Online Publishing @ NIScPR

An Integrated Secure Scalable Blockchain Framework for IoT Communications

In situ chemical oxidative polymerisation for ordered conducting polythiophene nanostructures in presence of dioctyl sodium sulfosuccinate

Implementation of machine learning model-based decision support system for healthcare professionals to predict T2DM risk using heart rate variability features

Low Latency Prefix Accumulation Driven Compound MAC Unit for Efficient FIR Filter Implementation

Synthesis, Characterization and Catalytic activity of Cu(II) schiff base complexes intercalated in layered double hydroxide for the oxidation of Styrene

Properties of cellulosic fabrics treated by water-repellent emulsions

Possible Use Case of the Multidisciplinary Approach of Art Collaboration

Synthesis of novel indole substituted heterocyclics

Production of Grippers Working with Bernoulli’s Principle for Laparoscopic Surgery and Optimization of Parameters that Affect Air Speed Required for Pulling Force

Pulsating Air Pollinator for Greenhouse Cultivation

Analysis of metals and persistent organic pollutants in ethyl acetate extract of Peltophorum africanum

Design of Metal Insulator Metal based Square Ring Resonator Plasmonic Filter using Silica Slits for Dual Band Applications

Impact of COVID-19 Pandemic on Vegetable Sector and its Allies

Design and Development of a Digital Controlled Dielectric Barrier Discharge (DBD) AC Power Supply for Ozone Generation

Optimization and Analysis of Wireless Networks Lifetime using Soft Computing for Industrial Applications

Segmentation Techniques based on Image Quality and Edge Detection Algorithms

Dynamic monitoring of the cytotoxic effects of Cousinia iconica extracts on A549 and RL95-2 cells using the xCELLigence RTCA system

Scientific validation of toxicological and anti-hyperglycemic effect of Bambusa tulda leaf

Energy absorption behavior of tapered and ribbed thin-walled structures under compressive crushing forces

Inhibition of Bungarus caeruleus snake venom toxicity by Citrus reticulata methanolic extract and in silico analysis of possible binding modes

Emergence of Severe Acute Respiratory Syndrome (SARS) COVID-19 and approach of AYUSH systems of medicine towards its prevention and management

Low-stress mechanical properties of weft knitted fabrics produced from regular and compact cotton spun yarns

Validation of ethno-veterinary medicinal practices of onion (Allium cepa L.)

Onion (Allium cepa) is an important medicinal herb apart from its culinary uses. It has wide array of uses in ethnoveterinary medicine since long time. The study was conducted to review, document and validate the ethno-veterinary practices in which onion is dominant constituent. The validation of the ethno-veterinary practices was done with 30 experts from the relevant scientific field. The responses of experts for validation were taken on three-point validity continuum. Among the 58 formulations 27.58 per cent were claimed to have the score above 120 and 55.17 per cent were scored between 100 to 120 out of 150, shows their wider applicability and validity in ethno-veterinary practice. The results showed that onions have a wide array of uses in ethno-veterinary practices, ranging from treating gastro-intestinal problems like tympany, indigestion, bloat to proven insecticidal antiparasitic, repellant and antiseptic actions with different dosage and formulations. Onion is effective on various diseases due to unique combination of different compounds including fructans, flavonoids and organosulfur compounds. Validated practices of onion in ethno-veterinary medicine may be useful particularly among poor or remote livestock rearer who can neither afford nor may access expensive or distant conventional healthcare options.

Identification of therapeutic targets for controlling COVID-19 pandemic by traditional system of Ayurvedic medicines: A systematic review

COVID-19 is a severe respiratory disorder caused by the SARS COV-2 virus that involves limited innate immunity. Numerous publications have suggested that plants/minerals used in the Traditional system of Ayurveda, has revealed much about the biology of COVID-19. One theory is that combination of anti viral, anti inflammatory, agents activating immune cells, anti toxic herbs and metals may be helpful for severe acute respiratory syndrome coronavirus infection. Anti viral Drugs used for COVID-19 are those which blocks RNA synthesis, virus invasion, bind to receptor proteins on the surface of cells, cell cycle protein, and physiological and pathological processes inhibitor. Anti-inflammatory drugs used for COVID-19 re those which controls transcription of DNA, cytokine production, break down the basement membrane, regulate outer mitochondrial membrane permeability, controlling the host cell life, stimulates activated B-cell and T-cell proliferation, virus dissemination, a slowdown of cell metabolism or secretion of cytokines. Drugs which is having role in the innate immunity, inhibits ROS, enhances cell lifespan, activates macrophages, physiological effects on cells activates the Lung resident immune cells. The focus of this review is to elucidate the Ayurvedic pharmacological properties with their therapeutic targets.

Effect of weft yarn laying on tensile properties of weft-inserted knitted fabrics