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ISSN 2063-5346
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NOVEL MAOS OF NOVEL CINNOLINE DERIVATIVES

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Atul Baravkar1*, Dipali Kadam2 , Sheetal Gaikwad3 , Nitin Shinde4 , Sujata Veer5 , Amit Lunkad6 , Vitthal Chopade7 , Vishnu Neharkar8 , Makarand Puri9 , Rajanikant Kakade10, Nilesh Jadhav11 , Shyam Panga11 , Vijay M. Kale12 , Yojana Kunjir12 , Sachin Vijapure13 , Reshma Devkate14, Priti Kolpe14 , Sonali Pawar15 , Baliram Sarvade16 , Sachin Anbhule17 , Raju Kawade18, Shaikh Sana M Jafar Shaikh18, Rahul Mohan18, Monali Bhalerao19 , Meghana Muley20, Gaffar Sayyad
» doi: 10.31838/ecb/2023.12.s1.118

Abstract

An efficient and green novel microwave assisted organic synthesis (MAOS) method has been developed for dinitro cinnoline derivatives with better yields. The framework of these derivatives was constructed from dinitrophenyl arylethylidene hydrazines. Tetrabutylammonium bromide (TBAB) was used as a phase transfer catalyst (PTC), potassium carbonate as an inexpensive and efficient catalyst and water as solvent due to its polarity which helps to increase the temperature substantially. This methodology features a simple, environmentally friendly approach, employing water as a green solvent and using a one-pot reaction. The use of microwave increases the rate of reaction and it was observed that dinitro arylcinnolines can be synthesised in 8-12 min of microwave irradiation compared to conventional thermal heating protocol which requires more than 2 h. Spectral data confirms the identity of synthesized derivatives and satisfactory yields are obtained by this process

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