Ajout à : Déception arreter la zeolite !

Studies using Zeolite to build and enhance bio
sensors

Dr. Ana-Maria Mihalcea has found studies showing
that zeolite is commonly used in combination with
polymers and Graphene oxide to enhance the
abilities of biosensors.

Here is the article by Dr. Mihalcea with the
studies she found and also discussed them with
Hildegard Stanninger, an expert in industrial
toxicology and nanotechnology.

I searched for other studies showing the use of
zeolites in the manufacture of biosensors and
found quite a few:

1.      A novel urea conductometric biosensor
based on zeolite immobilized urease

“Zeolites can offer themselves as alternative
materials to be used for functionalizing solid
substrates in a controlled manner.
This can be of interest in the field of
biosensors, and especially for
conductometric ones, since they can be designed as
integrated microbiosensors, which results into
significantly reduced background conductivity due
to the influence of temperature variations and
other factors.”

https://doi.org/10.1016/j.talanta.2011.06.034

2.      Conductive polymers/zeolite
(nano-)composites: under-exploited materials

“Among the numerous kinds of these materials the
conductive polymers/zeolite (nano-)composites
represent a new class of materials system due to
their novel physicochemical properties and
potential for various practical and technological
applications such as
sensors, cathodes of the cells, anticorrosive,
membranes, and selective removal of heavy metal
ions from sea water and industrial wastewater.”

https://pubs.rsc.org/en/content/articlelanding/2014/ra/c4ra03067b/unauth

3.      Poly(azomethine-urethane) and
zeolite-based composite: Fluorescent biosensor
for DNA detection

“In the present paper, a highly selective and
sensitive fluorescent biosensor based on
poly(azomethine-urethane) and
zeolite for
the determination of DNA molecules
was developed. Zeolite was chosen to enhance with
anionic or cationic functional groups in
polymer
matrix and interaction between polymer
and DNA.”

https://www.sciencedirect.com/science/article/abs/pii/S1386142519300113

4.      Recent advances in the enhanced sensing
performance of zeolite-based materials

“Currently, zeolite-based sensors are being
continuously developed by many researchers. This
review aimed to comprehensively explain various
zeolite frameworks commonly used in sensor
materials such as MFI, FAU, LTA, MOR, MAZ, AFI, as
well as the zeolite analog materials such as
ALPO-4. In addition, we present various
zeolite-based sensor fabrication methods such as
screen-printed, micro-dropping, and
self-assembly. We also explain the
interaction of zeolite with the target molecules,
the plausible mechanism, and the application in
detecting harmful gases, volatile organic
compounds (VOCs), humidity, alkaline molecules,
and biochemical compounds.”

https://www.sciencedirect.com/science/article/abs/pii/S2352492822011734

5.      Aluminosilicate and aluminosilicate
based polymer composites: Present status,
applications and future trends

“Summary, conclusions and final remarks

Aluminosilicate/polymer composites are among the
most challenging and interesting polymer
composites for the development of advanced
applications due to the tailoring possibilities of
both filler and matrix with respect to the
electrical, mechanical and chemical properties.
Their applications in the areas of biomedicine,
energy generation and storage, filtration, sensor
and actuators area are possible because as it is
based on the development and fine control of
filler and matrix property.”

https://www.sciencedirect.com/science/article/abs/pii/S0079681614000203

6.      Green luminescence of ZnS and ZnS:Cu
quantum dots embedded in zeolite matrix

“We report the synthesis of ZnS and ZnS:Cu (copper
doped ZnS) quantum dots by chemical method at room
temperature. In this technique ZnS and ZnS:Cu
quantum dots are produced by simple chemical
reactions
where zeolite acts as matrix and plays the key
role in controlling particle growth during
synthesis.
ZnS exhibits luminescence properties such as
related emission. ZnS:Cu possesses Cu related
emission, efficient low voltage
electroluminescence, and super linear
voltage-brightness electroluminescence
characteristics. This study demonstrates the
technological importance of semiconductor quantum
dots prepared by low cost chemical route.”

https://pubs.aip.org/aip/jap/article-abstract/105/9/094305/148011/Green-luminescence-of-ZnS-and-ZnS-Cu-quantum-dots?redirectedFrom=fulltext

7.      Constructing dye-zeolite photonic
nanodevices by Huub Maas & Gion
Calzaferri, Department of Chemistry and
Biochemistry, University of Bern, Switzerland

“Because of their well-defined internal structure
with uniform cages, cavities or channels, zeolites
are extremely well suited as host materials.15
Zeolites are inorganic microporous and
microcrystalline materials built up of corner
shared tetrahedra and capable of complexing or
adsorbing small and me-dium-sized organic
molecules.16 Typical crystal sizes are in the
0.05-10 μm range. The structures can be thought of
as sponge-like material with channels and cages
that extend periodically and regularly across
their entire structure…..” and

“A wide spectrum of guests in zeolites has been
studied. If guest molecules or clusters are
encapsulated in these host materials and subjected
to constrained dimensions, the properties and
reactivities of the incorporated materials change.
This can lead to very interesting applications
like gas separation, selective catalysis, removal
of pollutants and ion exchangers,
data storage, quantum electronics and
non-linear optics, chemoselective  devices, nano
reaction chamber, or energy conversion systems.”

The article goes on to explain how energy transfer
from one material to another is accomplished via
zeolite.

http://www.calzaferri.dcbp.unibe.ch/pdf/Spectrum-2003.pdf

Some of these studies refer to the industrial use
of zeolite, but they also mention the use in
medical applications. We also need to consider
that the nanotechnology injected with the Covid
jabs is not in essence a medical but a
technological product and thus the above studies
show that zeolite can be used in technology to
enhance the abilities of sensors regarding energy
supply, self-assembly capabilities and possibly
two-way communication with technology outside the
body (Bluetooth? Starlink? 5G towers?).

Self Assembly

The video below is by courtesy of Ria Hayes of
Longhaulers.world in the UK showing assembly in a
drop of this product:

Ask AI

I’m not a proponent of AI but I asked the AI
driven search engine Perplexity.com the following
question:

Can clinoptilolite (the Zolite used in
this product) be used with polymers and
graphene oxide for the Internet Of Body
nanotechnology?

The Answer:

“Clinoptilolite, a natural zeolite, has shown
promising applications when combined with polymers
and graphene oxide for advanced nanotechnology,
including potential uses in Internet of Body (IoB)
devices. This combination of materials offers
unique properties that make them suitable for
various biomedical and sensing applications.

Nanocomposite Synthesis

The synthesis of clinoptilolite-polymer-graphene
oxide nanocomposites typically involves several
steps:

Preparation of graphene oxide (GO) using
modified Hummers’ method

Treatment of clinoptilolite zeolite particles
to enhance their surface properties

Grafting of GO nanosheets onto the treated
zeolite particles

Incorporation of polymers to create a stable
nanocomposite structure

The specific synthesis method can significantly
affect the properties of the resulting
nanocomposite. For example, microwave-assisted
synthesis has been shown to partially restore the
sp2 structure of graphene, enhancing its
electrical properties.

Key Properties

Enhanced Surface Area: The combination of
clinoptilolite and GO can dramatically increase
the surface area of the nanocomposite. In one
study, the surface area increased from 10.55 m2/g
to 117.96 m2/g

Improved Pore Structure: The nanocomposite
formation can lead to a reduction in pore
diameter, potentially enhancing adsorption and
sensing capabilities.

Tunable Composition: The ratio of
clinoptilolite, polymer, and GO can be adjusted to
optimize properties for specific applications.

Biocompatibility: Natural zeolites like
clinoptilolite are generally considered
biocompatible, making them suitable for biomedical
applications.

Applications in Internet of Body Nanotechnology

Drug Delivery Systems: The
nanocomposite can be used as a drug carrier,
with the potential for controlled release of
medications. This could be particularly useful
for implantable IoB devices that require
long-term drug delivery.

Biosensors: The high surface area and
unique electrical properties of the
nanocomposite make it suitable for developing
sensitive biosensors that can detect various
biomarkers in the body.

Wearable Electronics: The combination
of polymers and graphene oxide can create
flexible and conductive materials suitable for
wearable IoB devices.

Antimicrobial Coatings: Some
nanocomposites incorporating silver
nanoparticles along with graphene oxide and
polymers have shown promising antimicrobial
properties, which could be useful for
implantable IoB devices..

Tissue Engineering: The
biocompatibility and tunable properties of
these nanocomposites make them potential
candidates for tissue engineering
applications, which could be integrated with
IoB technologies for regenerative medicine..

Challenges and Future Directions

While the combination of clinoptilolite, polymers,
and graphene oxide shows great promise for IoB
nanotechnology, several challenges remain:

Ensuring long-term stability and
biocompatibility in vivo

Optimizing the synthesis process for
large-scale production

Developing standardized testing protocols for
IoB applications

Addressing potential environmental and health
impacts of nanomaterials

Future research should focus on overcoming these
challenges and exploring new applications in IoB
technology, such as
advanced neural interfaces, real-time
health monitoring systems, and smart drug delivery
platforms. In conclusion, the integration of
clinoptilolite, polymers, and graphene oxide in
nanocomposites offers exciting possibilities for
advancing Internet of Body nanotechnology, with
potential applications ranging from biosensing
to drug delivery and tissue engineering.

Does it have an effect on “vaccinated” blood as
tested with microscopy?

A friend of mine who was made severely ill with
the Covid jab, sent me some blood to analyze.
Below is her blood without any addition except the
heparin in the blood draw tube. She lives on the
other side of the country and fedexed the blood to
me in tubes on ice. Because the blood is not from
a fresh finger prick but a venous blood draw into
a tube and then shipped overnight, the red blood
cells are clumped together. This has no
pathological significance.

There are numerous white blobs embedded within the
red blood cells. I don’t know what they are. At
higher magnification it almost looks like fat, but
that wouldn’t make sense. Are they the beginnings
of white calamari clots? I don’t know. What was
interesting was to see white blood cells working
hard to attack these blobs, without success.

The video below is at 4000 x magnification and
shows moving blinking lights inside which could be
quantum dots.

There were also moving dots in the vicinity of
these blobs:

Below video shows a white blood cell (neutrophil)
trying to attack the blob:

I then added 1 ml of the zeolite product to the 10
ml blood and checked if anything changed. Nothing
changed. There were still numerous white blobs of
larger and medium sizes and a structure that might
be Graphene Oxide with the bright dots inside.

In essence, nothing changed after adding this
product. I re-checked the blood 24 hours later and
nothing has changed.  I rechecked it after four
days on the phone charging plate.

In bright field fibers showed up that weren’t
there before:

In dark field the white blobs were still there:

I checked it again two weeks later without EMF
exposure. Again there is no change:

White blobs at 40x magnification.

Thus, Zeolite had no effect on the blood, except
that fibers grew under the influence of EMF which
I don’t think is a good thing.

Before the nanotech injections falsely claimed to
be vaccines were rolled out, clean zeolite
products were a good thing to remove toxic metals.
But since it can now be used by the nanotech to
enhance their effects, it has become dangerous to
use.

In the last part of this trilogy, we will look at
a study the manufacturer put out. We will also
look at who owns the company and who invented the
product and their background and how their
marketing strategy works by paying people
commissions for referring customers to buy their
product.

Further Reading:

Karl.C’s
Substack

zeolites
enhance lipid self-assembly, just add them
to the mix.

Thanks ohbaby for making me look at this again,
Sorry if it has not had the intended results. I
really wish it did, hence me looking again, but
worth a go…

Read
more

a month ago · 81 likes · 111 comments · Karl.C

Note about comments: I appreciate comments,
but they have become so numerous I can no longer
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extremely limited. My motivation in medicine has
always been to help people and keep them from
harm. I don’t get paid for any of my research or
my articles and I don’t sell or promote products
for financial gain. I do it to get out information
that is being suppressed while humanity is being
led down a very dangerous and dark path of a
technocratic future that wants to kill most of us
and turn the rest of us into mindless drones.

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