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EBI Proteins API MCP, Ready to Go

Use the EBI Proteins API MCP with Claude or Cursor to pull protein sequences, genetic variants, and proteomics data from the UniProt database.

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No credit card required. Experience the power of this integration risk-free.

Query the UniProt knowledge base for protein sequences and genetic variants.

EBI Proteins MCP for AI Agents

Works with every AI agent you already use

…and any MCP-compatible client

Cursor AI Code EditorClaude Desktop AppOpenAI Agents SDKVisual Studio CodeGitHub Copilot AI AgentGoogle Gemini AILovable AI DevelopmentMistral AI AgentsAmazon AWS Bedrock

How fast is the EBI Proteins API MCP Server?

1247ms Fast
Fast Acceptable Slow

Average time for the server to become ready for requests over the last 14 days, measured until the initialize / tools/list handshake completes. Metrics are updated daily between 00:00 and 04:00 UTC. Create a free account, use this MCP on Vinkius Cloud, and connect it to your AI agent in seconds.

Min 1095ms
Average 1247ms
Max 2672ms
Trend (improving) ↓ 26%
Daily latency
2672ms 7/7/2026
1757ms 7/8/2026
1251ms 7/9/2026
1358ms 7/10/2026
1260ms 7/11/2026
1764ms 7/12/2026
1221ms 7/13/2026
1095ms 7/14/2026
1289ms 7/15/2026
1223ms 7/16/2026
1119ms 7/17/2026
1148ms 7/18/2026
1144ms 7/19/2026
1319ms 7/20/2026
7/7/2026 7/20/2026

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AI Agent

What AI agents can do with EBI Proteins API 16 Tools for Bioinformatics

Access protein sequences, genetic variants, and proteomics data through 16 specific tools.

Get genecentric

Get the gene-centric view of a proteome including canonical protein counts. Use this to see how many proteins relate to each gene in a specific proteome.

Get mutagenesis

Retrieve mutagenesis experiments and their phenotypic effects. This helps you understand how specific mutations impact protein structure and function.

Get protein

Fetch a complete protein entry using a UniProt accession. Use this to get names, sequences, and cross-references in one go.

Get proteome

Get details for a specific proteome, including taxonomy and protein counts. Use this to identify the components of a specific organism's proteome.

Get proteomics

Access mass-spectrometry proteomics data for a protein. This lets you see which peptides were experimentally detected and if they're unique.

Get proteomics ptm

Retrieve residue-level post-translational modification positions. Use this to see evidence counts from mass-spec data.

Get taxonomy

Get scientific names, ranks, and lineage for a specific NCBI taxon ID. Use this to navigate the tree of life for a specific organism.

Get variation

Fetch genetic variants from sources like ClinVar and gnomAD. This provides clinical significance and consequence types for protein mutations.

Search features by type

Search for specific features like domains, binding sites, or signal peptides across proteins. Use this to find specific structural motifs quickly.

Search proteins

Search for proteins using gene names, organisms, or keywords. This returns a summary list of matching proteins and their sequence lengths.

Search proteomes

Search for proteomes by organism name like "homo sapiens". This helps you find the correct proteome ID for a specific species.

Search taxonomy

Find taxonomy entries by organism name to get the correct taxon ID. Use this as a first step before querying specific proteins or proteomes.

Search variation

Search for clinically relevant variants by consequence type or source. Use this to find specific types of mutations across the proteome.

Get antigen

Retrieve peptide regions used for antibody generation. This is useful for identifying validated expression targets in immunology research.

Get coordinates

Map a protein to genome coordinates on GRCh38 or GRCh37. This bridges protein annotations with Ensembl gene and transcript IDs.

Get protein features

Get sequence annotations including domains, active sites, and disulfide bonds. Use this to see the physical features of a protein's structure.

One MCP enables access. Vinkius turns MCPs into production-ready infrastructure.

You're looking at one of 5,700+ managed MCPs. The real value isn't the catalog. It's the control plane that secures, governs, audits, and manages every interaction between your agents and the tools they use.

01

No Shadow AI

Every agent action is visible, approved, and auditable. Nothing runs outside your governance.

02

Absolute agent control

Fine-grained permissions for every agent, MCP, and tool. Instantly revoke access and audit every execution.

03

Cost control per token

Spend broken down to the token, tool, and agent. Budgets and hard limits. No surprise invoices.

04

Managed & monitored infra

We operate the runtime, authentication, scaling, retries, and monitoring. Your team manages AI, not infrastructure.

05

Data protection, DLP by design

Sensitive data is filtered before reaching the model. Access is governed so agents receive only the information they're allowed to use.

06

Token optimization, real savings

Lower AI costs by delivering the right context instead of unnecessary tools. Better accuracy, faster responses, and fewer wasted tokens.

EBI Proteins API for Faster Bioinformatics Data Retrieval

This is for the researchers who are tired of manual data entry and want to automate the bridge between protein sequences and genomic data.

Molecular Biologist

Pulling sequences and domain architectures to guide experimental design on a Tuesday afternoon.

Clinical Geneticist

Assessing variant pathogenicity using aggregated clinical data for patient reports.

Structural Biologist

Finding binding sites and mutagenesis results to model protein interactions.

Bioinformatician

Mapping proteomes and taxonomy for automated pipeline integration.

Frequently Asked Questions

Can I use the EBI Proteins API MCP to get protein sequences? +

Yes, you can use this MCP to pull full protein sequences, names, and cross-references for any UniProt accession. It's a fast way to get the raw data you need for your research.

Does the EBI Proteins API MCP require an API key? +

No, the EBI Proteins API is fully public, so you don't need to worry about managing keys or subscriptions. You can start querying data as soon as you connect it.

Can I find clinical variants like those from ClinVar using this? +

Yes, this MCP pulls aggregated genetic variant data from sources like ClinVar and gnomAD. It's great for seeing clinical significance and consequence types for mutations.

Does this MCP support genome mapping? +

Yes, it can map proteins to specific coordinates on the GRCh38 and GRCh37 assemblies. It provides Ensembl gene and transcript IDs to help link proteins to genomic data.

Can I use the EBI Proteins API MCP for proteomics research? +

Absolutely. You can query mass-spectrometry proteomics data, including peptide evidence and post-translational modifications (PTMs).

How do I find the correct taxonomy ID for a specific organism? +

You can use the search tools within the MCP to find the correct NCBI taxon ID by organism name. This ensures you're querying the right data for your species.

Do I need an API key to use this server? +

No. The EMBL-EBI Proteins API is completely public and requires no authentication. Simply subscribe to this server and enter any placeholder value in the API key field to start querying protein data immediately.

What kind of variant data is available? +

The server aggregates genetic variants from multiple authoritative sources: UniProtKB curated variants, ClinVar clinical significance data, gnomAD population frequencies, 1000 Genomes Project, COSMIC somatic mutations, TOPMed whole-genome sequencing, ExAC exome data, and TCGA cancer variants. Each variant includes consequence type, clinical significance, and source cross-references.

Can I map protein positions to genome coordinates? +

Yes. The get_coordinates tool maps any UniProt protein to reference genome coordinates on GRCh38 and GRCh37 assemblies. It returns Ensembl gene, transcript, and translation identifiers along with chromosome, start/end positions, and strand orientation. This bridges the gap between protein-level annotations and genomic-level analyses.

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