Press

Green Synthesis, Photo-Physical Characterization, and Evaluation of in-vitro Antioxidant, Anti-Inflammatory, and Antidiabetic Properties of Selenium Nanoparticles Derived from Nigella Sativa seeds

Kehinde Sowunmi; Oladosu Micheal Abimbola; Moses Adondua Abah*; Luqman Olaitan Sulaiman; Odimgbe Ezekiel Izudike; Ugwah Jiata Ekele; Dele-Osibanjo Taiwo A; Olowookere Adepeju Kafayat; Adewale Femi Emmanuel; Julius Sarah Oluwaseun; Nnametu Peter Onyedikachukwu; Agbanigo Bolade Sunday; Tobi David Farinde; Olutayo Nathaniel Farinde; Kelechi Asogwa; Taiwo Awojulu; Sunday Ameh

   Green synthesis of Selenium Nanoparticles (Se-NPs) harnesses plant resources to enhance therapeutic efficacy sustainably. Selenium Nanoparticles (Se-NPs) are known for their antioxidant, anti-inflammatory, and antidiabetic properties, making them promising candidates for addressing oxidative stress-related disorders


Advancement in Wound Healing by the Application of Folate Functionalized Metallic Colloidal Antibiotherapy

Roxane Abdel-Gawad*; Rihab Osman; Gehanne AS Awad; Nahed Mortada

   Folic Acid (FA) is introducing itself as a useful addition to wound management protocol. Herein, we report a novel eco-friendly method to prepare silver nanoparticles (AgNPs) using the anabolic FA as a reducing agent. The synthesis of FA-stabilized AgNPs (FA-AgNPs) was confirmed by spectrophotometric analysis, revealing the presence of the characteristic absorption peak corresponding to the Surface Plasmon Resonance of colloidal FA-AgNPs.


Self-Destructive Nanoparticles of Drug Delivery

M Sangeetha*; U Siri; G Venkat Sai Kumar; M Gajendar; T Rama Rao

   This review is provided a detailed information about the introduction, mechanisms of self- destructive nanoparticles, benefits of nanoparticles, future perspectives and different types of applications of self-destructive nanoparticles. Nanoparticles are tiny materials having size ranges from 1 to 100 nm.


A Review on Nanotechnology-Based Interventions on Advancing COVID-19 Diagnosis, Prevention and Treatment

Zeeshan Arif; Habiba Khan*

   The COVID-19 emergency has created a widespread need for proper care, prognosis, and prevention of viral dissemination. Nanotechnology has been at the centre of attention for the rapid development of diagnostic instruments, anti-viral therapy and vaccinations worldwide. This review highlights the current and continuing nanotechnology-based therapeutic and preventive techniques for combating COVID-19


Formulation and Characterization of pH-Induced In Situ Gel Containing Posaconazole for Ocular Drug Delivery

Shakthi A; Rishaanth M; Kaviya Suresh; Abrar Ahmed H; Suriya Prakaash KK; Nagalakshmi S; Gopinath Subramaniyam; Srikanth Jeyabalan; Anbarasan Balu*

    To create and evaluate an in situ medication delivery system for the eyes to improve its residence duration and hence its bioavailability in the ocular mucosa. Methods: Carbopol is a pH-dependent water soluble in situ polymer. When the pH was alkaline, the carbopol polymer formulations stayed as a solution at acidic pH and formed a low-viscosity gel.


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