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420MedicineMan's avatar

I believe there's 2 types of cold forming hydrogel we're dealing with. The Sodium Citrate deals with the calcium polymer. Thanks Karl C and Clifford. 👍☺️

The other cold formed soft white hydrogel, uses many Nano heavy metals as cross linkages, hence

the uniformity in its assembly. It also has a tunability, via photoswitchability.

The reason the polymers have acidic tendencies, the technology also uses a H+, proton pump.

The Amyloid fibrils are also part of the self assembly, it what makes the polymer hydrogels. Its process is similar to that of a Prion disease. The Amyloid elongate, become more polymer like and attach to the Nano heavy metals to form a cross linked mesh.

I'm going to write post soon. I got more literature to read, I think we'll have a protocol for disassembly and prevention.

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Dimitar7's avatar

Karl, You may want to check this medical science abstract-Health Effects of Exposure to Ultrasound and

Infrasound-pgs34-36. The bubbles may be inertia cavitation bubbles. If you check my blood, you will see thousands of micro air vapor bubbles. I am being tortured daily with sonic lasers causing acoustic cavitation of soft tissues especially abdomen where a lot of air and intestinal gas is accumulated causing stretching and enlargement of abdomen and internal organs and pain and suffering. When bubbles explode and collapse and during inertia cavitation they release mechanical pressure, heat, free radicals causing inflammatory, oxidative, hypertensive stress. Similar cavitation process occurs in boat propellers.

"2.3.3 Cavitation and gas-body effects

Acoustic cavitation may cause cellular responses as a result of mechanical, chemical or thermal means.

The inhomogeneous periodic field around a pulsating bubble can generate a small steady flow of fluid by a process known as microstreaming (Nyborg, 1998). The variation of this flow with distance from the bubble creates extremely high shear stresses near the bubble surface. It is now accepted that these

stresses are responsible for the observed temporary alteration in permeability (sonoporesis) and cell

membrane destruction resulting from exposure of cells in suspension in the presence of microbubbles. In

addition, mixing from microstreaming is the most likely explanation for enhanced drug transport through

the skin mediated by ultrasound. A bubble within a capillary bloodstream will stress that capillary when

forced to expand and contract in an ultrasonic field. These stresses may be sufficient to rupture the

capillary, allowing extravasation of the contents. Bubble collapse during inertial cavitation can also give

rise to a radiated acoustic shock wave into the surrounding medium. Inertial cavitation carries an

additional hazard for cells, free radical production. These highly reactive chemical species can be created

in the gas contents of an adiabatically collapsing bubble, because of the extremely high temperatures

and pressures created by the rapid bubble collapse. They may then be released to the surrounding

medium once the bubble fragments. However, in contrast to the association for ionising radiation

between free radical production and cell damage, free radicals produced by inertial cavitation lie outside,

rather than within, the cell. Whilst such free radicals may in principle migrate through the membrane and

damage intracellular components, both the presence of natural free radical scavengers and the very

short lifetimes mitigate against this. Were an intracellular bubble to undergo inertial cavitation, cell death

would be immediate. Finally, the presence of clouds of bubbles increases the absorption coefficient of ......"

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