Biosensors and Nanotheranostics

This study showed the green synthesis of zinc oxide nanoparticles from Opuntia fragalis leaves, modeling corrosion inhibition of mild steel using response surface methodology and artificial neural networks in varying HCl concentrations.

This study provides critical insights into utilizing nanotechnology for sustainable plastic waste management in Bangladesh, promoting environmental and economic benefits.

This study demonstrated Ni/ZnO photocatalysts as efficient, sustainable agents for degrading toxic dyes in wastewater, minimizing environmental impacts.

This study showed a novel covalently crosslinked hydrogel system, enhancing drug delivery via improved mechanical stability and controlled release.

This review discusses upper cervical vertebral subluxations' neurobiological mechanisms, enhancing diagnosis and treatment in chiropractic care.

This study demonstrates the eco-friendly synthesis of silver nanoparticles using Moringa oleifera extract, highlighting sustainable nanotechnology’s potential in combating bacterial infections.

Hesperidin-loaded silver nanoparticles offer a novel strategy for cancer therapy, enhancing bioavailability, targeted delivery, and therapeutic efficacy.

This study determined the silica-gold core-shell nanoparticles' synthesis and characterization, with their superior catalytic potential for environmental applications.

This study showed the efficacy of cyclodextrin complexation, particularly using SBE-β-CD, in improving the solubility and potential bioavailability of diclofenac sodium.

This study demonstrated lipid nanocapsules' potential to improve targeted drug delivery in treating intimal hyperplasia, reducing restenosis risk.

The GinerSTAT enables rapid, cost-effective detection of brevetoxins in seawater, revolutionizing harmful algal bloom monitoring and mitigating health and economic impacts.

A low-cost, portable diagnostic device enables sensitive, rapid malaria detection, aiding intervention programs to reduce transmission and improve outcomes globally.

Graphene and MoS2 functionalized with copolymers offer enhanced biocompatibility and efficiency for targeted cancer treatment via photothermal therapy.

This study demonstrates peptide nucleic acid conjugates stabilizing RNA G-quadruplexes, offering a novel approach to oncogene translation regulation.

This study develops thermoresponsive star copolymers with potential for efficient, biocompatible nucleic acid delivery in biomedical applications.

This study develops bioactive peptide-polymer scaffolds, enhancing chondrocyte proliferation, ECM deposition, and mechanical properties for advanced cartilage tissue engineering applications.