COMPREHENSIVE AND EFFECTIVE COMMUNICATION AND COLLABORATION
WITH OUR CLIENTS IS A HALLMARK OF OUR SUCCESS.
These projects are conducted under the terms of a proposal that delineates the level of effort required by Ph.D. scientists working full time on the project at the bench. These FTE (Full Time Equivalent) projects generally involve more complex or longer-term projects. Generally, the compounds being synthesized have not been described in any literature. Synthetic pathways to these compounds may need to be designed before being executed. This FTE approach allows our clients the flexibility to change goals and priorities on an immediate basis. FTE projects are generally invoiced on a monthly basis at a set FTE rate.
FTE costs include:
● Supervision and Management by an Organix Principal
● Regular communications (face to face or video conference)
● Written progress reports
● Consultation with Organix’ Manager of Analytical Services
● All reagents and solvents
● All common starting materials
● All in-house analytical services
Full Time Equivalent or Fee for Service
● Costs are prorated per chemist month
● Starting materials are charged at cost with no mark-up
● No project is too small or too large
PURCHASE ORDER PROJECTS
These projects are conducted under the terms of a Purchase Order issued by the client. Custom Synthesis involves preparation of amounts of compounds that have already been described in either the public or proprietary literature and for which synthetic procedures are available. In certain cases, closely related unpublished analogs may also be amenable to this approach. Purchase Order projects are invoiced and paid for once the project is completed and the product delivered to the client.
Contract Research and Development in Synthetic Organic Chemistry
Custom Synthesis of Organic Molecules
Lead Generation and Optimization
Structure Activity Relationship Studies to discover new molecular entities and optimize lead compounds
Collaborative projects to discover new molecular entities designed for specific functions
Design, Evaluation and Optimization of Synthetic Procedures
Design and Synthesis of New Molecular Entities
Isolation, Identification and Synthesis of Natural Products
Research and Synthesis of Controlled Substances
Design and Synthesis of Cationic Lipids and "Lipidoids"
Microsphere Synthesis and Microencapsulation