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Simplify Complex Scientific Data

No-code tools for fluorescence, thermal imaging, wingbeat, neuroscience, and biological tabular data built for life science researchers.

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Biological Tabular Data Advisor

A scientific workflow advisor that helps biology researchers decide which statistical or machine learning approach fits their current experimental dataset.

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Not just AutoML, biology-aware guidance

Built for experimental biology, not generic business tables.

Upload a CSV file and the advisor inspects your dataset structure, detects biological patterns, and recommends a scientifically defensible analysis strategy. It is especially useful for fluorescence data, cell-line assays, imaging-derived features, dose-response experiments, and longitudinal measurements.

Detects structure

Time-series, wide-format tables, repeated measures, batch/plate columns, and measurement readouts.

Prevents bad ML

Flags leakage risks, inappropriate random splitting, small-sample overfitting, and temporal autocorrelation.

Recommends workflows

Suggests preprocessing, validation, visualization, mixed-effects models, and time-series analysis when needed.

Exports reports

Generate Markdown or JSON summaries for notebooks, lab records, documentation, or project planning.

Cover of the book Python & AI for Modern Biological Research by Taufia Hussain

📘 New Digital Book

Python & AI for Modern Biological Research

A practical guide for biologists to learn Python, data analysis, statistics, machine learning, imaging workflows, and AI for modern research.

Designed for students, researchers, and scientists who want a clear, hands-on path into computational biology without getting lost in overly technical material.

Python for biological data
Statistics made intuitive
Machine learning for biology
Imaging and time-series workflows

Instant access after payment. Secure checkout powered by Stripe.

Illustration of scientific data visualization on a screen

What is DataLens.Tools?

DataLens.Tools is a no-code platform built for life science and neuroscience researchers who want reliable analysis without writing complex scripts.

  • Analyze wingbeat, fluorescence, IR, or grayscale image data
  • Automate repetitive lab workflows and calculations
  • Generate structured, publication-ready reports and summaries
  • Use AI-powered tools to extract insights from complex datasets

Whether you are working in neurobiology, imaging, or experimental biology, DataLens.Tools helps you move from raw data to clear results faster.

Personalized Data Analysis Services

Need help cleaning, analyzing, or visualizing your research data? Book a 1-on-1 consultation tailored to your project in biology, neuroscience, or imaging.

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New Launch

Biological Tabular Data Advisor

Get biology-aware recommendations for ML/statistical workflows, validation, preprocessing, and visualization from your CSV dataset.

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Fluro Motion Corrector

Correct motion artifacts in fluorescence recordings and improve ΔF/F accuracy before analysis.

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FLIR IR Image Analyzer

Analyze and interpret thermal images from FLIR cameras with region statistics and automated reports.

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Neuroscience Tools (New!)

CalciumTrace: ΔF/F Extractor

Extract and visualize ΔF/F calcium imaging signals with automated baselining and export options.

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SpikeTrain Visualizer

Generate raster plots and PSTHs from spike trains — no coding needed, just upload your data.

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TrackViz: Behavior Heatmaps

Visualize movement paths, heatmaps, and velocity maps from behavioral tracking data in seconds.

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Learning Hub

Step-by-step tutorials for modern biology, bioinformatics, and data analysis workflows. Learn practical methods you can apply directly to your own datasets.

RNA-seq

Build Gene Regulatory Networks from RNA-seq Using GENIE3

Learn how to infer gene regulatory relationships from RNA-seq data using GENIE3 and translate expression data into biological network insight.

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Single-Cell

Single-Cell RNA-seq Quality Control & Cell Filtering

A practical guide to filtering low-quality cells, assessing QC metrics, and preparing single-cell RNA-seq data for downstream analysis.

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