Denis Opudo
Akili Labs, a South African based biotech startup launched FieldLab. FieldLab is an accurate, cost-effective and compact 3D printed diagnosis lab that can go for as less a $1, 500 or a tenth of the money. The software was developed by Rhodes University Biotechnology Innovation Centre (RUBIC) graduate students Charles Faul and Lucas Latter. RUBRIC is a co-founder of Akili Labs.
FieldLab is a prompt field-testing that allows medical professionals in remote areas and conflict zones to access equipment typically found in state of the art diagnosis laboratories. The software is in a position to quickly identify an outbreak of disease and take the required to measures before it spreads and becomes an epidemic after testing for given bacteria, viruses and fungi on the site. The FieldLab is made with a 3D printed equipment with a high-powered light microscope included, include are also a 3D printed centrifuge, a 3D printed PCR thermal cycler, and a visualization system. Additional modules, such as a specialist Zika Virus PCR kit, can be added if need be.
The machines are operated using an integrated power supply and recharged using solar power, a 12V car battery or a 110V/220V AC power source. The asset might cost between $7, 300 and $15, 000. The 3D printed Fieldlab equipment will cost between $1, 100 and $1, 500 or $2, 040 and $2, 200 with modular attachment. The instrument was built with the aim of filling the gap in healthcare experience throughout Africa with low-cost lab equipment.
In the National Innovation Bridge Showcase that was held in September, the two graduates beat 300 other startups to win a prize worth $3, 700 in the best prototype category. The 3D printed equipment in the prototype was stored in a plywood box the final boxes will utilize the tough 3d printed resin. After September, Akili Labs won $37, 000 first prizes in Innovation Hub’s GAP Bioscience awards in November. According to the company’s social media post, Faul said that after the latest award, Lab got $73, 000 to facilitate funding for three days. The funding raised will be used to develop a commercially friendly product.
The 3D has been used by several medical institutions like Charity Medecins Sans Frontières and doctors from the Gila medical project in Gaza. Applications for the second annual 3d Printing Industry awards are ongoing.
