Topology of personalized opsonization: revealing a pattern of cancerous differential geometry

To ratchet up natural body’s immune response towards cancer, subtypes of opsonizing reagents have been infused through injection [before getting into the metastasis stage] into the micro-environment of the cancerous tumor. This, of course, to a large extent, demands the topological onhooking of the opsonizing (re-)agents to the peripheral micro-mileu of the tumor: something which has largely been ignored, maybe due to its interdisiplinary design complications. This is to the purpose of gauging the stereometric parameters of proper molecular onslaught as metricized to the best possible precision, thus leading to nearly fully successful act of opsonization. Accordingly, the induction has been made that: the Atiyah-Hirzebruch spectral sequence does have its application in predicting the topological properties of tumor micro-environments. The whole process revolves around the idea that the cohomology either through K-theory or by means of C-algebra not only differentiates in between normal and abnormal growth, but also brings about the likelihood of discerning those sub-spaces in which stem cell structuration could be manipulated. This even goes to the extent of molally/molecularly designing for culturing those tissues which are mostly regarded to be entelechially non-regenerable, though our success has not been --at least experimentally-- as remarkable in this latter field as it has been in early cancer diagnosis. Differential identities are either repetitive or quazi-repetitive (not going into the details of finding quazi-repetitiveness on the same modes). We have managed to procreatively define spaces of (any) n-dimensions whereby co-planarity is not at all specified by the property of orthogonality or mirror orthogonality.These could be copied out multifariously [in two or three stages] following high energy consumption from biochips as the medium in between the simulation In Silico and the actual In Vitro. This is accomplishable as a result of porosity grading matrix inserted by boundary-atom schemes, which most probably acts in response to adjuvant radiation therapy when from 100 to 1000 molecules come out of their relatively stable biomolecular structure. One cannot arrive at any brand of precise constructivist image identity and/or fairly contextual essentialist identity if one --according to what was mentioned above-- does not bring about the non-orthogonality of co-planar spaces.

کلیدواژه ها:

Opsonisation ، Immunity ، Tumor ، Micro-Environment ، Topology