Analysis of the Interactions of N-(L-Α-Aspartil)-L-Phenylalanine, 1-Metil Ester (Aspartame) and the Nitrogen Bases of Dna and Rna Using Quantum Methods.

Abstract

There is much research going on around the ASP. Some of these studies claim that ASP is a potential carcinogen, while others claim otherwise. In this research, we determine the power to exchange electrons of the ASP through the calculation of their Electron Transfer Coefficient (ETC). The quantum methodology was used with the Hyperchem simulator and the Semi-empirical Parametric Method 3 (SE-PM3) with its specific parameters. The results show that the ASP has an ETC capable of interchanging its electrons as an oxidizing agent or reducing agent in a probable interaction zone. It is concluded that for this reason of average probability the results of this investigation sometimes show if and sometimes not their cancerous power. It is then said that its carcinogenic power depends on the conditions under which the laboratory test is performed.

Semi-Empirical Quantum Analysis of Method 3 of the Interaction of Fentanyl With Opioid Receptors Μ, Κ and Δ.

“…The application of chemical quantum tools represents an important reality that has already reached an evident degree of maturity. [9][10][11] …”

Interaction of Metilendioximetanfetamina vs. Neurotransmitters and the Relationship by the Quantum Method.

“…[23] Hyperchem is a molecular modeling program. [24] Hyper Chem's graphical interface allows researchers to perform chemical simulations that facilitate multiple data entry. [25][26][27][28] …”

Quantum Analysis of the Interaction of Vortioxetine vs. Neurotransmitters.

“…Hyperchem's graphical interface allows researchers to perform chemical simulations that facilitate multiple data entry. [22][23][24][25] The main objective of this work is to determine by the quantum method SE-PM3 the interaction between Vx and NT. …”