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Analysis

Analysis that turns data and simulation into decisions

167 supported analyses across genomics, structural biology, drug discovery, proteomics, imaging and more, delivered with reproducible methods and clear reporting.

Genomics Analysis

Whole-genome and exome analysis, assembly, annotation, variant calling and quality control.

  • 15 analyses
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Transcriptomics Analysis

RNA-seq, microarrays, splicing, fusions and non-coding RNA, from raw reads to differential expression.

  • 13 analyses
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Single-cell Analysis

Single-cell and spatial transcriptomics: clustering, trajectories, RNA velocity and cell-cell communication.

  • 7 analyses
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Epigenomics Analysis

ChIP-seq, ATAC-seq, DNA methylation and chromatin accessibility analysis.

  • 11 analyses
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Epitranscriptomics Analysis

RNA modification detection including m6A, from sequencing and nanopore data.

  • 2 analyses
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3D Genome Analysis

Hi-C, 4C, 3C and ChIA-PET analysis of chromatin folding and long-range interactions.

  • 4 analyses
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Population Genetics Analysis

GWAS, population structure, ancient DNA, fine-mapping, polygenic scores and Mendelian randomization.

  • 10 analyses
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Evolution & Phylogenetics Analysis

Phylogenetic trees and tests of molecular evolution and natural selection.

  • 2 analyses
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Sequence Analysis Analysis

Nucleotide and protein alignment, homology search and Sanger sequence processing.

  • 3 analyses
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Microbiome & Metagenomics Analysis

16S, amplicon and shotgun metagenomics, taxonomy, binning and antimicrobial resistance detection.

  • 6 analyses
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Epidemiology Analysis

Outbreak analysis, transmission modelling and viral lineage assignment.

  • 2 analyses
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Cancer Genomics Analysis

Somatic variants, mutational signatures and tumour clonal evolution.

  • 3 analyses
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Clinical & Medical Analysis

Phenotype-driven variant prioritisation and survival analysis.

  • 2 analyses
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Structural Biology Analysis

Protein, RNA and DNA structure prediction, docking, cryo-EM, crystallography and membrane systems.

  • 10 analyses
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Molecular Simulation Analysis

Molecular dynamics of proteins, membranes and complexes.

  • 1 analyses
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Drug Discovery & Cheminformatics Analysis

Docking, virtual screening, ADMET, QSAR, generative design and binding free energy.

  • 9 analyses
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Computational Chemistry Analysis

DFT, reaction mechanisms and machine-learned potentials.

  • 4 analyses
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Proteomics Analysis

Mass-spectrometry and array proteomics, PTMs, metaproteomics and deep mutational scanning.

  • 11 analyses
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Metabolomics Analysis

Untargeted and targeted metabolomics, lipidomics, fluxomics and molecular networking.

  • 7 analyses
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Functional Enrichment Analysis

Enrichment analysis for transcriptome, genome, epigenome and metabolome results.

  • 4 analyses
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Gene Regulation Analysis

Transcription factor activity, binding models and gene regulatory network inference.

  • 4 analyses
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Systems Biology Analysis

Network analysis, metabolic modelling, kinetic models and multi-omics integration.

  • 4 analyses
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Statistics & Modeling Analysis

Statistical testing, predictive modelling and mathematical modelling of biological systems.

  • 3 analyses
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AI for Biology Analysis

Deep learning for genomics, protein language models and protein design.

  • 3 analyses
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Immunology Analysis

Immune repertoire sequencing, TCR/BCR analysis and MHC peptide prediction.

  • 3 analyses
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Imaging Analysis

Microscopy, whole-slide, super-resolution and light-sheet image analysis.

  • 8 analyses
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Biophysics & Electrophysiology Analysis

Patch-clamp, FRET and FRAP data analysis.

  • 3 analyses
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Neuroscience Analysis

fMRI preprocessing and statistics, plus spike sorting for extracellular recordings.

  • 2 analyses
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Visualization Analysis

Publication-quality genome, transcriptome, proteome and epigenome figures.

  • 5 analyses
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Data Infrastructure Analysis

Public data retrieval, databases and reproducible workflow management.

  • 2 analyses
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Synthetic Biology Analysis

Genetic circuit and DNA construct design.

  • 1 analyses
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Genome Editing Analysis

CRISPR editing outcome and screen analysis.

  • 1 analyses
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Molecular Biology Assays Analysis

Digital PCR quantification and analysis.

  • 1 analyses
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Glycobiology Analysis

Glycomics and glycan data analysis.

  • 1 analyses
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Computational Fluid Dynamics Analysis

Our CFD methodology, from meshing and solving to validation and reporting.

  • CFD
  • Validation
  • Meshing
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Signal Processing Analysis

Time and frequency analysis of biomedical and communication signals.

  • DSP
  • Spectral
  • Features
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All supported analyses

Search the full list. Each entry links to its description.

167 analyses

Disclaimer. Analyses and training are provided to support your research and are not a substitute for experimental or clinical validation. Mertech is not liable for final conclusions or legal outcomes drawn from the results. Further tests and validation should be carried out by the requesting party, and may be requested where false positives or human error are possible. Submitted data remains the property of the submitting party and is kept confidential. Mertech reserves the right to decline any analysis request.