428
K. Singhal and A. Kumar
MNP have been demonstrated as promising green solvent and catalyst for green
synthesis of DMs analogue. MBC and MNPs, due to their eco-friendly nature, low
toxicity and easy recycling, can be used as best supporting material to immobilize ILs
on their surface. The high yield of DMs analogue would be obtained with promising
characteristics such as less toxicity, rich purity, environmentally benignity, low cost,
and also effective to recover SARS-CoV-2 infected cells in human body. These all
characteristics in DMs analogue are reported because of using green materials as
solvent and catalyst in the synthesis of DMs analogue.
16.6 Future Scope
The green synthesized DMs analogue would be a more effective drug to heal SARSCoV-2 infected peoples than conventionally synthesized DMs and possesses good
capability to provide a green sustainable society during the COVID-19 pandemic. It
is also effective to treat similar types of other diseases in green way. If the chemistry
of the catalysts used is induced, the synthesis and yield of DMS analogue can be
improved easily and precisely. In this regard, the engineered BC is a promising
candidate which contains marvelous chemical and physical properties and could
be used to introduce magnetic properties itself. This engineered BC with magnetic
properties could be further use as supportive catalyst in the green synthesis of DMs
analogue which provide high yield of DMs analogues due to rich surface chemistry of
engineered MBC. Physical (steam/gas, ball milling, and microwave), chemical (acid,
alkali, NPs incorporation) and biological treatments of BC are commonly referred
as engineered methods which are found to be helpful to modify the basic nature of
BC. Therefore, the green synthesis of DMs analogue can further be improvised by
modifying used green solvents and supportive catalysts to get more versatile, cheap,
and less toxic and with minimum side effects drug.
Acknowledgements The financial support for this work, provided by G. B. Pant University of
Agriculture and Technology, India is highly appreciable.
References
1. Lai CC et al (2020) Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) and
corona virus disease-2019 (COVID-19): the epidemic and the challenges. Int J Antimicrob
Agents 105924
2. Prasad S et al (2020) Transmission electron microscopy imaging of SARS-CoV-2. Indian J
Med Res 151(2–3):241
3. Selvaraj V et al (2020) Short-term dexamethasone in sars-cov-2 patients. RI Med J 103(6):39–
43
K. Singhal and A. Kumar
MNP have been demonstrated as promising green solvent and catalyst for green
synthesis of DMs analogue. MBC and MNPs, due to their eco-friendly nature, low
toxicity and easy recycling, can be used as best supporting material to immobilize ILs
on their surface. The high yield of DMs analogue would be obtained with promising
characteristics such as less toxicity, rich purity, environmentally benignity, low cost,
and also effective to recover SARS-CoV-2 infected cells in human body. These all
characteristics in DMs analogue are reported because of using green materials as
solvent and catalyst in the synthesis of DMs analogue.
16.6 Future Scope
The green synthesized DMs analogue would be a more effective drug to heal SARSCoV-2 infected peoples than conventionally synthesized DMs and possesses good
capability to provide a green sustainable society during the COVID-19 pandemic. It
is also effective to treat similar types of other diseases in green way. If the chemistry
of the catalysts used is induced, the synthesis and yield of DMS analogue can be
improved easily and precisely. In this regard, the engineered BC is a promising
candidate which contains marvelous chemical and physical properties and could
be used to introduce magnetic properties itself. This engineered BC with magnetic
properties could be further use as supportive catalyst in the green synthesis of DMs
analogue which provide high yield of DMs analogues due to rich surface chemistry of
engineered MBC. Physical (steam/gas, ball milling, and microwave), chemical (acid,
alkali, NPs incorporation) and biological treatments of BC are commonly referred
as engineered methods which are found to be helpful to modify the basic nature of
BC. Therefore, the green synthesis of DMs analogue can further be improvised by
modifying used green solvents and supportive catalysts to get more versatile, cheap,
and less toxic and with minimum side effects drug.
Acknowledgements The financial support for this work, provided by G. B. Pant University of
Agriculture and Technology, India is highly appreciable.
References
1. Lai CC et al (2020) Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) and
corona virus disease-2019 (COVID-19): the epidemic and the challenges. Int J Antimicrob
Agents 105924
2. Prasad S et al (2020) Transmission electron microscopy imaging of SARS-CoV-2. Indian J
Med Res 151(2–3):241
3. Selvaraj V et al (2020) Short-term dexamethasone in sars-cov-2 patients. RI Med J 103(6):39–
43