Abstract
Potentiometry, Titration, CPE, PVC, ISE, GPE electrodes.
Dr. Dev Prakash Dahiya, Richa Kumari*, Anchal Sankhyan, Anchal Sharma and Sachin Thakur
ABSTRACT
Modern pharmacotherapy has undergone a radical change thanks to targeted drug delivery systems (TDDS), which
maximize treatment efficacy while reducing systemic side effects. By delivering active medicinal ingredients
straight to particular cells, tissues, or organs, these methods increase bioavailability and decrease off-target
interactions. Transdermal patches have been a popular non-invasive, patient-friendly platform among TDDS
techniques that may sustain regulated drug delivery for prolonged periods of time. The basic ideas and categories
of targeted drug delivery are examined in this study, including stimuli-responsive carriers, ligand-receptormediated
targeting, and nanotechnology-based strategies including liposomes, dendrimers, and nanoparticles. To
enhance drug penetration and site-specific action, particular attention is paid to the creation and improvement of
transdermal patches that incorporate smart polymers, nanocarriers, and microneedles.
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