This project is supported by the Office of Research Infrastructure Programs (ORIP) of The National Institutes of Health (NIH) under Award No. 2R44OD037625-02
#SBIR #NIH #Biotechnology #LabAutomation #Microinjection #ResearchTools #LifeSciences

We would also like to thank MNSBIR, Inc. and the University of Minnesota, Technology Commercialization, University of Minnesota College of Science and Engineering for their continued guidance and support in helping translate innovative research into commercial impact.

The Autoinjector is commercially available today for research use across a broad range of species and applications. To see videos and references please visit our website: www.objectivebiotechnology.com/autoinjector

We are excited to collaborate with Hugo Bellen, Oguz Kanca, and Shinya Yamamoto at
@bcmhouston.bsky.social as a collaborator and research partner on this effort. Their expertise and scientific leadership will be invaluable as we explore new applications for the platform.

This phase II funding will support research and development aimed at expanding the range of biological species, research models, and applications that can benefit from automated microinjection.

mini-mScope offers:
- Whole dorsal cortex mesoscale imaging
- 8 x 10 mm field of view
- 30 μm imaging resolution
- High sensitivity CMOS sensor
- Magnetic clamping for instantaneous stress-free docking
- Robust motion free imaging in a wide range of behaviors

We’re excited to bring the mini-mScope from lab to market and empower researchers with tools that expand the frontiers of neuroscience.
🔬💡#NIHSTTR #MiniMScope #NeuroscienceTools #WholeBrainImaging #StartupScience
@ameyjoshi.bsky.social @darylgohl.bsky.social

As part of this exciting project, we’re collaborating closely with [email protected]'s lab at the University of Minnesota, Mechanical Engineering, whose pioneering work in miniaturized neuro technologies has laid the foundation for this innovation.