Functional Role of Specific Opportunistic Blood Transcriptionally Active Bacterial Species in Dengue Disease.

Functional Role of Specific Opportunistic Blood Transcriptionally Active Bacterial Species in Dengue Disease.

<p>This Figure highlights the correlation between the increased presence of specific transcriptionally active microbial species in the bloodstream and the possible exacerbation of inflammatory responses and enriched metabolic pathways, which are associated with enhanced disease severity in the...

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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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