Sl | Title | Funding Agent | PIs |
---|---|---|---|
1 | Development of new small molecule fluorescent chemodosimeters: Toxic analytes detection and investigation of their enzymatic reactions (SERB) | SERB |
PI: Professor Ajit Kumar Mahapatra |
2 | Near-infrared chemodosimetric (NIRCD) luminescent chemosensor for detecting toxic ions in environmental samples and bioimaging applications (CSIR)-Completed 2021 | CSIR |
PI: Prof. Ajit Kumar Mahapatra |
3 | Design and Synthesis of NIR and AIE Moieties Containing Fluorescent Chemodosimeter Molecular Probes for the Detection of Biologically important Analytes (DST-SERB)-Completed 2020 | SERB |
PI: Prof. Ajit Kumar Mahapatra |
4 | Fluorescent sensing application of membrane-bound near infra-red chemosensors for detection and quantification of hazardous cations and other analytes (DAE-BRNS) | DAE-BRNS |
PI: Prof. Ajit Kumar Mahapatra |
5 | Design and synthesis of fluoro- and chromogenic chemodosimeters for toxic ions detection in solution and biospecimens (DST-INDIA) | DST (INDIA) |
PI: Prof. Ajit Kumar Mahapatra |
6 | Enzymatic approach to control celiac disease leading to an alternative treatment strategy (DBT) | DBT |
PI: Prof. Ajit Kumar Mahapatra |
7 | Design and Synthesis of Gold Nanoparticle- Based Chemosensor for Detection of Toxic Ions Fluoride, Arsenic, Mercury, Lead and Cadmium (DST-WB) | DST (WB) |
PI: Prof. Ajit Kumar Mahapatra |
8 | Design and synthesis of artificial photoresponsive ionophores for fluorogenic probing of cellular components (CSIR) | CSIR |
PI: Prof. Ajit Kumar Mahapatra |
9 | More Chemistry for less Pollution: Application for the detection of toxic metals pollutant and biologically active substrates by using artificial photoresponsives receptors (DST-WB) | DST (WB) |
PI: Prof. Ajit Kumar Mahapatra |
10 | The design, synthesis and binding characteristics of fluorescent recepetors for some biologically important substrates and their possible applications as fluorescent sensors (UGC- Major) | UGC (Major) |
PI: Prof. Ajit Kumar Mahapatra |
Created: 23 November 2019