SciSure MCP

Bring your chosen AI closer to your scientific data

Connect compatible AI environments with permitted information in SciSure ELN and LIMS while maintaining authentication, user permissions, and read-only access.

AI CONNECTED TO CONTEXT

Ask questions your research records can answer

SciSure MCP lets scientists retrieve relevant information from SciSure ELN and LIMS

Where has sample SMP-0248 been used across my experiments, and what were the results?

Ask your question...

Sample SMP-0248 (Protein Batch B-07) appears in three accessible experiments in Project Atlas.

Experiment
EXP-1042
EXP-1067
Usage
Initial expression test
Temperature optimisation
Document result
Yield: 18.4 mg/L
Yield: 24.1 mg/L
Sample lineage
SMP-0201 · Parent culture
SMP-0256
Purified fraction A
SMP-0257
Purified fraction B

What did we learn from our previous protein expression experiments in Project Atlas?

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I found 8 accessible experiments in Project Atlas related to protein expression, conducted between February and September 2026.

Key findings

Temperature
Experiments at 25°C recorded...
Induction timing:
Induction at OD600 0.6...
Purification:
The highest recorded purity...

Expression yield comparison

Bar chart of expression yield at 37ºC, 30ºC and 25ºC0 mg/L7 mg/L14 mg/L21 mg/L28 mg/L37ºC30ºC25ºC

Do we have an existing protocol for protein purification using Ni-NTA chromatography?

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I found 3 relevant protocols in your accessible SciSure records.

PRO-018 - Ni-NTA Affinity Purification
Version 3.2 • Updated 12 August 2026
Standard purification of His-tagged proteins using Ni-NTA resin. Includes...
PRO-026 - Small-Scale Protein Purification
Version 2.0 - Updated 4 June 2026
Adapted Ni-NTA workflow for small sample volumes and screening...

Most relevant:PRO-018 is the closest match to your request. It was referenced in EXP-1091, which documented a final protein purity of 94.2%.

What samples and protocols are connected to experiment EXP-1091?

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I found the following records linked to EXP-1091 · Protein Purification Trial.

EXP-1091
Protein Purification Trial
Samples
SMP-0248
SMP-0256
Protocols
PRO-018
PRO-031

Trace materials across experiments

Chat in a compatible AI tool. Question: Where has sample SMP-0248 been used across my experiments, and what were the results? Answer: Sample SMP-0248 (Protein Batch B-07) appears in three accessible experiments in Project Atlas. Experiments EXP-1042 and EXP-1067. Usage: initial expression test and temperature optimisation. Document results: yield 18.4 mg/L and 24.1 mg/L. Sample lineage: parent culture SMP-0201 with purified fractions SMP-0256 (A) and SMP-0257 (B).

Revisit previous work

Chat in a compatible AI tool. Question: What did we learn from our previous protein expression experiments in Project Atlas? Answer: I found 8 accessible experiments in Project Atlas related to protein expression, conducted between February and September 2026. Key findings: experiments at 25°C recorded higher soluble protein yields; induction at OD600 0.6 produced more consistent results; the highest recorded purity was 94.2% using the revised protocol. A bar chart of expression yield compares 37°C, 30°C and 25°C, with the highest yield at 25°C.

Find existing methods

Chat in a compatible AI tool. Question: Do we have an existing protocol for protein purification using Ni-NTA chromatography? Answer: I found 3 relevant protocols in your accessible SciSure records. Shown: PRO-018 Ni-NTA Affinity Purification, version 3.2, updated 12 August 2026, standard purification of His-tagged proteins using Ni-NTA resin; and PRO-026 Small-Scale Protein Purification, version 2.0, updated 4 June 2026, adapted Ni-NTA workflow for small sample volumes and screening. Most relevant: PRO-018 is the closest match; it was referenced in EXP-1091, which documented a final protein purity of 94.2%.

Understand connected records

Chat in a compatible AI tool. Question: What samples and protocols are connected to experiment EXP-1091? Answer: I found the following records linked to EXP-1091, Protein Purification Trial. A diagram connects the experiment to its samples (SMP-0248, SMP-0256) and its protocols (PRO-018, PRO-031).
HOW SCISURE MCP WORKS

Connect AI without opening unrestricted access

Model Context Protocol (MCP) provides a standardized way for compatible AI environments to request information from SciSure ELN and LIMS

A chat box in a compatible AI tool where a scientist asks which experiments used reagent lot BSA-2024-03.

1. Ask a question

A scientist submits a question through a compatible AI environment.

SciSure's connection screen: Connect SciSure, approved by your admin, with notes on permissions, data use and connector risk, and a Continue to SciSure button.

2. Authenticate the request

SciSure verifies the connection and applies the permissions of the authenticated user.

Diagram of the MCP layer between the AI tool and SciSure records, with authentication and security applied before information is returned.

3. Retrieve permitted information

SciSure returns relevant information from supported records for the AI environment to present or summarize.

*The AI does not receive unrestricted access to the SciSure environment. It can only retrieve supported information that the authenticated user has permission to view.

FLEXIBLE DEPLOYMENT

Choose the connection that fits your environment

SciSure MCP supports different approaches based on your organization’s infrastructure, AI policies, and preferred tools

Connect through the MCP Proxy

Use the SciSure-hosted MCP Proxy to connect a supported cloud-based AI environment with your SciSure instance.

The proxy provides a prepared connection endpoint and routes authenticated requests to the appropriate SciSure environment, reducing the infrastructure your team needs to configure and maintain.

Best suited for:Organizations that want to connect a supported cloud AI provider with less technical setup.

Connect directly to SciSure

Connect a compatible MCP client directly to your SciSure instance without using the SciSure-hosted proxy.

This approach can support locally hosted AI models, allowing prompts, retrieved information, and responses to remain within infrastructure controlled by your organization.

Best suited for:Organizations with internal AI infrastructure, stricter data requirements, or a preference for locally hosted models.
SENSITIVE DATA PROTECTION

Existing access rules still apply

Authenticated connections

MCP requests are authenticated before SciSure processes them.

User-level permissions

The connection follows the access permissions of the authenticated user. Information the user cannot access in SciSure cannot be retrieved through MCP.

Read-only access

SciSure MCP retrieves supported information without allowing the AI environment to modify scientific records.

Customer choice

Your organization chooses whether to enable MCP, which compatible AI environment to connect, and which connection method fits its requirements.

Diagram: an AI tool sends a question, MCP checks authentication and security, and SciSure returns scientific records. An available research protocol and a chemical safety report are shown, while a confidential study stays restricted.
SETUP DOCUMENTATION

Ready to connect SciSure MCP?

Administrators can find technical requirements and setup instructions for supported AI environments in the SciSure Developer Hub

Frequently asked questions

What is Model Context Protocol?

Model Context Protocol, or MCP, is an open standard that allows compatible AI environments to connect with external tools and data sources through a consistent interface.

What SciSure information can MCP access?

SciSure MCP can provide read-only access to supported information including profiles, experiments, samples, sample types, and protocols. Access remains subject to the permissions of the authenticated user.

Can MCP change records in SciSure Research?

No. The current SciSure MCP capability is read-only. It does not allow connected AI environments to edit experiments, samples, protocols, or other records.

Can we use our own AI model?

Organizations using eligible SciSure environments can connect compatible locally hosted AI models through a direct MCP connection. The exact setup depends on the selected model and infrastructure.

Can we connect a cloud-based AI provider?

Supported cloud-based AI environments can connect through the SciSure-hosted MCP Proxy. Available providers and requirements may change as MCP support develops.

Does an AI environment gain access to everything in SciSure?

No. MCP follows the permissions of the authenticated SciSure Research user. A user cannot retrieve information through AI that they cannot access directly in SciSure.

Is SciSure MCP available for shared-cloud environments?

No. SciSure MCP is currently available only for private-cloud and on-premises environments.

Where can administrators find setup instructions?

Detailed setup and configuration guides are available through the SciSure Developer Hub.

Still have questions?

Can’t find the answer you’re looking for? Chat with our friendly team.

FIND YOUR NEXT STEP

Build the right AI approach for your lab’s data, priorities, and requirements.

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