Ongoing

• Understanding the role of highly expressed in cancer 1 (Hec1) in controlling expanded organization of kinetochore and its link to mitotic checkpoint Signaling; DBT; 09/2024-09/2027; Rs. 8530000
• Recruitment of the G-TuRC to the SAS-6 cartwheel for centriole microtubule assembly; DBT-DFG Indo-German; 08/2024-08/2027;  Rs. 12846800

Completed

• Understanding the regulation of kinetochore protein phosphorylation for the activation of spindle assembly check-point.  DST-SERB; 03/2021-03/2024; Rs 6200000
• Identification and characterization of molecular factors for the quality control of kinetochore size and fidelity of spindle-chromosome attachment. DBT; 07/2019-07/2023; Rs.15800000
• Role of colonic hepatic tumor overexpressed gene in regulation of kinetochore size and fidelity of mitotic chromosome segregation. DBT Bioscience Award; 02/2020-02/2023; Rs. 1500000
• Elucidating the role of GTP- induced transition of EB1 dimer to monomer in the regulation of microtubule plus ends. CSIR; 04/2018-03/2021; Rs. 1500000
• To determine the role of ubiquitin ligase SCF-FBXW7 in regulation of centriole biogenesis and duplication in human cells. DST-SERB; 04/2017-09/2020; Rs. 6200000
• Determining the role of microtubule plus tip protein EB1 in regulation of spindle- kinetochore associated protein complex Ska: the mechanism underlying the stabilization of spindle- kinetochore attachment. DBT; 09/2014-09/2017; Rs.5900000
• To determine the molecular mechanisms involved in centrosomal transforming acidic coiled coil 3 (TACC3) mediated cell cycle progression. DST; 04/2010-03/2013; Rs. 2700000
• To determine the structure- function aspects of microtubule end binding proteins. CSIR; 04/2010-03/2013;  Rs. 2000000
• Determining the role of centrosome protein TACC3 in regulation of microtubule nucleation and elucidating its molecular mechanism. BRNS-DAE; 01/2014-01/2018; Rs. 2486000