AI PLATFORM
Protein & Peptide Intelligence

AI-Powered Protein & Peptide Intelligent R&D Design Platform

From sequencing to candidate output — zero local deployment, zero coding, zero platform switching. The first full-stack automated SaaS platform for protein structure prediction, intelligent mutation iteration, and functional screening.

10K+
Structures Predicted
50K+
Peptide Sequences Designed
500+
Research Teams Served
Pipeline Overview
1
Upload Sequencing
2
AI Cleanup
3
Iteration
4
Structure Prediction
5
Smart Screening
6
Report Output
WORKFLOW
End-to-End Automated Pipeline

Batch Sequencing → AI Mutation → Structure Prediction → Report

No local AlphaFold deployment, no manual coding, no multi-platform switching — fully visual one-click operation from sequencing files to deliverable peptide candidates.

01

Upload Raw Sequencing Files

Upload local raw sequencing files in FASTA/FASTQ batch format. Support for Sanger, NGS, and third-generation sequencing platforms.

02

AI-Powered Cleaning

Automatic denoising, redundancy removal, sequence alignment, and mutation site screening — no manual bioinformatics analysis required.

03

Intelligent Iteration

Automatically generate mutated short peptides or tumor neoantigen sequence libraries in batches using our proprietary AI mutation engine.

04

Tri-Engine Prediction

Batch output of 3D structures, pLDDT confidence scores, and PAE binding assessment. Powered by AlphaFold2, ESMFold, and our proprietary LightFold model.

05

Intelligent Screening

Automatically rank top sequences by stability, hydrophilicity, binding affinity, and oral suitability — with customizable scoring rules.

06

Results & Report

Export synthesis-ready sequence lists, structure files (PDB), and comprehensive technical reports — all in one click.

TARGET PROTEIN LIBRARY

AI-Driven Health Protein Design

Redesigning amino acid sequences against key health targets to optimize structural stability and binding affinity.

Anti-AgingPDB ID: 1CAG (Collagen)
Collagen Triple Helix Design

Collagen Triple Helix Design

Optimizing the thermal stability and rigidity of the collagen triple helix to resist enzymatic degradation and rebuild the ECM network.

Thermal Stability +14.2% | Half-life 3x
Uric Acid ControlPDB ID: 7SGL (Uricase)
Recombinant Urate Oxidase

Recombinant Urate Oxidase

Engineering gastric-acid-tolerant urate oxidase variants to retain enzymatic activity for highly effective oral therapeutic delivery.

Acid Tolerance +40% | Binding -8.4 kcal/mol
MetabolismPDB ID: 6KUX (MT1 Receptor)
Melatonin Receptor Agonists

Melatonin Receptor Agonists

Designing transmembrane helical peptides that bind melatonin receptors with high affinity to regulate circadian rhythms.

Picomolar Receptor Affinity | Transmembrane Active
AUDIENCE
Who We Serve

One Platform, Three Tiers of Users

From individual researchers to enterprise R&D teams — our platform scales with your needs.

C-End / Individual

Students & Independent Researchers

Bio-research students, independent R&D practitioners, and individual entrepreneurs. Lightweight compute for single tasks, thesis figures, and small-scale peptide design.

  • Free tier with daily compute credits
  • Single-task mode for quick experiments
  • Publication-ready structure visualization
  • Pay-as-you-go small compute packages

B-End SMB

Supplements & Biotech Companies

Peptide原料 companies, pet biotech firms, cosmetic active ingredient enterprises, and small CROs. Batch peptide design, target validation, and ingredient iteration.

  • Batch processing for up to 1000 sequences
  • Target-specific validation workflows
  • Structure tech reports for product differentiation
  • Team collaboration & project management

B-End Enterprise

Pharma & Large Institutions

Pharmaceutical companies, third-party testing institutions, and university laboratories. Large-scale compute, custom pipelines, and private deployment.

  • Unlimited batch processing
  • Custom pipeline configuration
  • Private cloud / on-premise deployment
  • Dedigned CS support & SLA guarantees
APPLICATIONS
Commercial Scenarios

From Lab Research to Commercial Production

Our platform powers real-world applications across the entire peptide and protein value chain.

  • Individual Monetization

    Research publication figures, thesis structure analysis, student projects, and low-cost peptide design iterations. Free credits drive adoption, small compute packages generate revenue.

    ResearchEducationLightweight
  • Health Supplement B2B

    AI-targeted peptide design for collagen peptides, liver-protective peptides, hypoglycemic peptides, and anti-inflammatory peptides for ingredient manufacturers. Replace traditional random hydrolysis with AI-designed structures.

    High RecurrenceHealthManufacturing
  • Pet Biotech Premium

    Pet tumor neoantigen screening, mutant protein structure prediction, mRNA vaccine candidate antigen design. Output compliant R&D data reports for veterinary hospitals and pet biotech CROs.

    High MarginPet HealthVaccine
  • Lab / CRO Services

    Batch protein structure prediction, virtual screening, mutant library construction, and automated data analysis. Dramatically reduce manual bioinformatics labor costs.

    OutsourcingCROAutomation
PRICING
One-Time Payment, Continuous Updates

Redefine Protein & Peptide R&D Design with AI: From Sequencing to Delivery in Just Days

Powered by DeepBIOFold's all-in-one, full-stack automated biological computing engine and standardized structural analysis framework, it seamlessly integrates AlphaFold2/3, ESMFold, and our proprietary LightFold model. Without switching between multiple platforms, it empowers you to visualize and complete protein structure prediction, intelligent mutation iteration, and peptide functional screening in seconds, drastically shortening the entire R&D design cycle.

Frequently Asked Questions

Everything you need to know about the DeepBioFold platform

Start Designing Better Proteins Today

No local deployment. No coding. No platform switching. From sequencing to candidate output in minutes — try DeepBioFold free.

Trusted by researchers worldwide

No Deployment Needed
Zero Code Required
AI Models Updated Monthly
Multi-language Support