Open Access Open Access  Restricted Access Subscription or Fee Access

A Valuable Insight into the Microwave Heating Vs Conventional Heating for Fused Heterocyclic Nucleus Synthesis

Piyush Kumar Ohri, Anshul Chawla

Abstract


This paper includes comparison between the microwave synthesis and conventional synthesis for fused heterocyclic nucleus. This comparison shows that’s microwave irradiation take less time than conventional heating. And also gives more resultant product than conventional heating. Now a day’s microwave irradiation is widely used for synthesis because it gives purity product or it has low operating cost. The technique can use to synthesize large number of organic molecules with safe, clean, fast, efficient and economical way. In both methods microwave heating method is eco-friendly.

Keywords: Microwave synthesis, Conventional synthesis, fused heterocyclic compounds, Drug discovery, Lead compound.


Keywords


Microwave synthesis, Conventional synthesis, fused heterocyclic compounds, Drug discovery, Lead compound.

Full Text:

PDF

References


Nutan Prakash And Patel Devangi, (2010), Drug Discovery, Journal of Antiviral & Antiretroviral, vol.2(4), pg no. 63-68.

Ravichandran S. and Karthikeyan, Jan-mar (2011), Microwave Synthesis – A potential tool for green chemistry, international journal of chemTech Research, vol. 3, pg no. 466 -470.

Algul Oztekin, Kaessler Andre, Apcin Yagmur, Yilmaz Akin and Jose Joachim, (27 March 2008), Comparative Studies on Conventional and Microwave Synthesis of Some Benzimidazole, Benzothiazole and Indole Derivatives and Testing on Inhibition of Hyaluronidase, Vol.13, Pg no. 736-748.

Udayakumar V, (2016), Synthesis of quinolines from glycerol over tungstic acid functionalized mesoporus KIT-6 catalyst in aqueous medium.

Nasseri Mohammad Ali, Zakerinasab Batol, and Kamayestani Sayyede , (2015) , Proficient Procedure for Preparation of quinoline derivatives catalyzed by NbCl5 in Glycerol as Green Solvent , Journal of Applied Chemistry , Vol.2015 , 7 pages.

Paliwal Pradeep, Jetti Srinivasa Rao and Jain Shubha, August (2012), DABCO Promoted Multi-Component one-pot Synthesis of Xanthene Derivatives, Research Journal of Chemical Sciences, vol. 2(8), pg no. 21-25.

Dabiri Minoo, Azimi Seyyedeh C., Bazgir Ayoob, (2008), One Pot synthesis of xanthene derivatives under solvent-free conditions, pg no. 522-526.

Kumar N, Sharma GK and Pathak D, (2013), Microwave Assisted And Parallel Synthesis of Noval Substituted Carbazole Derivatives of Biological Interest, International Journal of Pharmaceutical And Chemical Sciences.

Kathirvelen D, Yuvaraj P, Babu K, Nagarajan Arasampattu S and Reddy Boreddy S R , (August 2013) , A green Synthesis of Benzimidazoles , Indian Journal of Chemistry , Vol.52B , Pg no. 1152-1156.

Guruswamy B., Arul R. , (2011) , A Micro-wave assisted synthesis of benzimidazole derivatives using solid support , Der Pharma Chemica , Pg no. 483-486.

Kumbar N. Mahadev, Kamble Ravinder R., Kamble Atulkumar A., Salian Sujith Raj, Kumari Sandheya, Nair Ramya, Kalthur Guruprasad, Adiga Satish Kumar and Prasad Jagadeesh , (2016) , Design and Microwave Assisted Synthesis of Coumarin Derivatives as PDE Inhibitors , International Journal of Medicinal Chemistry , Vol.2016 , 16 Pages.

Tripathi A K, Koul S, Taneja S C , (February 2009) , Microwave assisted facile and efficient synthesis of benzopyran , Indian Journal of Chemistry , Vol.48B , Pg no. 301-304.


Refbacks

  • There are currently no refbacks.