

Openbiollm Llama3 8B
Overview :
OpenBioLLM-8B is an advanced open-source language model developed by Saama AI Labs, designed specifically for the biomedical field. Fine-tuned on a vast amount of high-quality biomedical data, the model is capable of understanding and generating text with domain-specific accuracy and fluency. It outperforms other similarly scaled open-source biomedical language models in biomedical benchmark tests and also demonstrates better results compared to larger proprietary and open-source models such as GPT-3.5 and Meditron-70B.
Target Users :
["Researchers and Developers: Utilize OpenBioLLM-8B for research and development in the biomedical field.","Medical Professionals: The model assists in clinical decision support, drug regulation, and medical research.","Educators: Serve as a teaching tool to help students better understand biomedical concepts and terminology."]
Use Cases
Use the model to answer medical questions regarding drug dosage.
Analyze clinical notes to extract key medical information to support clinical decision-making.
Educational field, assisting students in learning complex biomedical concepts.
Features
Clinical Note Summarization: Efficiently analyze and summarize complex clinical notes, electronic health records, and discharge summaries.
Answer Medical Questions: Respond to a wide range of medical questions.
Clinical Entity Recognition: Identify and extract key medical concepts such as diseases, symptoms, medications, procedures, and anatomical structures from clinical text.
Biomarker Extraction:Supports the extraction of biomarkers from biomedical text.
Classification: Performs biomedical classification tasks such as disease prediction, sentiment analysis, and medical document classification.
De-identification: Detects and removes personal identity information from medical records to ensure patient privacy.
How to Use
Step 1: Import the transformers and torch libraries.
Step 2: Set the model ID to 'aaditya/OpenBioLLM-Llama3-8B'.
Step 3: Create a text generation pipeline using transformers.pipeline.
Step 4: Define a message template including content for the system role and user role.
Step 5: Apply the chat template using pipeline.tokenizer.apply_chat_template.
Step 6: Set the terminator, such as eos_token_id and <|eot_id|>.
Step 7: Call the pipeline to generate text, setting parameters such as max_new_tokens, eos_token_id, do_sample, temperature, and top_p.
Step 8: Print the generated text.
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