Update README.md

README.md

@@ -126,8 +126,9 @@ Next, we evaluate **METAGENE-1** on the GUE multi-species classification benchma
 
 **METAGENE-1** provides valuable capabilities for biosurveillance and genomic anomaly detection, showing state-of-the-art results on a broad coverage of benchmarks. While its current version poses minimal risk, we carefully weighed its benefits against potential misuse, particularly in synthetic biology, and emphasize the need for stricter safety considerations for future, more capable models.
 
-- **Purpose and Capabilities**: **METAGENE-1** is specifically optimized to detect anomalies in short metagenomic reads (100-300 base pairs), making it well-suited for tasks like pathogen detection and biosurveillance. The model’s architectural constraints, such as its 512-token context length, limit its applicability to complex sequence design tasks, reducing misuse risks.
-- **Open Source Impact**: We believe the open release of **METAGENE-1** will foster research in pathogen detection and biosurveillance by providing a valuable tool for scientists. However, we emphasize the need for more rigorous safety evaluations before open-sourcing larger or more capable genomic models in the future.
+**Purpose and Capabilities**: **METAGENE-1** is specifically optimized to detect anomalies in short metagenomic reads (100-300 base pairs), making it well-suited for tasks like pathogen detection and biosurveillance. The model’s architectural constraints, such as its 512-token context length, limit its applicability to complex sequence design tasks, reducing misuse risks.
+
+**Open Source Impact**: We believe the open release of **METAGENE-1** will foster research in pathogen detection and biosurveillance by providing a valuable tool for scientists. However, we emphasize the need for more rigorous safety evaluations before open-sourcing larger or more capable genomic models in the future.
 
 ## **Model Details**
 - **Release Date**: Jan 06 2025