Waters Corporation Enters Into Collaborations with Chinese Partners

Waters Corporation to Assist US EPA in the Analysis of Perfluorinated Compounds (PFCs) in Soil and Water

Waters Corporation announced it has entered into a Cooperative Research and Development Agreement (CRADA) with the U.S. Environmental Protection Agency's (EPA) National Exposure Research Laboratory to develop trace level analytical methods for detecting perfluorinated compounds (PFCs) in so ... more

Waters Corporation Enters Into Collaborations with Chinese Partners

Waters Corporation announced collaborations with the China Municipal Center for Disease Prevention and Control (China CDC), Beijing Municipal Center for Disease Prevention and Control (BJCDC) and The Research Center for Eco-Environmental Sciences (RCEES) of the Chinese Academy of Sciences t ... more

Waters Corporation Achieves Top Honors Again For World-Class Customer Service

Waters Corporation announced that it is the recipient of its fifth consecutive Omega Northface ScoreboardSM Award for exceeding customer expectations in service and satisfaction during the prior calendar year. The award is administered by the Omega Management Group. Omega's methodology mea ... more

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Materials: The first graphene-based chiral sensor

A reusable, natural and cheap amylose-functionalised graphene sensor was developed for highly sensitive and visual fluorescent chiral sensing by a team in China.The team found that the sensor’s detection sensitivity toward L-tryptophan was over 100 times higher than that of recently reporte ... more

New X-ray technique distinguishes between that which previously looked the same

Traditional X-ray images can clearly distinguish between bones and soft tissue, with muscles, cartilage, tendons and soft-tissue tumours all look virtually identical. The phase-contrast technique developed a few years ago at the Paul Scherrer Institute enables X-ray images to be produced th ... more

Photoelectric switch

A collaboration of scientists from various Beijing institutes, have made a pH-switchable, DNA-quantum dot hybrid that can also generate a photocurrent depending on the pH, allowing DNA to change conformation from a quadruplex to a double strand. Zhiyong Tang, Dongsheng Liu and colleagues f ... more