Although regulatory T‐cells (Tregs) have been shown to be expanded in acute dengue, their
role in pathogenesis and their relationship to clinical disease severity and extent of viraemia …

Dengue virus infection is an increasingly important tropical disease, causing 100 million
cases each year. Symptoms range from mild febrile illness to severe hemorrhagic fever. The …

Introduction Although the role of dengue virus (DENV)‐specific T cells in the pathogenesis of
acute dengue infection is emerging, the functionality of virus‐specific T cells associated with …

Dengue viral infections are the commonest mosquito borne viral infection in the world,
affecting more than 100 countries and 390 million individuals annually. Currently, there are …

Our understanding of how T cells respond to dengue virus has greatly advanced in the last
decade but important questions still remain unanswered. Dengue virus infection elicits a …

The pathogenesis of dengue is immune-mediated. Regulatory T cells suppress immune
response and may contribute to better prognosis. The present study evaluates Tregs and …

Background In order to understand the role of dengue virus (DENV) specific T cell
responses that associate with protection, we studied their frequency and phenotype in …

Dengue virus was the first microorganism that was shown to induce generation of antigen-
specific suppressor T (TS) cells in mice. The cascade of the three generations of TS cells …

Background The association of functionality and phenotype of follicular helper T cells (Tfh)
with dengue virus (DENV) specific antibody responses and clinical disease severity has not …

Epidemiological studies suggest that India has the largest number of dengue virus infection
cases worldwide. However, there is minimal information about the immunological responses …