Nanotechnology Budget. She wrote to me this: “Bioweapons represented by genetically modified, amyloid-producing bacteria could explain the enormous clots.” – I agree with her. Read for yourself:
„Harnessing bacteria to synthesize high-performance nanomaterials. University researchers funded by NIFA, ONR, and DOE have used genetically engineered bacteria to produce polymeric amyloid fibers that exhibit ultimate tensile strength comparable to the strongest natural spider silk (~1 GPa, stronger than common steel) while displaying higher toughness than natural spider silk (~160 MJ/m3 ). Redesigning the silk sequence by introducing amyloid sequences that have a high tendency to form βnanocrystals, they were able to induce the bacteria to synthesize a hybrid polymeric amyloid protein with 128 repeating units. The resulting proteins had less repetitive amino acid sequences than spider silk, making them easier for engineered bacteria to produce. The polymeric amyloid proteins can be wet-spun into macroscopic fibers with a wide range of mechanically demanding applications. This strategy for design and biosynthesis of long-protein fibers could be expanded to create numerous other functional materials. 78”
Here are some articles I have written about spider silk:
I have also written about amyloid’s use in self assembly nanotechnology:
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Author: Ana Maria Mihalcea, MD, PhD
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