Ximo Zhang

Title: Ximo Zhang: Innovator in Chromatography

Introduction

Ximo Zhang is an accomplished inventor based in Framingham, Massachusetts, known for his contributions to the field of chromatography. With two patents to his name, Ximo has made significant strides in enhancing the sensitivity and resolution of liquid chromatography-mass spectrometry (LC-MS) techniques.

Latest Patents

Ximo Zhang's most recent patents focus on the use of difluoroacetic acid as an ion pairing reagent. His first patent, "Difluoroacetic acid ion pairing reagent for high sensitivity, high resolution LC-MS of biomolecules and small molecules," describes methods for separating analytes from samples in chromatography. This innovation specifies a mobile phase containing 0.005% to 2.50% difluoroacetic acid with minimal impurities, allowing for effective separation of various analytes.

The second patent, "Difluoroacetic acid ion pairing reagent for high sensitivity, high resolution LC-MS of biomolecules," also pertains to chromatographic techniques but emphasizes a lower concentration of difluoroacetic acid, ranging from 0.005% to 0.20%. This invention further contributes to the methods of separating analytes, ensuring high-resolution results in analytical applications.

Career Highlights

Ximo Zhang is currently employed at Waters Technologies Corporation, a leading company in analytical instruments and solutions. His innovative work in chromatography has positioned him as a valuable asset to the organization, enhancing their product offerings in the field of mass spectrometry.

Collaborations

Throughout his career, Ximo has collaborated with esteemed colleagues such as Matthew A. Lauber and Jennifer M. Nguyen. Together, they have combined their expertise to push the boundaries of analytical chemistry, contributing to advancements in the separation and detection of biomolecules.

Conclusion

Ximo Zhang exemplifies the spirit of innovation in the scientific community. His contributions to chromatography through patented technologies not only demonstrate his expertise but also illustrate the importance of effective methods in the analysis of complex samples. As he continues to develop new techniques, the field of analytical chemistry is poised to benefit from his remarkable achievements.