messages stringlengths 1.28k 2.29k | mw_split stringclasses 2
values | tier_2_split stringclasses 2
values |
|---|---|---|
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | test |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | test |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | test |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
[{"role": "system", "content": "You are a retrosynthesis assistant. Given an atom-mapped product SMILES (every atom carries a map number), output a JSON array of atomic edit operations that transform the product into its reactants. Each operation is a flat dict with an \"op\" key naming the operation and the remaining ... | train | train |
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