AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Daily open opportunities, newly observed postings, hiring breadth, and normalized monthly compensation for jobs in this pillar.
As of 2026-09-23
Distinct employers
+12 vs prior week
7 days vs previous 7 days
Remote pay is separated from onsite and hybrid pay so expensive cities do not distort the remote benchmark.
Onsite + hybrid
12 salary listings from this company
12 open jobs at 1 hiring companies
| Country market | Open jobs | Hiring companies | Median | Middle 50% | Evidence |
|---|---|---|---|---|---|
| United States | 12 | 1 | $21.8K/mo | $15K/mo – $23K/mo | 12 salary listings from this company |
Open jobs are current; salary evidence covers the past 12 months and also uses closed postings. Every place rolls up through its canonical city, region, country, and continent hierarchy exactly once.
Open roles, employers, and newly listed jobs by day
Historical context; use the work-market split above for current pay
Earlier open counts are estimated from observation dates. Offline postings are never inferred open for more than 90 days; new daily samples are exact snapshots.
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding history
Profluent develops AI models for de novo protein design, with applications in biomedicine, agriculture, and industrial biology. Its platform includes protein-generation models such as ProGen3 and the AI-designed OpenCRISPR-1 gene editor.
Profluent develops AI models for de novo protein design, with applications in biomedicine, agriculture, and industrial biology. Its platform includes protein-generation models such as ProGen3 and the AI-designed OpenCRISPR-1 gene editor.
12 open jobs
Profluent·6 days ago
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
Profluent·1 week ago
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
Profluent·1 week ago
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
AI-first protein-design company using generative foundation models and wet-lab validation to create functional proteins and genome-editing systems.
Funding
