Theoretical application creating cell reversion of Oncogene cells by disrupting their growth control and progression by engineering the human "germ cell" to induce reversion of the Oncogenes.   click here for example of artificial cell engineering company

Application Theory 2: Induced DNA by Nanotechnology 

(a) Metal Nano particles target nucleus of all cancer cells.

(b) Metal Nano particles Interfere with cellular functions and  DNA repair mechanisms.

(c) Metal Nano particles trigger immune responses by releasing DNA fragments.

(a) DNA nanostructures to transport anti-tumor agents.

(b) DNA nanostructures designed to be stable and adaptable.

(c) DNA nanostructures to create precise, targeted drug delivery systems

Application Theory 3: Bioengineered Oncolytic bacteria

 Oncolytic bacteria can deplete nutrients that cancer cells need to metabolize

 Oncolytic bacteria  can create an anti-tumor effect by interacting with the tumor microenvironment 

 Oncolytic bacteria activate the immune system to fight the tumor  

Common Oncolytic bacteria:

(a) Salmonella: Can selectively replicate within tumors and has been genetically engineered to express effector genes

(b) Clostridium: Can colonize hypoxic areas of tumors and destroy tumor cells

(c) Bifidobacterium: Has anti-cancer properties and can interact with tumor microenvironments

(d) Escherichia coli: Can target tumors and induce pathogenicity 

(e) Listeria monocytogenes: Can target tumors and induce pathogenicity