The spectrophotometric data in the interactions between the Human immunodeficiency virus
(HIV) and blood cells treated with antiretroviral drug were collected to be used to show the …

The surface thermodynamics study and spectrophotometric data analysis of human
immunodeficiency virus (HIV)-antiviral herbal drug-coated blood interactions was carried …

In the twenty first century research works, there may be a need to achieve a more reliable
research result through a synergy between engineers and biological researchers. The peak …

To solve continued HIV menace proposed thermodynamics HIV control model which is an
Ordinary Differential Equation (ODE) was solved with imported historical experimental data …

Following a persisting challenge of HIV, thermodynamic expressed drug primary mechanism
of action that took account of the drug bioavailability and drug secondary mechanism of …

Surface thermodynamics concept was used to quantify drug primary mechanism of action
parameter in control infectivity of viral dynamics. The methodology involved expressing …

Due to continued HIV prevalence, control infectivity parameter was expressed and
quantified through spectrophotometric data using historical absorbance data. The …

Thermodynamic HIV infectivity expressed model was incorporated in an adopted basic viral
dynamics model. The ensued thermodynamic HIV dynamic model, an Ordinary Differential …

Thermodynamic expressed infectivity model is incorporated in an adopted basic viral
dynamics model and the ensued model solved simultaneously with five different genetic …

Negative Hamaker coefficients approach was used as a thermodynamic tool in determining
the HIV-blood interactions in the presence of antiretroviral drugs. Expressions required for …