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Happy year of the dragon! 2024
ALGORITHM OF TRUTH - LADIES AND GENTLEMANS
Everything published here is based on evidence from open-source, peer-reviewed literature of scientific breakthroughs and technological developments that extend through the past decades and are shared in this broadcasting channel. Sharing is caring. Enjoy .
Everything published here is based on evidence from open-source, peer-reviewed literature of scientific breakthroughs and technological developments that extend through the past decades and are shared in this broadcasting channel. Sharing is caring. Enjoy .
So at this point with all the evidence we provide about mind control , we want to know/understund WHY they dont take legal action against them?
Forwarded from Covid-19 Plandemic
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Megyn Kelly on News Moderna Tried to Suppress Her Comments About Her COVID Vaccine Side Effects
@covid 🦠
@covid 🦠
Forwarded from Covid-19 Plandemic
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She is crying for herself. She deleted official govt documents. We would go to jail for that....
Nicola Sturgeon cries giving evidence at Covid Inquiry
Nicola Sturgeon became emotional and began to cry as she admitted a “large part of her” wishes she had not been in power when the pandemic struck.
@covid 🦠
Nicola Sturgeon cries giving evidence at Covid Inquiry
Nicola Sturgeon became emotional and began to cry as she admitted a “large part of her” wishes she had not been in power when the pandemic struck.
@covid 🦠
The scientific study exploring the possibility of controlling cellular activity with terahertz laser pulses1. It's a very interesting and complex subject, involving fields such as physics, biology and medicine.
The article you have shared summarises the main results of the study, which was published in the journal Scientific Reports2. The researchers found that terahertz laser pulses can induce changes in the structure and dynamics of actin filaments, which are proteins essential for cell movement and division. These changes can have effects on cell function, and potentially open the way to new therapeutic or biotechnological applications.
If you would like to find out more about this subject, you can consult the following sources:m
1: https://phys.org/news/2018-08-terahertz-filamentation-actin-possibility-cellular.amp
2: https://www.nature.com/articles/s41598-018-30471-8
3: https://www.futura-sciences.com/sciences/actualites/biologie-laser-terahertz-pourrait-permettre-manipuler-cellules-vivantes-72667/ : https://www.edx.org/course/terahertz-spectroscopy-and-imaging
4: https://www.springer.com/gp/book/9783319300681
Here is a summary of the current page: https://phys.org/news/2018-08-terahertz-filamentation-actin-possibility-cellular.amp
- Nuclear fusion experiment in South Korea: Researchers have discovered that irradiation with terahertz (THz) waves activates actin protein filamentation, offering a new possibility for manipulating cellular functions.
- Advantages of THz waves : THz waves have a lower photon energy than visible light, which avoids the ionisation of molecules. THz waves allow "gentle" manipulation of macromolecules such as proteins, by modifying their upper structure without damaging the samples.
- Role of actin: Actin forms filaments through its polymerisation in cells, and functions as a major component of cell architecture. Actin plays a central role in various cellular functions, such as wound healing and cancer cell metastasis. Part of actin also exists in the cell nucleus and regulates gene regulation.
- Applications: Actin governs a variety of cell functions. Consequently, a variety of drugs have been developed to control actin filamentation, and their applications for medical purposes have been explored. However, these drugs are inefficient in their delivery and elimination from cells. THz wave irradiation is a non-invasive method and could overcome these problems identified in the drugs. THz waves are expected to be a new tool for manipulating cellular functions by modifying actin filamentation.
▪︎ What are the health risks of THz radiation?
THz waves are a type of electromagnetic radiation between microwaves and infrared rays. They have a lower energy than X-rays or gamma rays, which are ionising radiation capable of damaging the DNA of cells¹. THz waves are therefore considered to be non-ionising radiation, which has no direct effect on the molecular structure of cells².
However, THz waves can have indirect biological effects, by altering the dynamics or function of macromolecules such as proteins or membranes. For example, THz waves can induce changes in the structure and flexibility of actin filaments, which are involved in cell movement and division³. These changes can affect the behaviour of cells, potentially leading to beneficial or harmful effects, depending on the context and the dose of exposure.
The health risks of THz irradiation are not yet well known, as this is a relatively recent and developing area of research. There is little experimental data on the long-term effects of THz waves on living organisms, and safety and regulatory standards are still being developed. It is therefore necessary to continue studies into the interactions of THz waves with biological matter, in order to assess the potential risks and opportunities for applications in fields such as medicine, biotechnology and safety.
The article you have shared summarises the main results of the study, which was published in the journal Scientific Reports2. The researchers found that terahertz laser pulses can induce changes in the structure and dynamics of actin filaments, which are proteins essential for cell movement and division. These changes can have effects on cell function, and potentially open the way to new therapeutic or biotechnological applications.
If you would like to find out more about this subject, you can consult the following sources:m
1: https://phys.org/news/2018-08-terahertz-filamentation-actin-possibility-cellular.amp
2: https://www.nature.com/articles/s41598-018-30471-8
3: https://www.futura-sciences.com/sciences/actualites/biologie-laser-terahertz-pourrait-permettre-manipuler-cellules-vivantes-72667/ : https://www.edx.org/course/terahertz-spectroscopy-and-imaging
4: https://www.springer.com/gp/book/9783319300681
Here is a summary of the current page: https://phys.org/news/2018-08-terahertz-filamentation-actin-possibility-cellular.amp
- Nuclear fusion experiment in South Korea: Researchers have discovered that irradiation with terahertz (THz) waves activates actin protein filamentation, offering a new possibility for manipulating cellular functions.
- Advantages of THz waves : THz waves have a lower photon energy than visible light, which avoids the ionisation of molecules. THz waves allow "gentle" manipulation of macromolecules such as proteins, by modifying their upper structure without damaging the samples.
- Role of actin: Actin forms filaments through its polymerisation in cells, and functions as a major component of cell architecture. Actin plays a central role in various cellular functions, such as wound healing and cancer cell metastasis. Part of actin also exists in the cell nucleus and regulates gene regulation.
- Applications: Actin governs a variety of cell functions. Consequently, a variety of drugs have been developed to control actin filamentation, and their applications for medical purposes have been explored. However, these drugs are inefficient in their delivery and elimination from cells. THz wave irradiation is a non-invasive method and could overcome these problems identified in the drugs. THz waves are expected to be a new tool for manipulating cellular functions by modifying actin filamentation.
▪︎ What are the health risks of THz radiation?
THz waves are a type of electromagnetic radiation between microwaves and infrared rays. They have a lower energy than X-rays or gamma rays, which are ionising radiation capable of damaging the DNA of cells¹. THz waves are therefore considered to be non-ionising radiation, which has no direct effect on the molecular structure of cells².
However, THz waves can have indirect biological effects, by altering the dynamics or function of macromolecules such as proteins or membranes. For example, THz waves can induce changes in the structure and flexibility of actin filaments, which are involved in cell movement and division³. These changes can affect the behaviour of cells, potentially leading to beneficial or harmful effects, depending on the context and the dose of exposure.
The health risks of THz irradiation are not yet well known, as this is a relatively recent and developing area of research. There is little experimental data on the long-term effects of THz waves on living organisms, and safety and regulatory standards are still being developed. It is therefore necessary to continue studies into the interactions of THz waves with biological matter, in order to assess the potential risks and opportunities for applications in fields such as medicine, biotechnology and safety.
phys.org
Terahertz wave activates filamentation of actin: A novel possibility of manipulating cellular functions
A team of researchers has discovered that terahertz (THz) wave irradiation activates the filamentation of actin protein. Drs. Shota Yamazaki and Masahiko Harata (Graduate School of Agricultural Science, ...
Forwarded from HATS 🎩
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"What they really want to do is control all the food... They want you to be completely dependent on them."
Joe Rogan comments on the war on farmers being waged by sociopathic "elites" using the pretext of "climate change" as a means of seizing control of the global food supply.
Subscribe to @HATSTRUTH 🎩
Joe Rogan comments on the war on farmers being waged by sociopathic "elites" using the pretext of "climate change" as a means of seizing control of the global food supply.
Subscribe to @HATSTRUTH 🎩