Abstract
The emerging technology of nanoneedle employ the nanoneedle for the penetration in cell
membrane to investigate and manipulate biomedical procedures in the living cells. This study presents a
simulated methodology on the basis of fuzzy logic for flow rate of drug delivery through a nanoneedle for
drug delivery. The outflow rate is measured as 1.32 mL/min through MATLAB simulation. The
measurements are verified by the Mamdani’s model and the previous research. The simulated results
given in this study specifies that the fuzzy logic deliver an effective modeling presentation by showing
good agreement with the parametric measurements. Therefore, Fuzzy Logic is an alternate method to
obtain outflow rate and other parameters for nanoneedles. This nanoneedle technology is revealed as a
dominant and multipurpose technology. It can deal with many new customs to discover biomedical
procedures with new bio-physical characteristics of the living cells.
MUHAMMAD JAVAID AFZAL, FARAH JAVAID, MUHAMMAD WASEEM ASHRAF, SHAHZADI TAYYABA, MAMOONA ASHIQ, AYESHA AKHTAR. (2018) Simulation of a Nanoneedle for Drug Delivery by Using MATLAB Fuzzy Logic, Biologia – Journal of Biological Society of Pakistan, Volume 64 (I), Volume 64 (I).
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