Membership in Academics bodies

 

  • Annual member (Number: 1290324) – Wound Healing Society (https://woundheal.org/), USA

 

  • Life member (Number: ISNM-LF-123) – Indian Society of Nanomedicine, New Delhi, INDIA

Review Editor

 

  • Frontiers in Immunology – Cancer Immunity and Immunotherapy [IF:7.5]

Reviewer

 

  • “Cellular and Molecular Life Sciences” (Springer Science)[IF: 9.24].

 

  • “Antioxidants & Redox Signaling” (Mary Ann Liebert Inc, New York, USA) [IF: 6.337].

 

  • “Clinical Science” (Portland Press, London, UK) [IF: 5.220].

 

  • “Scientific Reports” (Springer Nature Publishing AG, USA) [IF: 4.525]

Research Grants

(Ongoing)

 

  • DBT Project   01.06.2021 – 31.05.2024

(Project Title: Antisense oligonucleotide-loaded, 3D printed, double-layered, and multifunctional wound healing matrix to target angiogenesis in chronic diabetic wounds)

Total fund ₹ 39 lakh (as Co-PI)

Department of Biotechnology (DBT),

New Delhi, INDIA

Completed

 

  • DBT- Twinning Project Grant   06.07.2018–05.07.2022

(Project Title: Understanding the role of adipose tissue remodelling in exercise induced insulin sensitivity)

Total fund ₹ 74.69992 lakh (IIT Ropar component: ₹ 29.89996 lakh)

Department of Biotechnology (DBT),

New Delhi, INDIA

 

  • SERB – Early Career Research Award  17.07.2018–16.01.2022

(Project Title: Role of microRNAs in obesity induced adipocyte reprogramming causing inflammation and insulin resistance)

Total fund ₹ 47.82360 lakh

Scientific and Engineering Research Board (SERB),

New Delhi, INDIA

 

  • SERB – Women Excellence Award 23-07-2018– 22.07.2021

(Project Title: Exploring the role of hypoxymiR in CAF cells plasticity in the regulation of breast tumor angiogenesis)

Total fund ₹ 18 lakh

Scientific and Engineering Research Board (SERB),

New Delhi, INDIA

 

  • BioX Consortium Project (IIT Ropar, IIT Mandi and PGIMER Chandigarh)     15.02.2018 – 15.02.2021

(Project Title: Development of lipid nanoparticle-coupled anti-angiomiR for targeting lung tumor angiogenesis)

Total fund ₹ 37.5 lakh

Indian Institute of Technology, Ropar

Punjab, INDIA

 

  • Institute Scheme for Innovative Research and Development (ISIRD) Grant   22.02.2017 – 22.02.2020

(Project Title: Understanding the molecular mechanism of hypoxia induced tumor angiogenesis)

Total fund ₹ 85 lakh

Indian Institute of Technology, Ropar

Punjab, INDIA