IMPACT FACTOR: 1.8
Short Name: J Nanomed
ISSN: 2578-8760
Publisher: MedDocs Publishers LLC
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
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.
Synthetic packaging materials are neither reprocessable, renewable nor biodegradable barrier and also difficult to recycle into useful products. While cellulose-based packaging is widely known as a renewable, reprocessable, recyclable and biodegradable material it has limited air and water vapour barrier properties.
The present research work aims to prepare a unique formulation (Gel) containing a lipidic vesicle of extract having the dual therapeutic purpose of achieving great skin simultaneously with improved haemoglobin content. Ethosomes were prepared using soya phosphatidylcholine (1-4%) and ethanol (10-40%).
Aluminum (Al) is an environmental neurotoxin to which humans are widely exposed and which is associated with motor and cognitive impairment and is most commonly associated with neurodegenerative diseases; it can cause abnormal phosphorylation of the tau protein and cognitive impairment.
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