Objective Biotechnology
Objective Biotechnology is dedicated to developing high-impact technologies that enable comprehensive measurement and manipulation of biological systems at multiple scales, unlocking new capabilities for researchers. Their mission is to accelerate scientific discovery through innovative solutions in genetic engineering, neurotechnology, and automated microinjection systems.
Industries
Nr. of Employees
small (1-50)
Objective Biotechnology
123 Demo Street, New York, NY 12345
Products
Automated microinjection system
Bench-top robotic system that automates embryo injections using integrated machine vision and machine learning to increase throughput and consistency for transgenesis, mutagenesis and genome editing workflows.
Miniaturized wide-field head-mounted imaging system
Miniaturized head-mounted wide-field imaging device for mesoscale cortical imaging in freely behaving rodents; supports pairing of functional imaging with behavioral measurements.
Transparent cranial window implants
Transparent polymer cranial windows designed for long-term optical and cellular access to the rodent dorsal cortex, available in custom configurations for head-fixed and head-mounted imaging.
Automated cranial microsurgery system
Robotic/CNC system for automated skull surface profiling and controlled bone removal to perform reproducible craniotomies for neuroimaging preparations.
Pre-pulled glass micropipettes
Boxes of pre-pulled glass micropipettes optimized for automated microinjection, containing multiple units with tip inner diameters in the 2–5 µm range.
Automated microinjection system
Bench-top robotic system that automates embryo injections using integrated machine vision and machine learning to increase throughput and consistency for transgenesis, mutagenesis and genome editing workflows.
Miniaturized wide-field head-mounted imaging system
Miniaturized head-mounted wide-field imaging device for mesoscale cortical imaging in freely behaving rodents; supports pairing of functional imaging with behavioral measurements.
Transparent cranial window implants
Transparent polymer cranial windows designed for long-term optical and cellular access to the rodent dorsal cortex, available in custom configurations for head-fixed and head-mounted imaging.
Automated cranial microsurgery system
Robotic/CNC system for automated skull surface profiling and controlled bone removal to perform reproducible craniotomies for neuroimaging preparations.
Pre-pulled glass micropipettes
Boxes of pre-pulled glass micropipettes optimized for automated microinjection, containing multiple units with tip inner diameters in the 2–5 µm range.
Services
Scheduling of demonstrations and engagement with laboratories to show system capabilities and suitability for specific organisms and workflows.
Quotation and customization services to adapt injection methods and imaging configurations to specific species or experimental needs.
Scheduling of demonstrations and engagement with laboratories to show system capabilities and suitability for specific organisms and workflows.
Quotation and customization services to adapt injection methods and imaging configurations to specific species or experimental needs.
Expertise Areas
- Automated microinjection and high-throughput genetic manipulation
- Mesoscale cortical imaging in freely behaving rodents
- Cranial implant design and long-term optical access
- Robotic microsurgery and CNC-guided surgical automation
Key Technologies
- Robotic microinjection
- Camera-based machine vision
- Machine learning for experimental automation
- Head-mounted wide-field fluorescence imaging
News & Updates
Objective Biotechnology wins the Walleye Tank competition on March 15, 2024, showcasing their innovative robotic system for genetic research.
The Autoinjector was featured as the article of the month in April 2024 by Genetics journal, recognizing its significance in genetic research.
Objective Biotechnology was selected as one of 11 startups by LaunchMN to pitch their Autoinjector at the Startup Showcase event in Minnesota.
Objective Biotechnology was awarded an SBIR Phase I grant to support their innovative research and development efforts.
Objective Biotechnology was recognized as the Top Founder of Color Led Startup at the MN Cup.
Objective Biotechnology wins the Walleye Tank competition on March 15, 2024, showcasing their innovative robotic system for genetic research.
The Autoinjector was featured as the article of the month in April 2024 by Genetics journal, recognizing its significance in genetic research.
Objective Biotechnology was selected as one of 11 startups by LaunchMN to pitch their Autoinjector at the Startup Showcase event in Minnesota.
Objective Biotechnology was awarded an SBIR Phase I grant to support their innovative research and development efforts.
Objective Biotechnology was recognized as the Top Founder of Color Led Startup at the MN Cup.