Data analysis + manuscript writing

Send us your data.
Get a submission-ready manuscript in 15 days.

Raw data, tables or figures in. Statistics, interpretation, medical writing, journal submission and publication support out. Use your own dataset, or build the study from 45 open and application-based registries (SEER, NTDB, TCGA, UK Biobank and more), with ML and AI where it adds value.

Get a free quote in 24 hoursBrowse registries
Your dataDataset, tables, figures
AnalysisPlan, statistics, graphs
ManuscriptFull text, journal format
PublishedSubmission to online publication

Watch · 30 seconds

Your dataset is already a paper

Send your data; receive statistics, figures, methods, results and discussion. You stay the sole author.

Read the transcript

That dataset on your drive? It's already a paper. You collected the data. Analysis, figures, writing: that's where the months go. Editverse Just Data: send your data, and in fifteen days you get a full manuscript. Statistics, figures, methods, results and discussion. You stay the sole author, no credit asked. Every step follows your national and university ethics rules, COPE, ICMJE and GPP. See the first draft before you pay. Editverse. Data in, manuscript out.

15 days to a full manuscriptSCI/E, PubMed, Scopus journal targetsNo credit asked, you keep authorshipSupport until published online
Two ways to start

Your data, or registry data

Your own data

Clinical, survey, lab or trial data you already hold.

  • Data cleaning and statistical analysis plan
  • Analysis, tables and publication-quality figures
  • Methods, results and discussion written to journal style

Registry services

No dataset yet? We build the study from a registry.

  • Research question and cohort definition
  • Variable mapping and registry analysis (SEER, NTDB/TQP and others)
  • Reporting to STROBE/RECORD standards

Full publication support

Beyond the manuscript.

  • Literature review and referencing
  • Journal selection and submission
  • Reviewer-response support until publication
Registry and open-data services

45 data sources we work with, across cancer, genetics and more

Pick a registry and we scope the study: question, cohort, variables, analysis and manuscript. Access follows each source's own terms. Where an application or data-use agreement is needed, we guide you through it.

Open download and use   Registration free account or sign-up   Application / licence approval or fee required

Cancer 8 sources
SEERUS population cancer registry, incidence and survival
OpenPlan a study →
TCGA / GDCGenomic and clinical data across tumour types
Open + controlledPlan a study →
cBioPortalCancer genomics, mutation and outcome exploration
OpenPlan a study →
TCIACancer imaging archive (CT, MRI, pathology)
OpenPlan a study →
DepMap / CCLECell-line dependency and drug-response data
OpenPlan a study →
Project Data SphereHistorical cancer trial data
RegistrationPlan a study →
ICGC ARGOInternational cancer genome programme
RegistrationPlan a study →
NCDBHospital-based cancer database (CoC)
ApplicationPlan a study →
Genetics and genomics 13 sources
GWAS CatalogPublished genotype-phenotype associations
OpenPlan a study →
gnomADPopulation variant frequencies
OpenPlan a study →
ClinVarVariant interpretation and clinical significance
OpenPlan a study →
dbSNPReference SNP database
OpenPlan a study →
1000 GenomesReference human variation
OpenPlan a study →
GTExTissue-specific gene expression
Open + controlledPlan a study →
Open TargetsTarget-disease evidence
OpenPlan a study →
PGS CatalogPolygenic risk scores
OpenPlan a study →
ENCODERegulatory elements and epigenomics
OpenPlan a study →
FinnGenBiobank-scale GWAS summary statistics
Open summary statsPlan a study →
dbGaPNIH genotype and phenotype repository
ControlledPlan a study →
UK BiobankLarge cohort with genetics and imaging
ApplicationPlan a study →
All of UsUS precision-medicine cohort
Registered + controlledPlan a study →
Trauma, surgery and hospital data 5 sources
NTDB / TQPUS trauma registry, public-use files
ApplicationPlan a study →
ACS NSQIPSurgical quality and outcomes
ApplicationPlan a study →
HCUP (NIS, NRD, NEDS, KID)US hospital discharge databases
LicencePlan a study →
MIMIC-IVICU electronic health records
CredentialedPlan a study →
eICUMulti-centre ICU database
CredentialedPlan a study →
Population health 9 sources
NHANESUS health and nutrition survey
OpenPlan a study →
BRFSSUS behavioural risk surveillance
OpenPlan a study →
NHISUS national health interview survey
OpenPlan a study →
MEPSUS healthcare expenditure and use
OpenPlan a study →
CDC WONDERUS mortality and natality queries
OpenPlan a study →
Global Burden of DiseaseGlobal disease burden estimates
OpenPlan a study →
WHO GHOGlobal health indicators
OpenPlan a study →
Health and Retirement StudyAgeing cohort
RegistrationPlan a study →
Add HealthAdolescent to adult cohort
RegistrationPlan a study →
Imaging and neurology 4 sources
MIMIC-CXRChest radiographs with reports
CredentialedPlan a study →
CheXpertChest radiograph labels
Open (terms)Plan a study →
ADNIAlzheimer's imaging and biomarker cohort
ApplicationPlan a study →
OASISBrain MRI ageing and dementia
ApplicationPlan a study →
Asia and regional sources 6 sources
NFHS (India)National family health survey
OpenPlan a study →
ICMR registries (India)National disease registries
ApplicationPlan a study →
China Kadoorie BiobankLarge Chinese cohort
ApplicationPlan a study →
Taiwan NHIRDNational health insurance claims
ApplicationPlan a study →
Korea NHISNational health insurance cohort
ApplicationPlan a study →
Japan registries (JROAD, NCD)Cardiology and surgical registries
ApplicationPlan a study →
ML, deep learning and AI

Turn registry and patient data into prediction models, not only p-values

Clinical prediction models

Risk and outcome models with logistic regression, gradient boosting and random forests, benchmarked against a simple baseline.

Survival and time-to-event ML

Cox, random survival forests and deep survival models for cancer and trauma registries.

Genomics and imaging AI

Variant and expression modelling, and deep-learning pipelines on public imaging archives.

Text and EHR mining

NLP on clinical notes and reports to build structured study datasets.

Built to be publishable. Internal and external validation, calibration, explainability (SHAP), and reporting to TRIPOD+AI. Code and analysis are handed over so your results can be reproduced.

Plan an ML study
Why manuscripts get rejected

The data errors we find and fix before submission

Wrong test.Test does not match the data type or distribution.
Confounding.Unadjusted or poorly adjusted models.
Missing data.Dropped cases with no stated handling.
Multiple testing.Many comparisons, no correction.
Number mismatches.Abstract, text and tables disagree.
Weak reporting.CONSORT/STROBE/PRISMA checklist incomplete.
Misleading figures.Axes, error bars and legends that reviewers query.
Overclaiming.Conclusions stronger than the data.
Have us check your data
How it works

Four steps, one point of contact

Send
Share your data, aim and target journal.
Plan
You approve the analysis plan and timeline.
Deliver
Full manuscript with tables and figures in 15 days.
Publish
Submission and revisions until online.

Ethics and compliance. Editverse follows COPE guidance. Ethics approval, consent and data governance follow ICMJE and the policies of your country and institution, and remain with you and your institution.

Questions

Who is the author?

You are. Editverse never asks for credit or acknowledgement.

Is my identity kept confidential?

Yes. Your identity is never disclosed to reviewers.

Which journals do you target?

SCI/E, PubMed and Scopus indexed journals across specialities, surgery included.

What if I have no data?

Use our registry services. We define the question and build the dataset from a registry.

Stop losing months to analysis and writing.

Send your dataset or your research question. You get a quote and timeline within 24 hours.

Get my free quotePlace order