iMeta

A Wiley partner journal aims to promote metagenomics and bioinformatics by publishing research articles, reproducible methods, protocols, and reviews.

[iMeta @iMetaScience]

🚀 Latest Good News！
iMeta achieves a new Impact Factor of 44.4！
⚡️iMeta (IF 44.4) ranks in the top 0.2% of journals worldwide (47/22,643)—submit your best research and join us in shaping the future of science! @WileyGlobal
https://t.co/wzLbm1Gw7W
#iMeta

[iMeta @iMetaScience]

🔥The iMeta Conference 2026 has come to a successful close!!!🥳
Researchers from diverse fields gathered to discuss the latest advances in information science, meta-omics, and life sciences, sparking new ideas and fostering interdisciplinary collaboration.
#iMeta #LifeScience

[iMeta @iMetaScience]

🔥The iMeta Conference 2026 has come to a successful close!!!🥳
Researchers from diverse fields gathered to discuss the latest advances in information science, meta-omics, and life sciences, sparking new ideas and fostering interdisciplinary collaboration.
#iMeta #LifeScience

[iMeta @iMetaScience]

Monocyte inflammation and adaptive immune dysfunction in severe Klebsiella pneumoniae pneumonia
💡 Severe disease features S100A8/A9/A12-high inflammatory monocytes, impaired antigen presentation, and disrupted adaptive immune coordination. https://t.co/Q8tW9ESnLs

[iMeta @iMetaScience]

Decoding sequence recognition code of nucleic acid-binding proteins of human-infecting DNA viruses 🦠
💡 103 viral NBPs reveal diverse DNA-binding motifs, conserved CCACC recognition, and potential viral NBP–mitochondria interactions.
https://t.co/Zjmx6QwGQo

[iMeta @iMetaScience]

Metal-dependent regulated cell death: Molecular architecture and translational frontiers
💡 This review explores emerging metal-dependent cell death pathways and their therapeutic potential in cancer, tissue degeneration, and immunotherapy. https://t.co/lCXLauKPZb

[iMeta @iMetaScience]

Spatial omics in the AI era: Technologies, algorithmic ecosystems, biological applications, and large model perspectives 🤖
💡 Compares spatial omics platforms and algorithms, highlights key challenges, and explores AI-driven advances in spatial biology.
https://t.co/mQs9vNMxof

[iMeta @iMetaScience]

Wekemo Bioincloud 2026: An AI‐enabled platform for standardized multi‐omics data analyses
https://t.co/FPPc1euJwD

[iMeta @iMetaScience]

Soil-derived, gut-dominant generalist bacteria shape the fitness of folivorous larvae 🐛
💡 Soil-derived Ralstonia insidiosa and Delftia sp. widely colonize folivorous larvae, with opposing effects on larval growth.
https://t.co/k1H3es1n1z

[iMeta @iMetaScience]

Microbiome and aging: Trajectories of microbiome age across human ecosystems and their systemic effects
https://t.co/AhtMQfDq1J

[iMeta @iMetaScience]

👁️Spatial multi-omics unveils sphingolipid metabolic reprogramming within the retinal pathological niche
💡 Trem2⁺ microglia and the TREM2–SPTLC2 axis are linked to sphingolipid remodeling and retinal ganglion cell degeneration.
https://t.co/1dAlVw6BrZ

[iMeta @iMetaScience]

Multi-omics-driven precision medicine (MODPM) is understood as a multiscale decision architecture that links molecular heterogeneity, tissue context, and patient-level trajectories.
https://t.co/WTLFHc39RP

[iMeta @iMetaScience]

🧐The Human Biomarker Navigator integrates biomarkers across nine physiological systems, organs, and diseases into a comprehensive navigation framework.
#Biomarkers #SystemsBiology
https://t.co/lxLJEgoeAi

[iMeta @iMetaScience]

🦠 The gut microbiome is more than a community of microbes—it functions as an organ-like system shaping metabolism, immunity, and gut–brain signaling. #Gut #Microbiome @WileyHealth
https://t.co/inrOoJzRk8

[iMeta @iMetaScience]

Two near‐complete assemblies reveal R‐subgenome structural and centromeric divergence associated with reproductive isolation in hexaploid triticale
https://t.co/iIZ3ScBAfB

[iMeta @iMetaScience]

⚡️A new piece of the puzzle in recurrent pregnancy loss: Hyperoside alleviates endometrial stromal cell senescence, restores decidualization, and reduces embryo loss partly by mitigating pathological R-loop accumulation.
https://t.co/how9quT840

[iMeta @iMetaScience]

🐄Microbial DNA methylation links rumen transcriptional activity to methane emission divergence in dairy cows
https://t.co/AcRoKJsRts

[iMeta @iMetaScience]

Environmental chemicals don’t just cause cancer—they can reshape the tumor immune microenvironment and undermine antitumor immunity and immunotherapy.@WileyHealth
https://t.co/pSvRhk532T

[iMeta @iMetaScience]

Dietary fiber‐based oral nanovaccine promotes gut‐to‐nose trafficking of regulatory cells and drives antigen‐specific tolerance to relieve airway allergy @WileyHealth https://t.co/3IjCol1u4I

[iMeta @iMetaScience]

The gut microbiome may signal gestational diabetes risk long before diagnosis: an integrated metagenomic and lipidomic study reveals a Ruminococcus bicirculans–lactosylceramide axis linked to metabolic dysregulation and insulin signaling.@WileyHealth
https://t.co/rWwag2sVfD

[iMeta @iMetaScience]

Limosilactobacillus reuteri enhances ovarian function and female fertility !
Limosilactobacillus reuteri Y15 (LRY15)-derived polyunsaturated fatty acids (PUFAs) restore follicular cell-cell junctions and fertility. https://t.co/g0wVPsY0h2