We aim to gain a better understanding of the wound infection MICRO-ENVIRONMENT, and enable composite, precision-based and personalized therapeutic approaches.

key aspects of our research approach

highly interdisciplinary science

translationally relevant infection models

alternatives to animal testing

PRE-CLINICAL drug discovery platforms

Biofilm research in india

'infection-on-a-chip' lab in india


Normal wound healing is a well-orchestrated process, however, microbial infections are the single-most important cause of delayed wound healing.

The sequential phases of normal wound healing

Microbial infection typically occurs in the inflammation-proliferation phase, leading to chronic, non-healing wounds.

Infected wounds get arrested in a prolonged phase of inflammation-proliferation with dynamic interactions between host cells, microbes, immune cells, and growth factors across the wound-bed capillary interface.

The dynamic wound bed-capillary interface

In wound infections, an intricate communicative network exists between host cells, extracellular matrix, microbes, and immune cells, regulated by complex chemical and mechanical cues.

Left image: Modified from Gurtner, G. C., Werner, S., Barrandon, Y. & Longaker, M. T. Wound repair and regeneration. Nature(2008) 453, 314-21.

The prioritization of infected wounds has shifted from a co-morbid condition to a silent global epidemic with huge public health and economic impact.

it is imperative to develop effective strategies for the prevention and management of chronic wound infections

Our custom designed logo was created in collaboration with Bhakti Ledwani Design (www.bhaktiledwani.com). It illustrates the wound bed with microbes, host tissue, immune cells across biological interfaces. It perfectly represents our research focus, which is to study wound microbes, but in a larger context of the human host.