NEW 6 no-code modules for the wet lab

Turn raw reads into figures.
No code.

EnjoyTheLab is the analysis platform by biomedical researchers, for biomedical researchers who'd rather do science than debug scripts. Upload your data, click run, export publication-ready results in minutes, not weeks.

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Zero installation Zero scripts Built at CIBIO · University of Trento

app.enjoythelab.com / crispr-screen

LIVE DEMO

FastQ CRISPR KO · CRISPRa · CRISPRi MAGeCK RRA & MLE Chronos time-courses qPCR amplification curves ΔΔCt · MIQE BCA protein assay 96 & 384-well plates LASSO regression Primers & plasmids SVG · PDF · CSV export

The paradigm shift

Spend your time on discovery, not debugging.

Biological data analysis shouldn't require a second degree in bioinformatics. We live in the age of data and it's time biology had the tools to match.

bash · RStudio · conda THE OLD WAY

# Step 1: environment setup

$ conda activate bioinfo_env_v3

EnvironmentNameNotFound: could not find environment

# Step 2: parse the counts

$ python parse_counts.py --input "data_v2_FINAL_final.csv"

Warning: 142 rows contain missing values or invalid headers

# Step 3: statistics

$ Rscript run_analysis.R --design matrix.txt

Error: package 'DESeq2' could not be loaded

Execution halted (exit code 1)

Weeks lost to package versions and broken environments
Manual Excel clean-up and silent formatting errors
Static plots that need code changes for every tweak

EnjoyTheLab workspace THE ENJOY WAY

Interactive MAGeCK volcano plot in EnjoyTheLab

Drag-and-drop uploads
Automatic validation and standardized statistical workflows
Interactive plots with one-click vector export

lines of code to write

analysis modules, one platform

workspace for every result

1-click

SVG / PDF / CSV export

Specialized modules

One platform for every step of discovery.

Stop switching between tools. Each module is built around a real bench protocol, configured for your assay, and keeps every result in one place.

NGS · Functional genomics

CRISPR Screen Analysis

From raw FastQ reads to ranked hits in one guided flow. Align reads to your guide library with full QC, then rank genes with MAGeCK or model depletion over time with Chronos.

FastQ Alignment + QC MAGeCK or Chronos

sgRNA counts Volcano plots Hit ranking Time-course essentiality

RT-qPCR

CurveSense

Drop in your qPCR instrument export and get MIQE-compliant amplification curves, Ct calling, melt curves and relative quantification. No spreadsheets.

ΔΔCtMelt curvesPlate layout

Protein quantification

BCA Analysis

Quantify total protein from plate-reader exports and get your Western blot loading volumes computed for you, with live or saved standard curves.

Standard curveWestern blotPlate reader

Prediction

Lasso Regression

Upload a quantitative dataset, pick your target and let regularized machine learning find the features that matter.

Feature selectionBiomarkersCross-validation

Molecular biology

Primer Space

Your lab's primer and plasmid inventory in one place together with sequence alignment, plasmid maps and PCR protocol calculation.

InventoryAlignmentPCR

Experiment design

Plate Designer

Design and annotate 96- and 384-well layouts visually, then reuse them across your qPCR and BCA analyses. No more plate maps on paper or on spreadsheets.

96 / 384 wellsReusable layouts

Coming soon

More modules

We're expanding to cover more experiment types. Tell us what you need next.

Imaging data analysis
Advanced NGS pipelines
More assay types

Vote in the survey

How it works

Three steps to publication-ready data.

Designed to minimize setup time and maximize clarity.

Upload

Drag and drop raw FastQ reads, qPCR machine files, plate-reader exports or data tables into your secure workspace.

~ 1 min

Configure

Pick a module, set your conditions and controls through a guided wizard. Smart defaults, no parameters to memorize.

~ 2 min

Explore & export

Play with interactive plots, check quality metrics, and download vector figures and processed tables instantly.

ready for your paper

Built for bench science

Go beyond the result. Trust it.

Easily validate the quality and reliability of your experiments — every analysis is reproducible by design.

Automated processing

Raw sequencing reads and instrument exports become structured results automatically. You do not need to set command-line flags or environments.

Publication figures

Interactive volcano plots, heatmaps and curves. Tune thresholds live, search your genes, export high-res vector graphics ready for submission.

Built-in quality control

Every run records its exact parameters, QC metrics and sample history: results are reproducible across your whole team.

The team

Built by scientists, for scientists.

We know the struggle: weeks spent patching together command-line tools instead of doing science. EnjoyTheLab was born from that frustration we felt daily and now we're bringing it to the whole scientific community.

Elisa Nicolini

Co-Founder & CEO

PhD researcher at Biasini's Lab (UniTn). Spent years at the bench wrestling with fragmented data; now building the platform she wished she had.

Giacomo Fantoni

Co-Founder & CTO

PhD researcher at Marchetti's Lab (UniTn). Computational biologist specializing in automation pipelines. Turns complex code into reliable, one-click infrastructure.

Luca Marchetti

Scientific Advisor

Principal Investigator at CIBIO (UniTn). Expert in computational and systems biology, ensuring the algorithmic integrity and rigor of the platform.

Emiliano Biasini