NANOBOT INFECTED CORPSE JUICE AKA WATER CREMATION AND NANOTECH NICOTINE PATCHES

Alkaline hydrolysis, also known as water cremation, biocremation, resomation,

flameless cremation or aquamation, is a method of disposing deceased humans remains using a mixture of water and Iye (potassium hydroxide) with heat.

This process accelerates natural decomposition, breaking down the body into its chemical components.

The leftover "corpse juice" liquid is blatantly discharged into the sewage system;

....... where it's released into the environment which in return effects our drinking water.

Lets say the medical hospital industry liquifies human bodies that have been vaccinated with covid-19 vaccines laced with Graphene Oxide;

....... They then proceed to dispose of the liquid human remains filled with graphene oxide nanoparticles in the sewage systems.

NOTE: Nanotechnology can pass the blood-brain barrier using various strategies;

....... such as having designed nanoparticles in a specific size and surface charge that allows the nanotech to easily bypass and cross the barrier;

....... or by using targeting molecules that help nanoparticles reach the brain.

This technology is significant because it enables the delivery of several bio-weapon agents to the brain;

....... which is crucial for treating population control "initiatives"

By crossing the blood-brain barrier, nanoparticles can target specific brain regions and cells, increasing the effectiveness of target payloads.

If nanotechnology with graphene oxide can survive the blood brain barrier;

....... then it surely can easily pass through sewage treatment plants, contaminating the public drinking water supplies.

Those sewer and water filtration steps aren't designed to capture nanotechnology.

Again, If nanotechnology can bypass the blood-brain barrier within the strict confinements of the biological human body;

....... then it most definitely can also evade a sewage treatment plant's feeble water filtration systems;

....... most definitely contaminating the public drinking water.

Graphene oxide in drinking water leeched from damaged, old and leaking nanoparticles from the sewers;

....... contaminated with infectious nanotech bio-waste;

....... from deceased body refuse discarded into the sewege systems from hospitals, denoted as infectious medical waste;

....... cause inflammation, oxidative stress, and cell damage.

Ingested exposure leads to chronic health issues, such as:

- organ damage

- neurological problems

- cancer

- and premature death

NOTE: The left-over nanobot infected Corpse Juice discarded into the public sewage system:

The liquid's chemical composition changes after dissolving flesh.

It contains dissolved proteins, carbohydrates, and lipids from the body, along with soaps and surfactants from the breakdown of fatty tissues.

The pH remains alkaline, around 14.

The surfactants are soaps and fatty acid salts, such as sodium "palmitate" and sodium oleate, formed from the breakdown of fatty tissues. They help dissolve and remove oils and fats from the body.

An encapsulation process occurs.

Nanotechnology helps create liposomes or nanoparticles that encapsulate and deliver substances.

In alkaline hydrolysis, aka water cremation;

....... lipids from the body can form liposomes, encapsulating existing nanotechnology and other infectious biological substances.

Its like a catch-22, as in;

....... they water cremate or "Liquid Corpse" humans vaccinated with graphene oxide laced mrna covid-19 vaccines;

....... and just release the "nanobot filled" Corpse Juice back into the public sewage systems as they do in this matter;

....... thus, perpetuating the toxic Liquid Corpse Juice water back into the public drinking water system.

MANY MEDICAL APPLICATIONS CONTAIN NANOTECHNOLOGY

Like Nicotine Patches

"Smart" Control Technology

patches release nicotine into the blood slowly and steadily through the skin.

Nicotine patches utilize nanotech technology to deliver a controlled amount of nicotine into the bloodstream through the skin, helping to manage withdrawal symptoms and cravings for smokers.

Here's a breakdown of the encapsulation process and nanotechnology associated with nicotine patches:

Encapsulation Process

Nicotine patches typically consist of multiple layers, including :

- Backing Layer: Protects the patch from external factors

- Nicotine Reservoir: Contains the nicotine formulation, often blended with polymers like hydroxypropylmethylcellulose (HPMC) or polyvinyl alcohol (PVA)

- Adhesive Layer: Facilitates skin adhesion and nicotine absorption

Nanotechnology

With specific nano-assembled structures similar to ×39 patches;

....... nanotech nicotine patches do leverage advanced materials and technologies, such as:

- Nanostructured Materials: Nanostructured skin patches for multifunctional wearable platforms, which enhance nicotine delivery

- Polymer Blends: Deproteinized natural rubber latex (DNRL) blended with HPMC and dibutylphthalate (DBP) in controlling nicotine release and permeation

- Biosensor Integration: Smart nicotine patches incorporate biosensors to detect nicotine levels, hydration, and stress markers, enabling adaptive nicotine release

"Smart" Control Technology

Smart nicotine patches utilize advanced technologies like :

- Real-Time Monitoring: Biosensors track physiological data, adjusting nicotine release accordingly

- Adaptive Nicotine Release: Patches adjust nicotine delivery based on user feedback and biometric data

- Companion Mobile App: Tracks user progress, providing personalized feedback and optimized nicotine dosing

These advancements aim to improve the efficacy of nicotine replacement therapy, increasing the chances of successful smoking cessation.

Not all nicotine patches explicitly mention the use of nanotechnology.

Let's break down how nicotine patches work, both with and without nanotechnology.

NICOTINE PATCHES WITHOUT NANOTECHNOLOGY

Traditional nicotine patches release nicotine through a process called passive diffusion.

The patch has a high concentration of nicotine, which gradually diffuses out of the patch and into the skin.

From there, it's absorbed into the bloodstream.

This process relies on the concentration gradient, where the nicotine moves from an area of high concentration to an area of low concentration.

NICOTINE PATCHES WITH NANOTECHNOLOGY

Nicotine patches with nanotechnology use nanoparticles to enhance skin permeation or control the release rate of nicotine.

These nanoparticles are designed to interact with the skin in specific ways, such as opening up skin pores or targeting specific cells.

This allows for more precise control over the amount of nicotine delivered and the rate at which it's delivered.

The main difference between traditional nicotine patches and those with nanotechnology is the level of control over nicotine delivery.

Nanotechnology enables more targeted and efficient delivery, which improves the effectiveness of the patch at the expense of the patch wearers health.

However, it's worth noting that not all nicotine patches use nanotechnology.

In terms of similarities, both traditional and nanotechnology-based nicotine patches aim to provide a controlled release of nicotine through the skin and into the bloodstream.

Both types of patches can help manage withdrawal symptoms and cravings for smokers.

The key difference lies in the technology used to achieve this goal, with nanotechnology offering insidious advantages in terms of:

- payloads

- precision

- and efficiency

Given the limited information available on nicotine patches that specifically utilize nanotechnology;

....... it's difficult to provide an exact percentage.

However, based on recent research and developments in transdermal drug delivery, it's likely that less than 20% of nicotine patches use nanotechnology.

In the future im sure 100% of all applications such as these will utilize the nanotechnology at hand, but as for now;

....... most patches still rely on traditional diffusion-based technology to deliver nicotine through the skin and into the bloodstream.

Research on nanotech nicotine patches seems to be more focused on vaccines rather than patches.

A team at Arizona State University's Biodesign Institute received a 3.3 million dollar grant from the National Institute of Drug Abuse to design a vaccine for nicotine dependence using DNA nanostructures.

This funding aims to develop a new approach to combat nicotine addiction by provoking an immune response to nicotine.

The project explores the potential for using future vaccines against other targets, such as drugs of abuse and infectious agents.

NOTE: If the nanotech nicotine delivery system were to leak, due to expirations and time restraints;

....... and the nanoparticles pass through the blood-brain barrier;

....... allowing a large amount of nicotine to enter the brain rapidly;

....... This leads to an overdose-like situation, causing severe symptoms such as seizures, respiratory failure, or even cardiac arrest.

Imagine it like a dam breaking in a river. Normally, the dam controls the flow of water downstream. But if the dam fails, a large amount of water rushes downstream all at once, causing destruction.

Similarly, when the nanoparticles bypass the blood-brain barrier, they release a large amount of nicotine into the brain, overwhelming its normal functioning and causing severe harm.

When large amount of nicotine suddenly enter into the brain due to nanoparticles bypassing the blood-brain barrier, it causes:

1. Seizures: Excessive nicotine overstimulated the brain, leading to seizures.

2. Respiratory failure: Nicotine affects the brainstem, which regulates breathing, causing respiratory failure.

3. Cardiac issues: The surge of nicotine leads to abnormal heart rhythms, heart attacks, and cardiac arrest.

4. Coma: The overdose causes the person to fall into a coma.

5. Death: Extremely high levels of nicotine in the brain are fatal.

Based on the current state of knowledge and limited data, it's reasonable to conclude that nanotech nicotine patches pose significant unknown risks and their safety is largely unestablished.

Without more research and data, it's difficult to determine their safety profile, and caution should be exercised when considering their use.

Given the current state of knowledge, it would be prudent to exercise caution and avoid using nanotech nicotine patches.

PVS

Nicotine, Nanotechnology and Health: https://nanostructuresinus.substack.com/p/nicotine-nanotechnology-and-health

Nicotine Patches: same Nano-assembled structures as x39 Patches under Microscope: https://unhackableanimal.substack.com/p/nicotine-patches-same-nano-assembled

#NicotinePatch #Nanotechnology #AlkalineHydrolysis #WaterCremation #Vaccines #GrapheneOxide