Your research. Your lab. Your opportunity to transform and modernize your workflows.
Implementing ambient stabilization is easier than you think.
Budgets, tight deadlines, and equipment constraints shouldn’t limit your research potential. The Academic Partners Program helps you overcome these challenges while advancing your scientific impact with:
- Reclaimed valuable lab space: Create shelf-stable reagents and free up space in your freezers
- Reduced lab overhead costs: Lower expenses from sample waste, cold storage infrastructure, and contracted services to maximize budgets
- Control of your research timeline: Rapid <2 hr in-house stabilization eliminates dependence on outsourced lyophilization and cold chain shipping delays
- Innovation advantage: Access cutting-edge technology that advances your research and empowers novel publication opportunities
- Enhanced reproducibility: Achieve superior batch-to-batch consistency to provide confidence in publication quality data
- Simplified collaborative projects: Create stable samples for easy sharing with collaborators without cold chain logistics
Your Academic Partnership includes:
A program built for academic research success
Cost-effective: try the technology for minimal investment
Easy to use: no advanced training required, full technical support from Ambient Bio
Convenient: on-site installation, monthly delivery of scaffolds and consumables
Flexible: test in your own workflows for up to a year
Applications
- Antibodies & Conjugates: ELISA, IHC, IF, FCM, FACS
- Enzymes: Luciferases, kinases, restriction enzymes, and PCR Kits
- DNA/RNA: Nucleic acids for gene transfer or specimen preservation
- Small Molecules: Substrates, buffers, chelators, and reducing agents
- Cells: Cellular contents for downstream processing or biorepositories
- Other: Master mixes or additional biomolecules not listed
Case study: Evidence for improved laboratory operations and sustainability
Learn how antibodies are successfully stabilized for storage at ambient conditions. See the data revealing how both molecular integrity and functional activity are preserved, while simultaneously improving laboratory efficiency and sustainability.
