Beyond Basic Quantification in mIF Image Analysis

  • Deep Spatial Analysis
  • Expert Bioinformatics
  • Proprietary Software
  • Isolated Client Accounts
  • Process Data Delivery
From raw image to phenotype analysis
Why It Matters

From Image to Spatial Conclusion

Full coverage of image processing, cellular phenotyping, spatial analysis, neighborhood interactions, microenvironment typing, and clinical linkage.

Multiplex Fluorescence — The Low-Hanging Fruit of High-Quality Papers

01

Multi-Dimensional, More Complete

Capture dozens of markers simultaneously. Reveal cellular identity, not just intensity.

02

Spatial Relationships, Deeper

Understand how cell types interact, where they cluster, and how neighborhoods differ.

03

Mechanistic Insight, Stronger

Move beyond simple counts. Link phenotypes to clinical outcomes with quantified evidence.

Use Cases

Eight Projects We Routinely Support

From tumor microenvironment to drug discovery — our analysis pipelines apply wherever spatial biology matters.

01

Tumor Microenvironment Profiling

Quantify tumor, immune, stromal, and vascular cell composition and spatial distribution.

02

Immune Phenotype & Functional State

Identify multi-marker cell phenotypes — activation, cytotoxicity, proliferation, exhaustion.

03

Tumor Heterogeneity & Subtypes

Combine phenotyping, UMAP, and clustering to discover regional differences and rare subsets.

04

Immune Infiltration & Spatial Interaction

Quantify infiltration, distances, attraction/repulsion, and local neighborhood relationships.

05

Treatment Response & Biomarker Research

Compare efficacy groups, explore response, and identify prognostic spatial signatures.

06

Inflammation & Organ Disease

Immune infiltration, lesion structure, tissue damage, and fibrosis processes.

07

Development, Organoids & Regeneration

Cell differentiation, spatial structure, tissue repair, and transplantation integration.

08

Drug Development & Pre-Clinical Evaluation

Target validation, efficacy analysis, animal models, and tissue toxicity studies.

Featured Research

Validated in Peer-Reviewed Science

Our methods build on and contribute to the spatial biology literature — from tumor microenvironment quantification to integrative single-cell spatial analysis.

Common Challenges

Problems We Solve, One by One

Five concrete pain points — and how TerryDR’s team and process address each.

Your Challenge

Issue
Software is expensive, project budgets can’t cover full-feature access
Issue
High learning curve, hard to master in a short window
Issue
Massive data, manual processing is slow and error-prone
Issue
Hard to unify standards, results vary between operators
Issue
Hard to re-verify results, no process traceability

TerryDR’s Answer

Solution
Cloud rental model, pay only for the project you run
Solution
Professional bioinformatics team designs the analysis pipeline
Solution
Batch image processing and automated analysis pipelines
Solution
Unified standard operating procedures across projects
Solution
Process data delivery — every result is verifiable and traceable
Team

Bioinformatics + Algorithm Development Under One Roof

Bioinformatics & Image Analysis Team

  • Stays current on multiplex fluorescence, spatial biology, and digital pathology methods
  • Designs analyses around your research question, not just generic pipelines
  • Hypothesis-driven + data-driven mining to fully extract value from your images

Algorithm & Software Development Team

  • Complex image processing, cell detection, spatial relationship analysis
  • Custom development tailored to project requirements
  • Not just software users — we optimize the algorithms themselves
Software in Action

See the Analysis Pipeline at Work

From whole-slide import to phenotype maps and spatial heatmaps — every step is visualized and exportable.

Process Data Delivery

Not Just Results — Results + Process + Evidence

Traditional services only deliver “results.” TerryDR delivers the full evidence chain.

Raw Image
ROI
Cell Detection
Classification
Final Data

Results Cross-Verified with Images

Every quantitative result is validated against the raw image, ROI, and detection outputs.

Isolated Client Accounts

Each client has a separate project account. Permissions are clean. Data never co-mingles.

Cloud Retention & Re-Verification

Cloud storage for long-term retention, on-demand audit and traceability.

Standardized Workflow

Every Step is Controllable, Every Action is Documented

01

Project Discussion

Sample type, staining, image format, research goal, expected metrics.

02

Image Assessment

Image quality, channel configuration, tissue structure, analysis feasibility.

03

Pipeline Design

Quantitative metrics, spatial methods, output formats — all aligned to your goal.

04

Image Analysis

Cell detection, region segmentation, metric extraction, spatial analysis.

05

Process Data Delivery

QuPath cloud server delivers raw images, ROIs, detection results, and intermediate data.

06

Result Delivery & Interpretation

Final tables, visualizations, and analysis report — with audit and discussion support.

Make every mIF image worth more

Tell us about your study — we’ll respond with a flat analysis plan within one business day.

Contact Us
📞 +86 25 8556 8760 ✉ Contact Us