When we think of biodiversity, we may think of forests with wildly differing species of birds, insects and other animals, or seas with wide varieties of fish. Sometimes biodiversity is easily visible in these larger species, but often it can only be measured on a very small scale. Dr. Matthew Cannon, a research associate in the lab of Dr. David Serre at the University of Maryland School of Medicine’s Institute for Genome Sciences, is interested in measuring biodiversity using DNA from environmental samples such as fresh or marine water, sediments or soils.
The analysis of environmental DNA, or eDNA, is an effective technique of measuring biodiversity. Organisms living in a particular area can be identified and characterized by the cells and hair they leave behind, or their decaying remains, all of which contain DNA and can reveal to scientists the types of creatures that are present in any given location. Special tools are required for this kind of analysis, especially for the type of work that Dr. Cannon wants to do, which involves taking samples from deep underwater locations.
Methods of sampling eDNA from deep underwater locations are limited by the volume of water that can be collected, or because of potential contamination from surface water. The possibilities presented by collection of eDNA from these deep-water locations are intriguing, however, because a single sample can give researchers an idea of the total biodiversity of a site without direct organism sampling. These locations are difficult to explore; traditional methods such as collecting samples in trawl nets or expeditions with remotely operated vehicles are expensive and can miss organisms that can’t be captured by a net or that avoid the lights of a rover.
Therefore, Dr. Cannon wanted to explore alternative options for deep-water eDNA sampling. He designed and 3D printed a device that houses a water filter and pump, controlled by an Arduino, that can collect samples at any depth. The device allows for the collection of large samples, limited only by filtering time.
“3-D printing is allowing us to develop a prototype water sampler that might not have been practical to imagine or design a few years ago,” Dr. Cannon said.
Dr. Cannon used the 3D printer at the Health Sciences/Human Services Library Innovation Space to create his prototype, which he is now testing to ensure that the parts work well together. It only takes a few hours to 3D print each prototype, allowing him to quickly develop new iterations.
The University of Maryland prioritizes technological advancement; towards the end of last year the university opened a new center dedicated to bioengineering, and was one of the earlier schools to open a MakerBot Innovation Center. The school is responsible for some advanced 3D printing-related research, and Dr. Cannon’s work will put the university on the map once again for its use of technology to gain new insight into areas that have previously been unexplored.
Discuss this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.[Source/Images: University of Maryland]
You May Also Like
GE Additive, Siemens and 10 More Join Sustainable 3D Printing Trade Group
Securing environmentally friendly manufacturing industries is ideal to reduce cost and waste, support cleaner and greener technologies, and lower the negative impacts of production on society and the environment. Additive...
Registration Rates Go Up This Week for Additive Manufacturing Strategies 2021
Additive Manufacturing Strategies 2021, the annual summit on business intelligence for the additive manufacturing industry held by SmarTech Analysis and 3DPrint.com, is coming to a computer screen near you February 9-12, 2021,...
3D Printing Webinar and Virtual Event Roundup, October 17, 2020
This week is packed full of interesting webinars and virtual events covering a wide variety of topics, from EBM technology and medical devices to software and design for additive manufacturing....
Early Bird Rates for Additive Manufacturing Strategies 2021 End October 21st
This winter, Additive Manufacturing Strategies, the annual business intelligence for AM summit held by SmarTech Analysis and 3DPrint.com, will be moving to an online format. AMS 2021, “The Business of 3D Printing,”...
View our broad assortment of in house and third party products.