| | --- |
| | dataset_info: |
| | features: |
| | - name: protein_name |
| | dtype: string |
| | - name: species |
| | dtype: string |
| | - name: sequence |
| | dtype: string |
| | - name: annotation |
| | dtype: string |
| | - name: messages |
| | list: |
| | - name: content |
| | dtype: string |
| | - name: role |
| | dtype: string |
| | splits: |
| | - name: train |
| | num_bytes: 63705781 |
| | num_examples: 21332 |
| | - name: test |
| | num_bytes: 11945580 |
| | num_examples: 4000 |
| | download_size: 45260837 |
| | dataset_size: 75651361 |
| | configs: |
| | - config_name: default |
| | data_files: |
| | - split: train |
| | path: data/train-* |
| | - split: test |
| | path: data/test-* |
| | --- |
| | |
| | ## Dataset Transformation Summary |
| |
|
| | **Original Dataset**: `monsoon-nlp/primate-proteins` |
| | **Transformed Dataset**: `pkanithi/primate-proteins` |
| |
|
| | ## Changes Made |
| |
|
| | ### Added `messages` Column |
| | - Added a new `messages` column in ChatML format |
| | - Each example now contains a conversation structure with system, user, and assistant messages |
| |
|
| | ### Data Filtering |
| | - Filtered out proteins with no annotation (`annotation != None`) |
| | - Ensures all examples have valid ground truth annotations |
| |
|
| | ### Dataset Splitting |
| | - Split the original 'train' split into train and test sets |
| | - Test set: 4,000 examples |
| | - Train set: Remaining examples |
| | - Used seed=42 for reproducible splits |
| |
|
| | ### Chat Format Structure |
| | Each example now has a `messages` array with: |
| | 1. **System message**: Instructions for protein annotation assistance |
| | 2. **User message**: Protein entry with name, species, and sequence |
| | 3. **Assistant message**: Original annotation from the dataset |
| |
|
| | The user message format: |
| | ``` |
| | Here is the protein entry: |
| | - protein_name: [protein_name] |
| | - species: [species] |
| | - sequence: [sequence] |
| | ``` |
| |
|
| | ## Result |
| | The dataset is now in ChatML format suitable for supervised fine-tuning with train/test splits, while preserving all original protein annotation content. |
| |
|