Greetings, Excellent. I believe you'll need extensive library of the cells. 1. During stages of its life. 2. Splitting 3. 'Death'. All biological construction are element based and therefore 'emitts' signatures when bombarded with various photons (spectrum). Vectors (frequency, amplitude of the photons and period) could be altered to cause the cells either to agitate, split or dormant. Do also consider sonic, subsonic and audio frequency ranges. Manipulation of wavelengths of an element and forcing the fundamental to vibrate at higher or lower its quite new. This opens new 'window' into bio electronics. But then one needs transistors based upon static electricity {tantalum or CCD} or special FETs to 'feel' the cells. The best way i feel is if you could have extensive library of pictures of the current cells during every micro seconds of its life then 'attack' the host with HV and frequency that will transverse it to 'death' stage. Just sharing. Thanks admin. Thanks all
very intelligent and apropriate use of CRISPR CAS9
Amazing stuff. This is a deal changer.
Greetings,
Excellent. I believe you'll need extensive library of the cells.
1. During stages of its life.
2. Splitting
3. 'Death'.
All biological construction are element based and therefore 'emitts' signatures when bombarded with various photons (spectrum).
Vectors (frequency, amplitude of the photons and period) could be altered to cause the cells either to agitate, split or dormant.
Do also consider sonic, subsonic and audio frequency ranges.
Manipulation of wavelengths of an element and forcing the fundamental to vibrate at higher or lower its quite new. This opens new 'window' into bio electronics.
But then one needs transistors based upon static electricity {tantalum or CCD} or special FETs to 'feel' the cells.
The best way i feel is if you could have extensive library of pictures of the current cells during every micro seconds of its life then 'attack' the host with HV and frequency that will transverse it to 'death' stage.
Just sharing.
Thanks admin.
Thanks all
Is this feasible for cancer or at least one kind of cancer
Posted at: facebook.com/groups/crisper/
CRISPR Articles, Papers, Video, Podcasts, Discussion - 4,845 Members
gene manipulation you are no longer, HUMAN