An opensource prototype platform for automated measurement of developing embryos. The LabEmbryoCam is a project originating with the EmbryoPhenomics research group at the University of Plymouth, UK. It has been made possible with support from UKRI, NERC, BBSRC and Plymouth Science Park.
Detailed Description
The LabEmbryoCam is a prototype instrument, aimed to deliver:
Automated movement of a camera and lighting in the X, Y and Z direction, over prolonged periods making it well suited to recording the process of embryonic development in aquatic animals.
A custom user interface for easy setup of experiments, within a multiwell plate format, but also has sufficient flexibility for other culture formats - petri dishes, or even custom culture solutions.
Incorporates an optional humifidification chamber to significantly reduce evaportation thereby solving one of the key challenges of long term timelapse imaging of aquatic animals.
Vibration dampening addressing vibration, the enemy of timelapse imaging. LabEmbryoCam incorporates sorbothene feet, 3D printed leafsprings and cable dampeners to minimise its effects on your imaging.
A low cost, modular and versatile phenotyping platform taking advantage of 3D printed parts, single board computers, microcontrollers, stepper motors and lower cost cameras and lenses.
Hackability this is an active project - if in doubt about any aspect of this instrument and its suitability to your activities, just ask.
