Calendar of CURE/Yale BioHaven seminars for Fall 2010 now available. more
9/14
8:45 am - 6:00 pm

Ubifrance, the French Agency for international business development, cordially invites CURE members to this year's second French Biotech Tour, which aims to connect French and American Biotech companies specialized in neuroscience, inflammation, and auto-immune diseases. Philadelphia, PA. more
9/16
6:00 pm - 7:30 pm

CURE/Yale BioHaven presents Al Mann: 'Creating a successful medical device enterprise.' Hope Auditorium, Yale University, 315 Cedar Street, New Haven. more
10/5
Deadline for nominations for the Lemelson-MIT prize, awarded to an outstanding mid-career inventor who has developed a patented product or process of significant value to society. more
10/27
4:00 pm - 6:00 pm

CURE/Yale BioHaven presents Cobalt Therapeutics. Anlyan Center, Yale University, 300 Cedar Street, New Haven. more
11/18
4:00 pm - 6:00 pm

CURE/Yale BioHaven presents Biodel Inc. Anlyan Center, Yale University, 300 Cedar Street, New Haven. more
12/7
5:30 pm - 7:30 pm

CURE Holiday Party. Café George, 300 George Street, New Haven. Watch for details.


OpStat Group Inc.
54 Danbury Road # 337
Ridgefield, CT 06877

Phone: 203-431-3905
Website: http://www.OpStat.com

Contact(s)
Jim Curry - JimCurry@OpStat.com

General Information
With biopharma experience since 1987, OpStat’s innovative simulation and optimization models for clinical, supply chain, quality and financial management are the state of the art in strategic and tactical planning for a portfolio of products in development.

OpStat’s Strategic Capacity Model uses Monte Carlo simulation technology to develop how much capacity is required, and where products should be manufactured. It computes the optimum profit based on probabilistic forecasts, tax structures, royalties, operating costs and contractual commitments.

The Clinical Supply Model incorporates study arms, pack types and visit schedules with the projected and actual recruitment to simulate dispensation from clinical sites back through the supply chain. It projects site inventory and supply flow during clinical trials, simulating the impact of timing and scale of operation on resource utilization, product yield and drug substance usage.

The Lean Manufacturing and Laboratory Models simulate the supply chain from cell fermentation, formulation, filling, to packaging. The simulations model all forms of product manufacturing – liquids, solids, lyophilized, parenterals, biologicals, vials, syringes, specialized delivery. Comprehensive laboratory test profiles are incorporated to accurately predict equipment and staff required to fit the predicted mix of test requests, as well as staff training levels and shift schedules.

Other Information
Ownership: Private
CT Employees: 3
World Employees: 10

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