Analytics Deep Dive

Cell Culture Data Analytics Flow Explained

From raw measurement data to predictive insights — discover how Graphtal's structured analytics pipeline transforms complex bioprocess data into actionable intelligence.

Modern cell culture processes generate enormous volumes of data — VCD measurements, metabolite concentrations, dissolved oxygen levels, pH readings, and dozens of other parameters tracked across the bioreactor lifecycle. Without a structured framework for handling this data, critical insights remain buried.

Graphtal's Cell Culture Data Analytics Flow is a systematic seven-node architecture that takes raw measurement outputs and transforms them — through calculation, smoothing, integration, and statistical analysis — into decision-ready intelligence. Each node in the flow serves a distinct purpose, and together they create a reproducible, scalable pipeline.

The Seven Nodes of the Analytics Flow

01
Measurement Data
  • Viable Cell Density (VCD) & Viability
  • Nutrient & metabolite concentrations
  • Process parameters (pH, DO, temperature)
02
Calculated Integrated Data
  • Cumulative nutrient consumption
  • Metabolite production totals
  • Integral viable cell count (IVCC)
03
Calculated Differentiated Data
  • Specific growth rates (μ)
  • Specific productivity (qP)
  • Stoichiometric ratios
04
In-Process Calculations
  • Live process monitoring dashboards
  • Troubleshooting & root-cause diagnosis
  • Feed strategy adjustments
05
Post-Process Calculations
  • Moving average smoothing
  • Spline fitting for noisy data
  • Outlier detection & handling
06
Statistical Analysis
  • Trend analysis across batches
  • Regression modelling
  • MVDA & prediction profiler
07
Data Visualisation

All the upstream calculations and analyses culminate in clear, interpretable visual outputs. Graphtal supports multiple visualisation types tailored to different analytical needs — from high-level overview graphs to granular pivot charts.

  • Time-series graphs for growth & metabolites
  • Multi-batch comparison charts
  • Pivot charts for factorial analysis

How the Flow Connects: End-to-End

The seven nodes are not sequential steps — they form an interconnected ecosystem where outputs from one stage feed into multiple downstream nodes.

ANALYTICS FLOW ARCHITECTURE : END-TO-END PIPELINE
Input
Measurement
Data
Calculation
Integration &
Differentiation
Parallel
In-Process &
Post-Process
Analysis
Statistical
Layer
Output
Data
Visualisation

VCD, nutrients, and process params are collected in real time, processed into rates and totals, and pushed into the statistical engine for interpretation.

See the Analytics Flow in Action

Graphtal's platform implements this entire architecture out of the box.

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