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Jova Solutions has written the control software for several different DNA synthesis technologies. From software for the control of prototype machinery at educational research facilities to streamlined and polished OEM applications for commercial DNA synthesis machines. Jova Solutions has been effective at using its experience in mechatronics to meet the specific needs of researchers in this important branch of biochemistry. These applications have required expertise in motion control, precise fluid and gas delivery, recipe and batch management, quality assurance, and especially user interface design. In all these areas Jova Solutions has used its skill and experience to deliver effective, reliable, and efficient software that is easily understood by users.
Our synthesis applications have been written to perform well for both DNA researchers and service technicians, for users who require full control over many parameters and users who want 1-2-3 operation of repeated protocols. We have developed applications that support single and dual plate synthesis for 96-well plates, as well as other research efforts involving higher density plates. We have worked with several different reagent dispensing technologies, and can adapt our core software routines to new technologies, as needed.
Our experience in large networked applications can help customers monitor and control large banks of synthesizers, managing input sequences and protocols across multiple devices, simultaneously. Additionally, we can create monitoring and control interfaces to allow remote management of synthesis production.
- Integrates with third-party hardware
- Flexible and intuitive user interfaces
- Easy to use protocol editing and recipe management
- Network integration with databases
- Online monitoring, sequence editing, simultaneous local control of separate synthesis systems
- Flexible alert and alarm capabilities
- Easy adaptation to new synthesis hardware with minimal changes
- Control all synthesis stages, including: preparation, testing, manual, run, and shutdown procedures
- Paper request forms are eliminated
- Eliminates manual data entry
- Secure access to data and reports
- Laboratory failures can be tracked
- Allows researchers to use their own desktop computer and web browser to submit sequencing requests and experimental information directly to the laboratory
- Integrates data from diverse sources into a unified software interface
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