I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
https://i.imgur.com/waIuQaF.jpg
Now I found this from 2019 claiming they're used as an adjuvant.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.
South African doctor who found the discs:
https://odysee.com/@Reachthedivine:d/SPECIAL-Dr.-Zandre-Botha-WAS--IST--DAS---Kopie:f
Here's a presentation by a German scientist on these graphene razorblades in the vaccine. He was murdered a few days later.
People are literally getting microscopic razors injected into their bloodstream.
I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
https://i.imgur.com/waIuQaF.jpg
Now I found this from 2019 claiming they're used as an adjuvant.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.
Here's a presentation by a German scientist on these graphene razorblades in the vaccine. He was murdered a few days later.
People are literally getting microscopic razors injected into their bloodstream.
I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
https://i.imgur.com/waIuQaF.jpg
Now I found this from 2019 claiming they're used as an adjuvant.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.
People are literally getting microscopic razors injected into their bloodstream.
I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
https://i.imgur.com/waIuQaF.jpg
Now I found this from 2017 claiming they're used as an adjuvant.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.
People are literally getting microscopic razors injected into their bloodstream.
I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
https://i.imgur.com/waIuQaF.jpg
Now I found this from 2017 claiming they're used as an antidote.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.
People are literally getting microscopic razors injected into their bloodstream.
I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
Now I found this from 2017 claiming they're used as an antidote.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.
People are literally getting microscopic razors injected into their bloodstream.
I remember watching a video by a South African scientist examining the vaccine under a microscope and saw those hexagonal disc shaped objects arranged in very organized formation.
Now I found this from 2017 claiming they're used as an antidote.
Previous research demonstrated the enhanced immunogenic response of neutrophils (special white blood cells that are the first-responders in fighting infections) toward antigens when nanoparticles of varying sizes were injected simultaneously. The neutrophils responded by forming aggregates called neutrophil extracellular traps (NETs) that surround and sequester the antigens. The researchers in this new study elaborated on this concept. They altered the shape and size of adjuvants by synthesizing Al2O3 nanowires using a previously established protocol in which they dealloyed bulk aluminum-lithium alloys in the presence of alcohol at 60°C for 24 hours. They subsequently heated the microstructures to 800°C for one hour. The result was the formation of aluminum oxide-based nanowires of uniform diameter averaging 20 nm.
The abrasive surface and sharp edges of the nanowires, which the research team characterized by electron microscopy, promoted NET formation when injected into mice.