Symbiotic Research Broadens Bioanalytical Services with Laboratory Expansion
MOUNT OLIVE, NJ - Symbiotic Research, LLC, a leading life sciences contract research organization, proudly announces the expansion of its bioanalytical services group at its Mount Olive site. This expansion includes additional FDA and EPA compliant quantitative mass spectrometry services, featuring both high-resolution (MRM-HR) and standard Triple Quadrupole mass spectrometry analytical services utilizing Sciex mass spectrometers and the Watson LIMS system.
Tentamus Group, has invested in an additional thirteen thousand square feet (13,000 ft²), bringing the overall Tentamus labs footprint at 350 Clark Drive in Mount Olive, NJ, to over 22,000 ft². This significant growth accommodates the increasing demand for various services and specifically supports the expansion of Symbiotic Research’s fast-growing bioanalytical program.
Symbiotic Research is a key player in providing quality lab services for small molecule bioanalytical studies across various matrices, including plasma, blood, serum, and tissues. The highly experienced team develops robust custom methods, conducts method qualification and validation, and offers both Good Laboratory Practice (GLP)-compliant and non-GLP services. The expanded facility supports discovery, pilot, preclinical, and clinical studies in bioequivalence, pharmaceuticals, and metabolite profiling for the animal health, pharmaceutical, and agrochemical industries.
Notably, Symbiotic Research's laboratory boasts HPLC-MS/MS (triple quadrupole) capabilities and High-Resolution MS capabilities, ensuring the ability to meet and exceed the analytical needs of clients.
About Symbiotic Research:
Symbiotic Research, based in Mount Olive, NJ, is a specialized contract research organization focusing on bioanalytical, residue, animal and plant metabolism, environmental fate, and product chemistry studies. As part of the global Tentamus Group, Symbiotic Research brings expertise and depth of knowledge to tackle even the most challenging matrices and chemistry.