Country for PR: United States
Contributor: PR Newswire New York
Monday, January 13 2020 - 08:00
AsiaNet
CAS Rolls Out New Predictive Retrosynthetic Capabilities in SciFinder-n
COLUMBUS, Ohio, Jan. 13, 2020 /PRNewswire-AsiaNet/ --

- Next-generation solution further accelerates idea generation and efficiency 
in developing novel chemical syntheses 

As part of their continued commitment to helping R&D leaders accelerate 
scientific discovery, today CAS, a division of the American Chemical Society, 
announced the launch of a breakthrough retrosynthetic capability in 
SciFinder-n. This computer-aided synthetic design (CASD) solution utilizes AI 
technology, powered by CAS's unmatched collection of scientist-curated reaction 
content and leverages John Wiley and Sons, Inc.'s award-winning ChemPlanner 
technology to now identify predicted retrosynthetic routes for both known and 
novel compounds. 

Logo - https://mma.prnewswire.com/media/1029755/CAS_Logo.jpg 

"Synthetic planning is a critical step in the R&D pipeline and is often a 
significant bottleneck impeding speed to market," says Tim Wahlberg, Vice 
President, Product Management at CAS. "Customers have responded 
enthusiastically to the new retrosynthetic capabilities we launched in 
SciFinder-n last year, and we are excited to extend this technology with 
predictive enhancements that allow chemists to be significantly more 
innovative, more confident, and more efficient."

The SciFinder-n retrosynthesis planner uses an advanced retrosynthetic engine 
to construct routes to desired compounds consisting of experimental and 
predicted reaction steps from 121 million reactions in the CAS collection 
amassed over 110 years of chemistry research. CAS human-curated scientific 
content is recognized as the most comprehensive in the world. Pairing AI with 
this unique, high-quality dataset maximizes the power of CASD technology to 
provide new insights to help solve vexing synthesis challenges.

The dynamic, interactive plans developed in SciFinder-n allow chemists to 
easily review alternative reaction steps, providing an intuitive means to 
inspire new thinking, evaluate alternative synthetic strategies and compare 
tactical approaches. SciFinder-n's retrosynthetic capabilities support critical 
chemistry R&D workflows including synthesizing new molecular entities 
innovations, reaction scale up, and identifying opportunities for new 
breakthroughs in methods development. Expediting these key steps in the R&D 
pipeline will allow SciFinder-n customers to get more new innovations to the 
market more quickly.

About CAS
CAS, a division of the American Chemical Society specializing in scientific 
information solutions, partners with R&D organizations globally to provide 
actionable insights that help them plan, innovate, protect their innovations, 
and predict how new markets and opportunities will evolve. Scientific 
researchers, patent professionals and business leaders around the world across 
commercial, academic and government sectors rely on our solutions and services 
to advise discovery and strategy. Leverage our unparalleled content, 
specialized technology, and unmatched human expertise to customize solutions 
that will give your organization an information advantage. With more than 110 
years' experience, no one knows more about scientific information than CAS. 
Learn more at www.cas.org. 

About SciFinder-n
SciFinder-n ( 
https://c212.net/c/link/?t=0&l=en&o=2687726-1&h=390824462&u=https%3A%2F%2Fwww.cas.org%2Fproducts%2Fscifinder-n&a=SciFindern 
), the newest and most advanced solution in the SciFinder(R) family, allows 
researchers to eliminate productivity bottlenecks and accelerate their 
innovations to the market.  With optimized access to the unmatched CAS content 
collection, synthetic planning solutions, and the most advanced chemistry 
relevance engine in the industry, SciFinder-n is the scientist's lab partner 
allowing them to do their best research in record time.

CAS Media Contact: 
Tina Tomeo 
614-447-3600 
cas-pr@cas.org 

SOURCE  CAS
Translations

Japanese

Vietnamese