Isolated System Towards A Successful Radiotherapy Treatment

Abstract

Purpose Establishment of the specifications and standards for successful radiotherapy treatments through identifying three objectives: administering the appropriate low-waste dose, developing dose-delivery skills and monitoring an earlier response to therapy. Methods The appropriate low-waste dose is administered via the work-energy principle, considering the interaction between the drug and the tumor as an isolated system. Then, chelated with any compound that could form a lipid-soluble complex with the radioactive metal ions, it is injected directly into the tumor via a multihole needle to improve the distribution of the injectate solution. This can be detected by monitoring the tumor response through newer imaging techniques that combine single photon emission computed tomography (SPECT) with computed tomography (CT), or positron emission tomography (PET) with CT, so that nonresponding tumors can be identified early to modify the administered dose. Results The accuracy of estimating the initial effective radioactive dose depends on the equivalence of the growth energy of the tumor estimated from the CT scan and the decay energy of the effective radioactive dose. Besides earlier or more accurate assessment of the tumor response by PET with the glucose analogue 18 F-fluoro-2-deoxyglucose ( 18 F-FDG), this contributes to the most safe and low-cost successful treatment. This approach assessed the therapeutic significance of lipid-soluble compounds with the radioactive metal ions in protecting system isolation, which plays a major role in targeted tumor therapy. Conclusion Treatment success shows that the three identified objectives are completely dependent objectives. It should also be taken into consideration that radionuclide decay-generated Auger electrons may be more effective in very small tumors to avoid a cross dose.

Administering the Optimum Dose of l-Arginine in Regional Tumor Therapy

“…where tumor t D is the hypoxic tumor cell t D [10][11][12][13][14][15]. Thus CGE should be assessed as a one of the essential factors for types of cancer staging, since it expresses the rate of cell growth and through which the anatomic extent which the disease has spread and the histologic classification can be identified.…”

“…Thus CGE should be assessed as a one of the essential factors for types of cancer staging, since it expresses the rate of cell growth and through which the anatomic extent which the disease has spread and the histologic classification can be identified. Hopefully, through Emad technology of advanced cellular mechanics [10][11][12][13][14][15] besides to what have been introduced about the molecular Arg physical background will prompt further exploration into the mechanism(s) of action of Arg and thus introduce new optimizing applications for this anticancer molecule, whose full therapeutic potential is yet to be realized.…”

Optimizing bioethanol production by regulating yeast growth energy

“…In either case the growth energy of such life organisms should be calculated. This revealed the importance of Emad formula, which calculates the growth energy of the growing systems that follows the exponential growth by knowing its growth constant (Moawad 2010;Moawad 2011a, b;Moawad 2012a, b). This allowed for the first time to measure the biological growth energy in MeV or Joules, to asses the limits of energy that suitable for the fermentation process.…”

“…Results of both methods were 97-100 % identical. Such promising identically have urged the author of this study to depend on the statistical analysis of those great scientists (Man et al 2011;Xin et al 2003;Phisalaphong et al 2005;Kadambiniguar 2006;Pena et al 1972;Diaz-Ricci et al 1992;Hill et al 1993;Douka 1999;Sprenger 1996;Moawad 2010;Moawad 2011a, b;Moawad 2012a, b;Austriaco 1996;Kennedy 1994;Voet 1586;Tang et al 2008;Bai et al 2007;Yadav et al 1997;Le Man et al 2008;Nahvi et al 2002;Le Man et al 2010;APHA 1998;Miller 1959;Lang et al 2005;Garda et al 2005) on purpose, regarding their results as a ''gold standard'' or fully accepted measurement against which to make a comparison to determine accuracy of the approach.…”

“…in which CGE increases by the increase of cell t D (Moawad 2010;Moawad 2011a, b;Moawad 2012a, b). Consequently, increasing CGE can be achieved through agents that lead to the increase of the cell t D or in other words cause the cell to divide more slowly that if severe or prolonged increases CGE.…”