CAS Analytical Methods makes it simple to locate, compare, and understand analytical methods from top journals and patents.
CAS Analytical Methods makes it simple to locate, compare, and understand analytical methods from top journals and patents.

CAS Analytical Methods addresses the challenges that analytical scientists face such as time pressure, lack of process, lack of method details in literature and limited resources. With this solution it is easy to browse and find methods that may have not existed in or are buried in primary literature.

CAS Analytical Methods gives me easy access to look at multiple methods in a very organized and clear way. The refining tool by technique is very good.
Source: TechValidate. TVID: 81A-4E1-795
Ofir ItzhakiR&D Manager / Team LeaderFermentek Biotechnology

User Benefits
Save time with easy access to method details from millions of disclosed procedures.
Compare analytical methods side-by-side to understand key similarities and differences.
Organize experimental details in an easy-to-read format.
Provide materials, instrumentation, and conditions.
Save time with easy access to method details from millions of disclosed procedures.
Compare analytical methods side-by-side to understand key similarities and differences.
Organize experimental details in an easy-to-read format.
Provide materials, instrumentation, and conditions.
Resources
RNA-Derived Medicines: A review of the research trends and developments
The use of RNA in therapeutics has the potential to revolutionize medicine. This white paper highlights emerging trends in targets, chemical modifications, and new delivery systems that increase stability of RNA.
CAS Partnership with INPI Brazil Demonstrates AI Success in Increasing Examiner Productivity
New artificial intelligence-enabled solution from CAS transforms patent office workflow, cuts examination times in half, speeds customer service, and reduces patent backlogs.
Bio-based Polymers: A Green Alternative to Traditional Plastics
Read our white paper to find out more about the advantages, limitations, and popularity of the different classes of biopolymers, and how the research and development interest in these alternatives to traditional plastic has changed over the last two decades.