PCI – 7th June 2024
Thermofisher: Thu 29 February 2024, 11:15
BMG Labtech: Wed 18 September 2024, 11:55
Owen Mumford 12 January 2022, 16:46

Current Edition

Cell and Gene Therapy

Upcoming Events

PEGS Boston – 17/02/2025
NextGen BioMed – 04/02/2025
BioTrinity 2025 – January 30th 2025
Elrig R&I 2025 – 27th January 2025
Biotechnology Show 2025: 20th January 2025
Anglonordic: 16th January 2025
AI in Drug Discovery – SAE media – January 14th 2025

Advertisement

Fujifilm rectangle: Fri 22 November 2024, 14:23
Roald Dahl Charity: Fri 15 November 2024, 12:57
A&M STABTEST: Fri 21 June 2024, 11:43
CDD Vault – 18.03.2025
Aurisco – 04/02/2025
Biopharma Group – 19th March 2025

Crown Bioscience and The Jackson Laboratory Collaboration Enables Global Access to FATZO Mouse Model

Continued Collaboration Facilitates Global Distribution of Obesity, Metabolic Disease, and NASH Model and Priority Supply to CrownBio’s World-Class Cardiovascular, Obesity, and Metabolic Disease Platform

SAN DIEGO, March 05, 2019 (GLOBE NEWSWIRE) — Crown Bioscience, a global drug discovery and development services company, providing translational platforms to advance oncology, inflammation, cardiovascular and metabolic disease research today announced an exclusive agreement with The Jackson Laboratory (JAX) to utilize its world-class distribution channels to make the FATZO mouse model available to researchers globally.

As CrownBio’s exclusive distributor of the FATZO model, JAX, the independent, nonprofit biomedical research organization will utilize its expertise in the breeding, production, and delivery of high-quality mouse models to increase worldwide access with immediate effect. As part of the agreement, JAX will provide a prioritized model supply to support CrownBio’s global service platform in obesity, diabetes and associated indications.

A unique and proprietary model to CrownBio, the FATZO model, is a translationally-relevant, inbred polygenic mouse model ideal for the study of obesity, metabolic syndrome and diabetes, and drug development. The model is sensitive to developing obesity and metabolic syndrome under the influence of a high-fat diet, which has been demonstrated to be a significant factor in the human development of these conditions. The model also exhibits human-like disease progression, making it an ideal candidate for modeling human metabolic syndrome.
 “I am excited that our ongoing relationship with The Jackson Laboratory has resulted in this agreement and will enable easier access to FATZO, thereby accelerating discovery in obesity, diabetes, and NAFLD/NASH,” said Dr. Jim Wang, senior vice president of CrownBio’s Cardiovascular and Metabolic Disease division.
Newcells 3 June 2024, 15:12
Novonordisk: Wed 17 July 2024, 11:22
FujiFilm 30 October 2023, 16:23
Autoscribe Mon 26 June 2023, 15:15
Aldevron: 16th January 2025
Richter: Wed 23 October 2024, 09:03
GenXPro: Mon 16 September 2024, 10:40
Eppendorf – 18.03.2025