Solutions
Build your research workflows in a single tool and choose exactly where, when and how AI is used.
Build your research workflows in a single tool and choose exactly where, when and how AI is used.
Ask the specialised Amytis agent to create an experiment plan using your own hypothesis and constraints, or ask it to generate an experiment based on previous journal articles and data. Review each suggested step before running the experiment.
Find out moreAsk the specialised Socrates agent to review your work or data and provide additional reasoning and exploration prompts.
Find out moreLink Amytis to your LIMS or use the built-in LIMS software to keep track of your wet-lab supplies.
Find out moreQuery free academic journals (Crossref, Europe PMC, Semantic Scholar, arXiv and bioRxiv) or enter your own log-in credentials for platforms like Elsevier, Springer or NCBI.
Find out moreGenerate and run R and Python scripts for in-depth analyses. No coding knowledge needed.
Find out moreInput, summarise and interact with RNA, DNA and Protein sequence data. Combine these analyses with other data all in one place.
Find out moreAsk the specialised Amytis agent to create an experiment plan using your own hypothesis and constraints, or ask it to generate an experiment based on previous journal articles and data. Review each suggested step before running the experiment.
Find out moreAsk the specialised Socrates agent to review your work or data and provide additional reasoning and exploration prompts.
Find out moreLink Amytis to your LIMS or use the built-in LIMS software to keep track of your wet-lab supplies.
Find out moreQuery free academic journals (Crossref, Europe PMC, Semantic Scholar, arXiv and bioRxiv) or enter your own log-in credentials for platforms like Elsevier, Springer or NCBI.
Find out moreGenerate and run R and Python scripts for in-depth analyses. No coding knowledge needed.
Find out moreInput, summarise and interact with RNA, DNA and Protein sequence data. Combine these analyses with other data all in one place.
Find out moreAsk the specialised Amytis agent to create an experiment plan using your own hypothesis and constraints, or ask it to generate an experiment based on previous journal articles and data. Review each suggested step before running the experiment.
Find out moreAsk the specialised Socrates agent to review your work or data and provide additional reasoning and exploration prompts.
Find out moreLink Amytis to your LIMS or use the built-in LIMS software to keep track of your wet-lab supplies.
Find out moreQuery free academic journals (Crossref, Europe PMC, Semantic Scholar, arXiv and bioRxiv) or enter your own log-in credentials for platforms like Elsevier, Springer or NCBI.
Find out moreGenerate and run R and Python scripts for in-depth analyses. No coding knowledge needed.
Find out moreInput, summarise and interact with RNA, DNA and Protein sequence data. Combine these analyses with other data all in one place.
Find out moreWhy Amytis
Amytis is built by a small team of scientists in Scotland. We know the demands of research firsthand, so we’ve built the tool we needed.
Amytis is model agnostic. You can use any frontier model, or protect your data by using models locally on your device.
Amytis is model agnostic. You can use any frontier model, or protect your data by using models locally on your device.
This isn't an AI tool retrofitted to science. Amytis can house your LIMS, store your protocols and hold your project plan.
This isn't an AI tool retrofitted to science. Amytis can house your LIMS, store your protocols and hold your project plan.
Review and edit each step of your workflow before using AI to execute tasks. You're in control of what happens, and when.
Review and edit each step of your workflow before using AI to execute tasks. You're in control of what happens, and when.
Supported by
Bethnal Green Ventures
Old College Capital
Scottish Enterprise