Software can remotely control ScanDrop’s activity from anywhere on the planet
A few hundred dollars and 24 hours: That’s what’s required to scan biological materials for important biomarkers that signal diseases such as diabetes or cancer, using industry standard equipment. But suppose you wanted to monitor live cancer cells. For that you’d have to use an entirely different method. It takes just as long but requires a whole other set of expensive top-??end instrumentation. Want to look at bacteria instead? Be prepared to wait a few days for it to grow before you can get a meaningful result.
Researchers face enormous time constraints and financial hurdles from having to run these analyses on a regular basis. To solve this problem, Tania Konry, an assistant professor of pharmaceutical sciences at Northeastern University, has developed a single instrument that can do all of the scans mentioned above at a fraction of the time and cost. That’s because it uses considerably less material and ultra-??sensitive detection methods to do the same thing.
Konry’s creation, ScanDrop, is a portable instrument no bigger than a shoebox that has the capacity to detect a variety of biological specimen. For that reason it will benefit a wide range of users beyond the medical community, including environmental monitoring and basic scientific research.
The instrument acts as a miniature science lab, of sorts. It contains a tiny chip, made of polymer or glass, that is connected to equally tiny tubes. An extremely small-??volume liquid sample—whether it’s water or a biological fluid such as serum—flows in one of those tubes, through the lab-??on-??a-??chip device, and out the other side. While inside, the sample is exposed to a slug of microscopic beads functionalized to react with the lab test’s search parameters. For example, one type of bead could be covered with antibodies that selectively bind to e. coli to test water quality. Other types could detect cancer biomarkers or bind to the tetanus virus to test for immunity.
“It can be any biological agent,” Konry said. “We take the same approach.”
The beads fluoresce when the specific marker or cell in question has been detected; from there, an analysis by ScanDrop can provide the concentration levels of that marker or cell.
Because the volumes being tested with ScanDrop are so small, the testing time dwindles to just minutes. This means you could get near-??real time measures of a changing sample—be it bacteria levels in a flowing body of water or dynamic insulin levels in the bloodstream of a person with diabetes.
Konry noted that not only are other testing mechanisms prohibitively expensive, but they are also fairly useless in the field—particularly in remote areas—because the instruments are large and require long times for analysis. By comparison, ScanDrop’s portability makes it much more functional and efficient in the field.
Her team recently joined forces with a group at the Lawrence Berkeley National Lab, which developed software that can remotely control ScanDrop’s activity from anywhere on the planet. This functionality could be particularly useful when the instrument is set up in the field to continuously monitor the environment.
The Latest on: Portable miniature science lab
via Google News
The Latest on: Portable miniature science lab
- A mini moon about to orbit Earth may actually be a piece of space junk from the 1960son October 12, 2020 at 6:33 am
An asteroid likely to get caught in Earth's orbit and become a "mini moon" for several months may in fact not be an asteroid at all.
- Lab-Made ‘Miniproteins’ Could Block the Coronavirus from Infecting Cellson October 12, 2020 at 4:40 am
Credit: Juan Gaertner Science Source While the world waits for a COVID-19 vaccine, many researchers are focused on developing effective therapeutics that can be rolled out quickly and cheaply.
- NOAA's miniature aerosol instrument delivered to International Space Stationon October 8, 2020 at 11:07 am
A miniaturized aerosol spectrometer developed by scientists in NOAA’s Chemical Sciences Laboratory reached new heights on Monday, October 5 when it was delivered by a cargo capsule to the ...
- Portable lab-on-a-chip method identifies COVID-19 antibodieson October 3, 2020 at 5:19 am
A portable lab-on-a-chip developed at the University of Michigan can identify the presence of COVID-19 antibodies in blood with greater speed and efficiency tha ...
- Lab-on-a-chip offers faster means of identifying best plasma donors in COVID fight.on September 30, 2020 at 7:20 am
M startup Optofluidic Bioassay and Hackensack Meridian Center for Discovery and Innovation in New Jersey, researchers have shown the ...
- Hound Labs Introduces the HOUND® COVID-19 BREATHALYZERon September 30, 2020 at 5:01 am
Hound Labs, Inc., a medical technology company specializing in point-of-care solutions, announced today the creation of the HOUND COVID-19 BREATHALYZER, the world’s first portable breathalyzer to ...
- Greenlane Partner PAX Labs™ Unveils New PAX 3™ Color Refreshon September 14, 2020 at 4:13 am
To celebrate the new collection, PAX Labs is collaborating with Revelry, a Greenlane partner that creates smell proof storage accessories, with a special edition of their top-selling Mini Broker ...
- Lab-on-paper strip: Small, inexpensive platform for diagnosing tropical feverson September 11, 2020 at 8:50 am
The device, named LAMDA (stands for lab-on-paper for all-in-one molecular diagnostics) by the scientists, is essentially a mini laboratory on a paper strip—vaguely reminiscent of over-the ...
- Lab-on-paper strip: Small, inexpensive platform for diagnosing tropical feverson September 11, 2020 at 5:40 am
In a recent effort to make the diagnosis of these mosquito-borne diseases faster and easier, a team of scientists, led by Professor Min-Gon Kim from the Gwangju Institute of Science and Technology ...
- The Best Cheap Printers for 2020on September 9, 2020 at 8:28 am
Though choosing the right printer for your needs is not rocket science ... and dedicated portable photo printers (for quick-output mini-snapshots). Hit the links for much more on each of these ...
via Bing News