Title : Ex-vivo immunophenotyping and high dimensionality UMAP analysis of leucocyte subsets in tuberculous lymphadenitis.

Pub. Date : 2021 Sep

PMID : 34358992






3 Functional Relationships(s)
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1 Some of the leucocyte frequencies (atypical memory B cells, pDCs, myeloid-derived suppressor cells, CD4+ effector and CD8+ central memory was increased; activated memory and plasma B cell, mDCs, classical, non-classical, intermediate monocytes, T regs, CD4+ TEMRA, CD4+, CD8+ naive and effector memory cells and CD8+ central memory cells were decreased) were significantly modulated after anti-TB treatment among TBL individuals. Terbium CD8a molecule Homo sapiens
2 Some of the leucocyte frequencies (atypical memory B cells, pDCs, myeloid-derived suppressor cells, CD4+ effector and CD8+ central memory was increased; activated memory and plasma B cell, mDCs, classical, non-classical, intermediate monocytes, T regs, CD4+ TEMRA, CD4+, CD8+ naive and effector memory cells and CD8+ central memory cells were decreased) were significantly modulated after anti-TB treatment among TBL individuals. Terbium CD8a molecule Homo sapiens
3 Some of the leucocyte frequencies (atypical memory B cells, pDCs, myeloid-derived suppressor cells, CD4+ effector and CD8+ central memory was increased; activated memory and plasma B cell, mDCs, classical, non-classical, intermediate monocytes, T regs, CD4+ TEMRA, CD4+, CD8+ naive and effector memory cells and CD8+ central memory cells were decreased) were significantly modulated after anti-TB treatment among TBL individuals. Terbium CD8a molecule Homo sapiens