Unique TAMs and associated genes involved in pathways across dengue severity groups.

<p>Unique TAMs and associated genes involved in pathways across dengue severity groups.</p>

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Bibliographic Details
Main Author:	Aanchal Yadav (14206853) (author)
Other Authors:	Priti Devi (10888155) (author), Pallawi Kumari (9192035) (author), Uzma Shamim (10888170) (author), Bansidhar Tarai (10888179) (author), Sandeep Budhiraja (10888164) (author), Rajesh Pandey (4378585) (author)
Published:	2024
Subjects:	Biochemistry Microbiology Cell Biology Genetics Molecular Biology Biotechnology Ecology Cancer Infectious Diseases Virology Computational Biology transcriptionally active microbes streptococcus suis </ serratia marcescens </ microbial signatures across microbial community structure high energy demands cell shape integrity burkholderia pseudomallei </ bacillus cereus </ severity classes early metatranscriptomic approach provides enhanced microbial diversity blood microbiome composition xlink "> dengue dengue positive patients xlink "> severe dengue metatranscriptomic insights heightened diversity early diagnosis blood microbiota vaccine exists simultaneously identify severe cases results highlight protein degradation nucleotide biosynthesis metabolic activity level characterization ion transport functional profiles expressed genes emergent infection effective treatment dual rna disease progression atp formation associated pathways
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