Novogene awarded with "10x Genomics Preferred Service Provider" certification for 10x Genomics' single-cell and spatial omics services
Novogene has been designated as a “10x Genomics Preferred Service Provider,” a testament to its exceptional capabilities in single-cell and spatial omics services. This accolade was formalized during a signing ceremony at which the new Center of Excellence was also unveiled.
The event was graced by esteemed attendees, including Ms. Mennah Moustafa, Chief Commercial Officer of 10x Genomics, and Ms. Di Mo, Vice President of Sales for Asia-Pacific. They were joined by Mr. Dachao Fu, Sales Manager for the North Region, Ms. Yixue Li, Global Product Center General Manager, and Mr. Wenkai Jiang, Deputy General Manager of the Global Product Center at Novogene.
At the ceremony, the parties engaged in deep discussions regarding future collaborative efforts in pioneering single-cell and spatial multi-omics research, and expressed enthusiasm for ongoing partnership to push the boundaries of cellular and spatial technologies.
Novogene is at the forefront of genetic technology, offering cutting-edge products and services to the global scientific community. Its facilities span the United States, the United Kingdom, Singapore, Japan and beyond. Since 2017, Novogene has provided 10x Genomics single-cell and spatial sequencing services, aiding in the publication of over 236 high-impact scientific papers across various research domains such as tumor heterogeneity, stem cell differentiation, and more.
Till date, Novogene has processed in excess of 20,000 samples, utilizing an array of systems including 10x Chromium, 10x Visium, Cytassist, and 10x Xenium to cater to diverse research requirements. Moving forward, Novogene remains committed to its core values of Professionalism, Innovation, Integrity, and Partnership, striving to deliver unparalleled gene technology products and services.
Tianjin Single-cell & Spatial lab 10x Genomics platforms
US San Jose single-cell lab
Singapore single-cell lab
Japan single-cell lab