MIT develops a mobile system that is easy to move
Researchers at the Massachusetts Institute of Technology (MIT) have developed a compact, mobile-friendly pharmaceutical system that does not replace the traditional pharmaceutical industry, but is a replacement for special situations. This new mobile device is capable of producing different drugs on demand. Just as an emergency generator can provide electricity during a power outage, the system can quickly produce emergency medications in the event of a disease outbreak, or prevent a shortage of medicines caused by a drug factory shutdown. “You can think of this as an emergency backup for the pharmaceutical industry,†says MIT chemical engineering professor Allan Myerson. “It's not a replacement for the traditional pharmaceutical industry, it's a replacement for special situations. †Such systems can also be used to produce small quantities of drugs for clinical trials or to produce drugs to treat rare conditions. Professor Klavs Jensen, honorary professor of MIT Chemical Engineering's "Warren K. Lewis", said, "The goal of this project is to build a small, mobile, all-in-one device. You can ship it anywhere. As long as you have the right chemical ingredients, you can be pharmacy." The authors of the article published in the journal Science include: MIT Research Assistant Andrea Adamo, Cluff Jensen, Alan Myerson, and Timothy Jar, Director of the MIT Chemistry Department. Timothy Jamison. More flexibility Traditional pharmacy, or "batch processing," takes weeks or even months. The active pharmaceutical ingredients are synthesized in a chemical plant and transported to other plants for conversion into tablets or syrups that the patient can take. This system is not flexible enough to cope with a surge in demand, and it is easy to collapse across the board at the end of a certain phase. Many pharmaceutical companies are developing an alternative, called “process processing†– to complete all production at the same location. Five years ago, a research team including Jensen, Myerson, and Jamison MIT showed a larger sample (24x8x8 feet) that was continuously produced from chemical synthesis to tablets. Although the project invested by Novartis Pharmaceuticals is over, the prototypes of continuous production are still developing, and researchers are developing new methods for synthesis, purification and formulation.  Medical Tape
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