1) Mishra, R., Pandikannan, K., Gangamma, S., Raut, A.A. and Kumar, H (2020). Particulate matter (PM10) enhances RNA virus infection through modulation of innate immune responses. Environmental Pollution,doi: 10.1016/j.envpol.2020.115148 (Impact factor 5.71)
2)Gangamma S., Sampada D., Panigrahi M., Tripathi D., Prasanna L. Krishnaja S, Vishaalini Kamali R., and Veekshitha (2020) Airborne bacteria and levoglucosan in Indian biomass fuel burning houses.American Journal of Respiratory Critical Care Medicine;201: A1803 (Impact factor 16.49)
3)Gangamma S., Sampada D., Panigrahi M., Vishaalini Kamali R, and Veekshitha (2020) Air pollution and biomass fuel burning in Indian cities: Levoglucosan and Carbohydrates.American Journal of Respiratory Critical Care Medicine; 201: A1805 (Impact factor 16.49)
4) Gangamma S. and Pradhan. P. (2019) Cigarette smoking and Lung adenocarcinoma: Cell of origin based re-analysis of gene expression data. American Journal of Respiratory Critical Care Medicine;199: A1837 (Impact factor 16.49)
5) Gangamma S. (2018). Lancet commission on pollution: Action plans and human resource development in India. The Lancet; 391(10138):2414 (Impact factor: 59.01)
6) Gangamma S. (2014). Characteristics of airborne bacteria in Mumbai urban environment. Science of the Total Environment, 488-489:70 (Impact factor-5.589)
7) Gangamma S. (2013). Airborne particulate matter induced lung inflammation. Environmental Health Perspectives.120 (1): 11. (Impact factor: 8.05)
8)Gangamma S. 2012. Airborne particulate matter and innate immunity activation.Environmental Science and Technology.46(20): 10879. (Impact factor:7.149)
9)Gangamma S. (2012). Airborne particulate matter associated endotoxin and proinflammatory responses. Journal of Allergy and Clinical Immunology 130(4):1012. (Impact factor:14.11)