Use when a phage-design workflow must discover or adapt to local GPU, SSH, Slurm, Lepton, manual, or unfamiliar execution infrastructure and produce durable launch, monitoring, resume, or handoff commands.
NVIDIA-BioNeMo/bionemo-recipes
SkillsMP has collected 13 skills from NVIDIA-BioNeMo/bionemo-recipes. Open a skill to review its source and details.
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Showing 13 of 13 collected skills.
Use after selecting an Evo 2 phage SFT checkpoint and defining RL objectives to calibrate prompt serialization, temperature, prefix-length distribution, and fixed validation sampling.
Use when an Evo 2 phage SFT project needs a reproducible Microviridae or new phage genome collection from NCBI, paper-linked repositories, supplements, or other public biological databases.
Use when producing, deduplicating, hard-QC screening, clustering, ranking, or selecting final phage designs from a chosen RL checkpoint.
Use when adding or changing Evo2 phage RL metrics, reward functions, filter logic, or validation criteria after an objective plan has been approved.
Use when launching, monitoring, stopping, resuming, or relaunching Evo 2 phage SFT with Megatron Bridge, or when selecting its best validation-loss checkpoint across local, SSH, scheduler, or cloud execution.
Use when launching, monitoring, resuming, relaunching, or selecting checkpoints from a NeMo-RL Evo2 phage optimization run.
Use when converting a phage-design goal into target-specific RL rewards, validation criteria, and final QC filters, especially for a new reference phage or altered objective.
Use when phage genomes must be deduplicated, clustered, split without near-duplicate leakage, and converted into explicit train, validation, and test inputs for Evo 2 supervised fine-tuning.
Use when a phage-design user requests publication, backup, or an intermediate snapshot of selected checkpoints, validation generations, logs, results, or final deliverables to object, cloud, mounted, or network storage.
Use when a phage-design decision needs literature, database, dataset, gene-essentiality, synteny, viability, bootability, host, threshold, or model evidence.
Use when planning or running an Evo 2 bacteriophage genome-design project for phage therapy research, including host-specific candidates for antibiotic-resistant infections and antimicrobial resistance (AMR); coordinates evidence review, genome collection,…
Use when starting, planning, or resuming BioNeMo and Evo 2 bacteriophage genome generation or design for phage therapy research, including host-specific candidates for antibiotic-resistant infections and antimicrobial resistance (AMR); locates or acquires a…