Insilico Medicine has a new agreement with a British investors biotech company that will result in the companys platform being used to develop new compounds for use in drugs that treat aging and age-related diseases. <\/p>\n
The startup, which is based at ETCs Eastern campus, signed a deal with Juvenescence AI,according to a press release. As a result, the two companies have a drug development agreement under the title Juvenescence AI Limited. Along with the deal, Juvenescence made an investment into Insilico Medicine. The amount was not disclosed. <\/p>\n
Insilico applies machine learning to the process of drug discovery. As founderAlex Zhavoronkov told Technical.ly Baltimore, the companys platform is designed to use deep learning techniques to analyze how a compound will affect cells. This process is currently determined through trials. <\/p>\n
We are excited by the potential for AI to streamline the longest and most costly portions of the drug development cycle: clinical trials, Juvenescence Chairman Jim Mellon said in a statement. With Insilico Medicines help, we hope Juvenescence AI will both develop therapeutics that treat the diseases that plague all of us as we age and eventually treat the aging process itself. <\/p>\n
With the deal, Juvenescence AI will license several compound families from Insilico. <\/p>\n
Stephen Babcock is Market Editor for Technical.ly Baltimore and Technical.ly DC. A graduate of Northeastern University, he moved to Baltimore following stints in New Orleans and Rio Arriba County, New Mexico. His work has appeared in The New York Times, Baltimore Fishbowl, NOLA Defender, NOLA.com\/The Times-Picayune and the Rio Grande Sun.<\/p>\n
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Insilico Medicine signs deal to advance use of AI in discovering new drugs - Technical.ly Baltimore<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" Insilico Medicine has a new agreement with a British investors biotech company that will result in the companys platform being used to develop new compounds for use in drugs that treat aging and age-related diseases. Continue reading