⬡ MolCrew.

MOLECULAR INTELLIGENCE, WORKING TOGETHER

A conversation
with chemistry.

From a question to a molecular structure.
Four specialists, coordinated through one
research conversation.

▷ Watch the story

A research prototype for molecular design and analysis.

01 / DESIGN02 / DESCRIBE03 / ANALYZE04 / REFINE
ONE ORCHESTRATOR. FOUR SPECIALISTS.Conceptual illustration
Language → StructureStructure → LanguageProperty predictionInstruction-led editing

01 / THE APPROACH

Different expertise.
Shared direction.

Molecular questions rarely fit into a single task. MolCrew brings the right specialist into the conversation, then uses chemistry tools to examine the result.

A language-model orchestrator interprets your request, coordinates specialist models, and can repeat an editing and feedback cycle. RDKit checks structure validity and calculates molecular descriptors.

01

Ask in your own words

Begin with a description, a question, or a SMILES structure.

→
02

Bring in the specialists

The orchestrator chooses the tools for the task.

→
03

Examine. Then refine.

Review structures, descriptions, and available property outputs.

02 / POSSIBILITIES

One starting point.
Many ways to explore.

Move between language and structure,
with the research question in view.

⬡ MolCrewILLUSTRATIVE EXAMPLE

2D chemical structure of aspirinASPIRIN / C₉H₈O₄

Prepared interface example. No live model request was run.

03 / THE STORY

See the pieces
come together.

A short introduction to the MolCrew workflow.
A narrated story of questions, molecules, and discovery.

MOLCREW / AN INTRODUCTIONDownload film ↓Read transcript ↗

BUILT FOR EXPLORATION

Make the next question
a better one.

MolCrew supports molecular research. Generated structures and learned predictions are hypotheses to investigate. Structure checks and calculated descriptors do not establish synthesis feasibility, biological activity, or clinical safety.