stranode

Every omic,understood.

Genomes, exomes, transcriptomes, single cells and proteomes — analysed stringently, checked by people, and explained so you can trust what the data is telling you.

Based in India. Working with researchers worldwide.

AI can analyse your data. Who checks it's right?

Every dataset has its own quirks. Quality, alignment, thresholds, annotation and biological context all shape what becomes a "result". We look at every one of them.

Not a black box

Every parameter, version and filtering decision is documented, so your analysis is reproducible and ready for your methods section.

Questioned, not just processed

We sit with your data, examine its quality and investigate anything unexpected before it reaches a report.

Explained, not just delivered

You get clear figures and a walkthrough of what the results mean for your scientific question — not just a folder of files.

What we analyse

Send us your raw or processed data from any platform. Each analysis is tailored to your organism, design and question.

Whole Genome Sequencing

Microbial, human, animal and plant genomes

Our first and most battle-tested pipeline. Every step from read quality to final variant list is checked and justified for your dataset.

You send

  • FASTQ or BAM/CRAM files
  • Reference genome or organism
  • Your research question

You get

  • Read quality and coverage report
  • Alignment and variant calling (SNVs, indels)
  • Dataset-specific filtering and annotation
  • Interpretation report with figures

Whole Exome Sequencing

Focused on the protein-coding genome

Target-aware analysis that checks capture efficiency and coverage before calling, then narrows thousands of variants to the ones that matter.

You send

  • FASTQ or BAM files
  • Capture kit / target regions
  • Phenotype or study design

You get

  • On-target coverage and quality metrics
  • Variant calling and stringent filtering
  • Annotation: population frequency and predicted impact
  • Prioritised variant report

Bulk RNA-seq

Transcriptomes across conditions, timepoints and treatments

From raw reads to differential expression and pathways, with every normalisation and threshold choice made for your experimental design.

You send

  • FASTQ files or count matrix
  • Sample sheet and design
  • Comparisons of interest

You get

  • Read QC and alignment/quantification
  • Sample clustering and outlier checks
  • Differential expression analysis
  • Pathway and gene-set enrichment, publication-ready plots

Single-cell RNA-seq

10x Genomics and other droplet or plate-based data

Careful filtering of empty droplets, doublets and ambient RNA before anything is clustered, so the cell types you find are real.

You send

  • FASTQ or Cell Ranger outputs
  • Sample and condition metadata
  • Tissue and expected cell types

You get

  • Cell-level QC, doublet and ambient RNA removal
  • Normalisation, integration and clustering (UMAP)
  • Cell-type annotation and marker genes
  • Differential expression between conditions

Proteomics

DDA, DIA and labelled quantitative LC-MS/MS

Robust handling of missing values and normalisation, which is where most proteomics analyses quietly go wrong.

You send

  • Raw MS files or search outputs (MaxQuant, DIA-NN, Proteome Discoverer, others)
  • Sample groups and design

You get

  • Identification and quantification QC
  • Normalisation and missing-value strategy
  • Differential protein abundance
  • Pathway enrichment and annotated figures

Have a different kind of omics data? Tell us about it — that's exactly the kind of problem we like.

That's it. Four steps.

No software to install and no pipelines to learn. You focus on the science.

  1. 1

    Tell us about your project

    Share your data type, organism, design and question through the form or by email.

  2. 2

    Share your data securely

    We set up a secure transfer for your FASTQ, BAM or raw MS files — from anywhere in the world.

  3. 3

    We analyse and question

    Quality checks, tailored workflows, thresholds chosen for your data, and re-runs where needed.

  4. 4

    Get results you understand

    Reports, figures, documented methods and a call to walk you through what it all means.

Based in India. Working with labs everywhere.

Data travels faster than samples. Wherever your lab is, we can work on your sequencing and proteomics data.

  • Fully remoteSend data from any country and any sequencing or MS platform.
  • Secure transferYour data is shared through a secure link and used only for your project.
  • Across time zonesClear communication in English and calls scheduled around you.
  • Publication-readyDocumented, reproducible methods you can cite in your paper.

strand + node stranode

Where biology meets computation

Research taught us that clarity doesn't come from data alone — it comes from how you approach it. Making sense of omics data can feel like searching for a needle in a haystack. Stranode exists to make that search easier.

Strand
the biological strands behind every dataset
Node
the computational intelligence that connects them

We're also building a community of analysts, researchers and curious minds who want to go beyond running workflows. Follow us on LinkedIn.

Sounds good? Let's look at your data.

Tell us what you've sequenced or measured. We'll reply with how we'd approach it.

Start a project

A few details about your data and question are all we need to get started.

Email
Location
India — serving researchers worldwide
LinkedIn
Stranode

Sending opens your email app with your message filled in. Please don't attach raw data — we'll arrange a secure transfer.