A new hope – cancer killing “origami” Clambots – fried not CRISPR’ed

Always good to see potential cures for one of the world’s largest killer diseases.

From the excellent Expose-news.com team article here:

Nanorobots for treating cancer have moved from theory to practise – The Expose (expose-news.com)

“DNA origami nanorobots use long DNA chains that are folded into specific shapes, creating tiny containers.  They can recognise specific cell types using molecules called aptamers.  Once they reach their target cells, they can deliver payloads such as drug molecules.

“In essence, the approach co-opts a number of strategies of our immune systems, with the robots playing the role of white blood cells that hunt down problematic cells and destroy them,” the BBC reported in 2012.”

“In 2023, Tech Times reported on researchers from New York University, USA, and Ningbo, China, who had created self-replicating nanorobots entirely made of DNA.

These robots, which are controlled by external factors such as temperature and ultraviolet light, meticulously grab, position, and weld DNA parts to fabricate complex structures, demonstrating a novel approach to nanomanufacturing.”

Makes you wonder if the technology can also be developed to target the spike protein in the SARS-COV2 infection and the larger spike protein in the injection plus the pseudo-uridine, endotoxins, SV40 promoter/enabler, e-coli and the hybrid DNA/RNA, contaminants/adulterations in the experimental C19 modified mRNA and viral vector injections, right?

Maybe even program the clambots to replicate the actions of the Neanthes japonica to fix those fibrous whit blood clots?

“Degrading the Spike Protein: Neanthes japonica (Izuka)”

Friday Hope: Degrading the Spike Protein: Neanthes japonica (Izuka) (substack.com)

Which has this:

“The fibrinolytic enzyme purified from Neanthes japonica (NJ) was first labeled as NJF. As you will read, it has the ability to treat two major pathological conditions caused by the Spike Protein.

The evolution of the technology was covered in some detail here in 2023:

Advances of medical nanorobots for future cancer treatments | Journal of Hematology & Oncology | Full Text (biomedcentral.com)

“The utilisation of DNA nanotechnology in the form of DNA origami for thrombin delivery highlights the potential of precision drug delivery, yet substantial challenges such as immunogenicity, in vivo metabolic behaviour, and large-scale production must be overcome before clinical implementation.”

Fast forward to the latest update:

“The BBC was reporting on laboratory tests that had been conducted by researchers at the Wyss Institute at Harvard University. Harvard’s DNA nanorobot is a clam-like bot that can release its drug payload only when it reaches and identifies its target, cancer cells.

You do wonder what happens when the clambots have done their job and what the body does with the presence of a foreign body competing with the white blood cells to cleanse the body. Are the clambots programmed to make their way to the exit doors or do they rely on the body’s natural waste systems? Will the body open up the origami clambots and cause damage elsewhere?

Are we seeing a progression towards the merger of gene editing tools like CRISPR that can replace defective cells with healthy cells and this technology that “drills holes” in cancer cells whilst “origami ‘Ing” them into the innards of the clambots?

Maybe the clambots can be adapted to do some gene-editing and replace rather than destroy cancer cells. I need to do some more reading of stuff like this:

How are cells created? - Morgridge Institute for Research

“New cells are created from existing cells through a process referred to as the cell cycle. One cell can make a copy of itself and form two new daughter cells.

There are two major tasks that have to happen every cell cycle. First, cells have to make an exact copy of their DNA. DNA is like the instruction manual for a cell. It encodes genes for characteristics and dictates things like eye color and blood type. “

The replacement or destruction of cells seems to reflect an ability to control life itself. Maybe AI is helping with the evolution as we speak. Of course, no account is taken of inspiration, attraction or revulsion, changing temporal taste and style preferences, love and affection, survival instinct, sixth sense, or any other attribute that makes us uniquely human/ Not required or acknowledged by artificial constructs!

Lots more in the Expose-news.com article, including a video.

Onwards!!!

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