I do not want to nor can I take blood samples, I can however prepare the variables from scientific confirmations that once agglomerated yield a more complete representation of the biochemical pathways which participate in the apoptosis of cancer cells.
A projection of the depletion profile expected for cancer cells that preferentially express cannabinoid type one receptors at their membranes can be prepared. Allowing mathematical preparation of visual models for more than one cancer cell type, including cancer cells which express cannabinoid type two receptors at their membranes by majority.
We will also confirm, the density of groupings where apoptotic compounds are necessary in both the case of cannabinoid type one and two receptor expressing cancer cells.
We can probe for each type of cancer cell using their preventative treatments which titrate the patient with useful vitamins and lipids till depletion. Seems a much safer and more accurate method than shotgunning any type of cancer cells with radioactive particles or mustard gas derived chemotherapeutic compounds.
Where hydrophobic endogenous cannabinoids are depleted (head and neck cancer cells), the expected profile should demonstrate pronounced depletion of polyunsaturated fatty acid Omega 3 which is necessary during the biosynthesis of endogenous cannabinoid arachidonoylethanolamine (AEA).
Where hydrophilic endogenous cannabinoids are depleted (bone marrow cancer cells, organs), the expected profile should demonstrate pronounced depletion of polyunsaturated fatty acid Omega 6 which is necessary during the biosynthesis of endogenous cannabinoid 2-arachidonoylglycerol (2-AG).
Pronounced depletion of Vitamin K determines the presence of Leukemia (bone marrow cancer) cells and other cancer cells which express cannabinoid type two receptors at their membranes. The lipo-soluble vitamin K will be the element sample which is key to determining cancer type based on biochemical resource depletion profiles maintained in a shared database.
Liver dysfunction does interfere with the normal representation of sample results. Polyunsaturated fatty acids are absorbed by the liver (Omega 3/6).
The machine learning algorithm driven open database for analytical medical diagnostics. The medical data system development begins with oncological sample data to determine it's own efficacy as a self-test, yet this comes at little risk and some discomfort, vitamin supplements and some blood.
The database and the differences in levels of titration/depletion can be computed and plotted successfully using classical computing logic.
Preparing the problem for calculation and representation expressed by qbits rather than classical bits allows the current investment of money and blood samples to remain relevant as technology evolves.
The resource depletion database is currently not presenting problems which require solution by mapping logic to a matrix of quantum bits and states.
The preparation of variables and functions to be computed in cbits as well as qbits make the project worthy of "follow-through" (must feed the sharks a little if we are to stay friends and afloat). It is true that technologies change, even as the underlying hardware of quantum technology changes the database is more likely to migrate one technological generation than two.