NexGel, Inc

Founded in 1971, Medi-Dose Inc. is a health care product company. The company has become one of the industry leaders in unit dose systems, bar coding products and pharmacy/nursing supplies. Its product line includes the TampAlerT System offering tamper-evident liquid packaging. Medi-Dose Inc. also offers a full line of supplies and disposable products designed specifically for the pharmacy and health care professional. It also offers a line of products for labor/delivery and maternity departments. The company's flagship software, MILT 3.0 was designed to manage the printing of labels and packaging of unit dose medications.

Gaum Incorporated has been manufacturing machinery components, designing and building special machines and repairing, rebuilding, and retrofitting machinery for over 60 years. We have continually updated our production and quality assurance equipment and procedures, and our staff has kept pace with the latest available technology.

About EDDA A well-recognized international player in the healthcare imaging industry, EDDA Technology, Inc is an innovative clinical computer solution provider that designs, patents, develops, and markets proprietary intelligent software systems for optimal clinical workflow. EDDA Technology is committed to provide innovative advanced clinical applications for enhanced clinical efficiency and effectiveness in healthcare imaging. EDDA Technology's customer base covers worldwide regions including North America, Greater China, East Asia, Southeast Asia, and the European Union. EDDA Technology is ISO13485 Certified. Product Line IQQA Intelligent/Interactive Qualitative and Quantitative Analysis is the company's product line, which seamlessly integrates advanced diagnostic analysis technology into physicians' softcopy reading process. IQQA provides real-time interactive toolsets to aid physicians in analyzing diagnostic information from large amounts of diagnostic data. IQQA helps physicians increase their clinical performance by bridging the gap between physicians' subjective interpretation based upon patient-specific characteristics and computer's object measurement from information fusion.