Background: Nanotechnology has generated a great deal of excitement worldwide and is being cited as the main technology· of the 21st century. With the development of nanotechnology, the nanoliposphere has been increasingly viewed as a potential drug carrier for improving gastrointestinal absorption and oral bioavailability of some lipophilic drugs, offering multiple benefits in treating chronic human diseases by site-specific, and target-oriented delivery of specific medicines. Drug carrier systems are developed with the aim of varying the distribution of an active substance within the body and thus increasing the pharmacological efficacy and reducing its toxicity.
Methods: The recent advancement of Nanotechnology offers limited toxicity and can deliver drugs with low half-life or low therapeutic index for providing sustained or controlled drug delivery action.
Results: The usefulness of nanotechnology for multi-functionality of drug molecules, nanoliposphere play a promising role for attaining improved oral bioavailability of drugs for minimizing the adverse effects.
Conclusion: In this context, the present review article provides details on the preparation, future development, current status, Risk, and application of nanoliposphere-based drug delivery systems for oral bioavailability of drugs. Besides, the article aims to provide readers with an expert on current developments in nanoliposphere-based nanomedicines along with prospects with them in modern drug therapy.
Publicaion 2
SOLUBILITY ENHANCEMENT TECHNIQUES: UPDATES AND PROSPECTIVES
Publisher: Journal of Pharmaceutical Negative Results
: IMPLEMENTATION OF EFFECTIVE DRUG DELIVERY SYSTEM FOR CANCER IMMUNOTHERAPY USING POROUS NANOMATERIALS
Issue Date: 2023-01-27
Description:
Implementation of effective Drug Delivery system for Cancer Immunotherapy using Porous Nanomaterials is the proposed invention. The invention focuses on analyzing the various drug delivery systems in treating cancer
patients. The proposed invention aims at analyzing the impact of porous nanomaterials on cancer immunotherapy
Patent 2
Artificial Intelligence Based Aproach to early prediction of Natural coma based on Brain mapping Techiniques
Issue Date: 2022-02-12
Description:
Artificial Intelligence based approach to Early Prediction of Natural Coma based on
Brain Mapping Techniques is the proposed invention. The proposed invention focuses
on designing a framework of Artificial Intelligence for early prediction of coma
condition for a particular patient. The invention aims at utilizing the brain mapping
techniques to achieve accuracy in prediction.
Patent 3
ARTIFICIAL INTELLIGENCE BASED SMART TOUCHLESS MEDICINE DISPENSING SYSTEM
Issue Date: 2021-03-13
Description:
In this pandemic era, technology dependent solutions are demanded for preventing
the spread of contagious disease COVID-19 as the medical officers have
themselves become victim to the disease while treating the patients. Eventually, the
patients has to be cured which is possible by providing timely medication. This
invention proposes an autonomous touchless medicine dispensing system for
providing service to victims in the hospital ward based on Artificial Intelligence
algorithm. Lack of experienced medical officers, also leads to huge death of human
life. The proposed system is an innovative robotic mobile system able to provide
timely medication to save human life to greater extent without the issue of
pandemic spread. 3D modeling of the system is done using Pro- Engineer software.
The system is able to detect specific patient using infrared technique which scans
the unique digital code allocated for the patient bed. Dispensing of the medicine is
done based on infrared counter where the medicines are dispensed based on
doctor’s prescription. Medicines are dispensed touchless in disposable containers
to every patient autonomously at their ward itself. This system is efficient in
providing immediate medication without any considerable delay to the victims
without human intervention.