TrendBio

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BACKFILLED Code and industry signals are partial for backfilled days.

Rank 1

ML / AI methods

Computational models predict microbial glycans, phage hosts and effector proteins

Protein language models and mass spectrometry pipelines now target microbial glycosylation, sugar precursors, phage tail specificity and host range.

4 preprints · 2 published · ↑ 3.0× vs 4-wk avg
Rank 2

ML / AI methods

Machine learning maps tissue and molecular profiles to cancer outcomes and subtypes

Tissue and molecular profiles are increasingly modeled against clinical endpoints, with benchmarks now testing how well these methods perform across cohorts…

5 preprints · 4 published · ↑ 2.8× vs 4-wk avg
Rank 3

ML / AI methods

Multimodal deep learning predicts drug, RNA and protein properties from molecular data

Recent preprints and publications pair pretrained text, sequence and graph encoders with biological priors for drug, RNA, metabolite and protein prediction.

4 preprints · 7 published · ↑ 2.8× vs 4-wk avg
Rank 4

Proteomics

Proteomics tools move toward verifiable FDR reporting and cross-software benchmarking

Recent preprints and publications address FDR verification, software benchmarking, and metadata curation for public proteomics datasets.

3 preprints · 2 published · ↑ 2.7× vs 4-wk avg
Rank 5

ML / AI methods

Biological foundation models face scrutiny over pretraining, benchmarks, and baselines

Recent preprints re-examine whether DNA, single-cell, and perturbation models outperform simple baselines under standardized evaluation.

7 preprints · ↑ 2.7× vs 4-wk avg
Rank 6 Computational models score variant effects across indels, RBP sites, structure, and dosage↑ 2.7×GenomicsRank 7 Models link noise, feedback and spatial dynamics to cell fate and tumor dormancy↑ 2.7×Systems biologyRank 8 Ortholog, enrichment and regulatory-network resources expand comparative genomics↑ 2.7×Systems biologyRank 9 Computational frameworks for 3D, subcellular and cell-level analysis of spatial omics↑ 2.6×TranscriptomicsRank 10 Pretrained latents as handles for steering biomolecular conformation and sequence design↑ 2.7×Structural bio & protein designRank 11 ML models for antibody design, MHC peptide presentation, and viral antigen profiling↑ 2.3×ML / AI methodsRank 12 Computational models nominate metabolic and network targets across four disease contexts↑ 2.3×Systems biologyRank 13 Refining biomolecular energy and free-energy models with stability and binding data↑ 2.3×Structural bio & protein designRank 14 Spatial and single-cell methods tie regulatory inference to tissue context↑ 2.1×Single-cellRank 15 Comparative genomics links lineage history and population structure across diverse taxa↑ 2.1×GenomicsRank 16 Generative models steered by RL, fragments, and SMARTS for molecule and linker design↑ 2.3×Structural bio & protein designRank 17 Adhesion, noise, and discretization shape collective and single-cell migration models↑ 2.1×Systems biologyRank 18 Explicit evaluation of protein computation methods isolates controlling input choices↑ 2.1×Structural bio & protein designRank 19 Hi-C across 1,025 species maps divergent plant and animal genome folding↑ 2.0×EpigenomicsRank 20 New tools speed variant annotation, GWAS, and epigenomic and cytometry analysis↑ 1.7×Tools & infrastructure