Exploiting cellulose-based hydrogels for sustainable, intelligent wearables in pandemic preparedness and control

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Pharmacology, Toxicology and Pharmaceutical Science

100
Cellulose Pharmacology, Toxicology ...
50
Infection Pharmacology, Toxicology ...
16
Drug Pharmacology, Toxicology ...
16
Infectious Agent Pharmacology, Toxicology ...
16
Host Pharmacology, Toxicology ...
16
Vaccine Pharmacology, Toxicology ...
16
Biocompatibility Pharmacology, Toxicology ...
16
Controlled Release Pharmacology, Toxicology ...
16
Pandemic Pharmacology, Toxicology ...
16
Coronaviridae Pharmacology, Toxicology ...
16
Monkeypox Pharmacology, Toxicology ...
16
Marburg Virus Pharmacology, Toxicology ...
16
Crimean Congo Hemor... Pharmacology, Toxicology ...
16
Rift Valley Fever Pharmacology, Toxicology ...
16
Biomaterial Pharmacology, Toxicology ...
16
Lassa Fever Pharmacology, Toxicology ...

Material Science

100
Hydrogel Material Science
10
Coating Material Science
10
Biocompatibility Material Science
10
Durability Material Science
10
Biomaterial Material Science
10
Strength of Materia... Material Science

Keyphrases

100
Smart Wearables Keyphrases
100
Cellulose Hydrogel Keyphrases
100
Pandemic Preparedne... Keyphrases
100
Pandemic Control Keyphrases
33
Personal Protective... Keyphrases
33
Emerging Infectious... Keyphrases
33
Wearable Technology Keyphrases
16
Microstructure Keyphrases
16
Well-defined Keyphrases
16
Recent Advances Keyphrases
16
Environmental Impac... Keyphrases
16
Control Approach Keyphrases
16
Mechanical Strength Keyphrases
16
Biocompatibility Keyphrases
16
Coronavirus Keyphrases
16
Environmental Benef... Keyphrases
16
Environmental Footp... Keyphrases
16
Untapped Potential Keyphrases
16
Pathogen Transmissi... Keyphrases
16
Environmentally Fri... Keyphrases
16
Infectious Disease ... Keyphrases
16
Ebola Keyphrases
16
Rift Valley Fever Keyphrases
16
Sensor Coating Keyphrases
16
Zika Keyphrases
16
Hydrogel Biomateria... Keyphrases
16
Synergize Keyphrases
16
Host Matrix Keyphrases
16
Energy Footprint Keyphrases
16
Smart Response Keyphrases
16
Surgical Mask Keyphrases
16
Post-COVID-19 Era Keyphrases
16
Host Barrier Keyphrases
16
Inference Analysis Keyphrases
16
Crimean-Congo Hemor... Keyphrases
16
Barrier Coating Keyphrases
16
Lassa Fever Keyphrases
16
Matrix Sensor Keyphrases
16
Nipah Keyphrases
16
Marburg Virus Keyphrases
16
Controlled-release ... Keyphrases
16
CML-IA Keyphrases
16
Human Monkeypox Keyphrases

INIS

100
control INIS
100
cellulose INIS
100
hydrogels INIS
30
fever INIS
30
infectious diseases INIS
20
equipment INIS
10
design INIS
10
information INIS
10
microstructure INIS
10
environment INIS
10
transmission INIS
10
energy INIS
10
barriers INIS
10
coatings INIS
10
applications INIS
10
matrices INIS
10
solutions INIS
10
host INIS
10
masks INIS
10
sensors INIS
10
humans INIS
10
flexibility INIS
10
surgery INIS
10
drugs INIS
10
valleys INIS
10
environmental impac... INIS
10
viruses INIS
10
durability INIS
10
pathogens INIS
10
vaccines INIS
10
biological material... INIS
10
coronaviruses INIS
10
covid-19 INIS

Chemical Engineering

100
Hydrogel Chemical Engineering
100
Cellulose Chemical Engineering
Research OutputsResearch Output authored by Exploiting cellulose-based hydrogels for sustainable, intelligent wearables in pandemic preparedness and control is tagged with the concept