The Kwon Lab
We seek to develop better ways to prevent and treat HIV infection by studying HIV in mucosal tissues.

Vaginal Lactobacillus fatty acid response mechanisms reveal a metabolite-targeted strategy for bacterial vaginosis treatment
Vaginal microbiota dominance by Lactobacillus iners is associated with recurrence of bacterial vaginosis (BV), a widely prevalent syndrome, whereas microbiota dominance by other Lactobacillus species is more protective. Unsaturated long-chain fatty acids like oleic acid can simultaneously inhibit L....

The Ragon Institute is proud to recognize Upasana Das Adhikari, PhD, a postdoctoral fellow in the Kwon Lab, who has been awarded the prestigious K99 Pathway to Independence Award by the National Institutes of Health (NIH). This highly competitive award identifies trainees with strong potential to become independent scientists and supports them through this critical transition.
Das Adhikari joined the Kwon Lab as a postdoctoral fellow in July 2019. Before moving to Boston, she was a Signgene Fellow working on a collaborative project between the Hebrew University of Jerusalem and the Max Delbruck Centre of Molecular Medicine in Berlin. During her PhD, she studied gut epithelial stem cell regeneration, focusing on the crosstalk between reserve and active stem cells.
Her fascination with the interactions between the epithelium, gut associated lymphoid tissue, and the microbiome led her to the lab of Ragon faculty member Doug Kwon, MD. PhD, where she now investigates the imbalance of these interactions during HIV disease progression.
The NIH K99 Pathway to Independence Award provides Das Adhikari with up to two years of mentored support followed by up to three years of independent support. This award is designed to help postdoctoral researchers transition to academic positions, facilitating their development into independent researchers.
Das Adhikari’s award recognizes her exceptional potential and provides her with the resources to further her innovative research. This support will enable her to continue her critical work in understanding the interactions within the gut during HIV progression and contribute to the development of new strategies to combat HIV and other gut inflammatory diseases.
Congratulations, Dr. Adhikari!
Das Adhikari joined the Kwon Lab as a postdoctoral fellow in July 2019. Before moving to Boston, she was a Signgene Fellow working on a collaborative project between the Hebrew University of Jerusalem and the Max Delbruck Centre of Molecular Medicine in Berlin. During her PhD, she studied gut epithelial stem cell regeneration, focusing on the crosstalk between reserve and active stem cells.
Her fascination with the interactions between the epithelium, gut associated lymphoid tissue, and the microbiome led her to the lab of Ragon faculty member Doug Kwon, MD. PhD, where she now investigates the imbalance of these interactions during HIV disease progression.
The NIH K99 Pathway to Independence Award provides Das Adhikari with up to two years of mentored support followed by up to three years of independent support. This award is designed to help postdoctoral researchers transition to academic positions, facilitating their development into independent researchers.
Das Adhikari’s award recognizes her exceptional potential and provides her with the resources to further her innovative research. This support will enable her to continue her critical work in understanding the interactions within the gut during HIV progression and contribute to the development of new strategies to combat HIV and other gut inflammatory diseases.
Congratulations, Dr. Adhikari!

5 of the coolest innovations I saw in Senegal
I recently visited Dakar, Senegal, where I got to meet with amazing scientists working on the next big breakthrough. It was an inspiring trip.

Researchers identify potential approaches to modify the vaginal microbiome
We have remained at the forefront of medicine by fostering a culture of collaboration, pushing the boundaries of medical research, educating the brightest medical minds and maintaining an unwavering commitment to the diverse communities we serve.

To See, Study, and Serve
In 2021, Cell Press together with Cell Signaling Technology held the second installment of the Rising Black Scientist Award (RBSA) Essay Contest meant to support talented and motivated young Black scientists on their journey. Charleese Williams and Elle Lett won the 2021 RBSA undergraduate and post-...

A temporal model of cervicovaginal microbiota identifies targets to promote reproductive health
Munoz, et al. "Modelling the temporal dynamics of cervicovaginal microbiota identifies targets to promote reproductive health." Microbiome (2021)Read the art...

2020 MGRI Image Contest
Image title: Human 3-D Mini-colon
Name: Upasana Das Adhikari, PhD
PI: Douglas S Kwon, MD, PhD
Department: Ragon Institute of MGH, Harvard & MIT
This represents human tissue derived 3D mini-colon showing the proportion of differentiated (non-red) and progenitor proliferating cells (red), with their actin cytoskeletal organization (green). Similar to the human colon, this mini model also represents the lumen (hollow central part), where I microinject the microbial community from the same subject. The lumen is hollow and maintains itself in ways similarly to the human colon, which is ideal for establishing a human mini colon model by the introduction of microbial community.
Name: Upasana Das Adhikari, PhD
PI: Douglas S Kwon, MD, PhD
Department: Ragon Institute of MGH, Harvard & MIT
This represents human tissue derived 3D mini-colon showing the proportion of differentiated (non-red) and progenitor proliferating cells (red), with their actin cytoskeletal organization (green). Similar to the human colon, this mini model also represents the lumen (hollow central part), where I microinject the microbial community from the same subject. The lumen is hollow and maintains itself in ways similarly to the human colon, which is ideal for establishing a human mini colon model by the introduction of microbial community.