Tranzyme and Neokimia Announce Merger to Form a Fully Integrated Drug Discovery and Development Company Combined; Company Receives US $6 Million in New Financing.Business Editors/Health/Medical Writers RESEARCH TRIANGLE PARK Research Triangle Park, research, business, medical, and educational complex situated in central North Carolina. It has an area of 6,900 acres (2,795 hectares) and is 8 × 2 mi (13 × 3 km) in size. Named for the triangle formed by Duke Univ. , N.C. & SHERBROOKE, Quebec--(BUSINESS WIRE)--Dec. 18, 2003--North Carolina-based Tranzyme, Inc. and Quebec-based Neokimia Inc. announced today that the two companies will join forces to form a fully integrated drug discovery and development company. The new company will combine Tranzyme's proprietary functional biology with Neokimia's novel chemistry platform. In addition, the new company will have a portfolio of drug candidates in late-stage lead optimization and anticipates having two compounds in clinical development in 2005. In a separate press release (dated December 18, 2003), the new company also announced that it received US $6 million of new capital in the form of convertible notes. The new capital will finance operations The execution of the joint finance mission to provide financial advice and guidance, support of the procurement process, providing pay support, and providing disbursing support.See also financial management. and preclinical development of lead compounds. Tranzyme's focus has been on the discovery of therapeutics for diseases of the neurosensory neu·ro·sen·so·ry adj. Of or relating to the sensory activity or functions of the nervous system. system, including the eye, ear and the brain. Tranzyme's unique capabilities in gene delivery and expression provide a natural and competitive platform for drug discovery and development which has served as the basis for numerous corporate partnering deals. Neokimia has a proprietary medicinal chemistry Medicinal or pharmaceutical chemistry is a scientific discipline at the intersection of chemistry and pharmacology involved with designing, synthesizing and developing pharmaceutical drugs. platform for the synthesis and optimization of small cyclic compounds, and has developed several lead compounds directed towards gastrointestinal disorders and metabolic diseases. These lead compounds show high activity on G-protein coupled receptors (GPCRs) and other cell-surface receptors expressed in the gastrointestinal tract gastrointestinal tract n. The part of the digestive system consisting of the stomach, small intestine, and large intestine. Gastrointestinal tract and neurosensory system, including the brain. Correspondingly, Tranzyme has used its proprietary technology to build biological systems for drug discovery that express these targets. Thus, the new company will be uniquely positioned to develop novel therapeutics for diseases related to the "brain-gut axis". "The capabilities of both companies really complement one another," said Professor Pierre Deslongchamps, Ph.D., founder of Neokimia. "Our cyclic molecules are comprised of various proprietary chemical fragments which can be varied to modulate the compounds' chemical diversity, three-dimensional shape and drug-like properties to efficiently optimize lead candidates. In addition, our compounds have demonstrated applications in a wide variety of therapeutically relevant biological systems wherein Tranzyme has particular expertise. Neokimia will benefit tremendously from Tranzyme's functional biology to discover and optimize clinically relevant therapeutic candidates." "The merger is a logical progression in the maturation of Tranzyme's functional biology capabilities as a drug discovery engine, and I am excited about the future of the combined company," said Dr. John C. Kappes, Ph.D., who co-founded Tranzyme along with Dr. Xiaoyun Wu, M.D. Dr. Wu added, "Combining the technologies of the two companies will allow the development of novel drugs by using Tranzyme's high-content biological assays with the proprietary chemistry of Neokimia." "We are very excited about this merger as it will allow the new company to expand into areas in which each has already built considerable value," said Dr. Vipin K. Garg, Ph.D., President & CEO (1) (Chief Executive Officer) The highest individual in command of an organization. Typically the president of the company, the CEO reports to the Chairman of the Board. of the new company. "We will instantly graduate from individual biology and chemistry platform companies to an integrated product-based company capable of developing novel drugs. Our new Canadian New Canadian Noun Canad a recent immigrant to Canada operation will provide us immediate access to high quality chemistry and drug discovery capabilities." In addition to the products being developed internally, the new company has partnerships in therapeutic programs for HIV HIV (Human Immunodeficiency Virus), either of two closely related retroviruses that invade T-helper lymphocytes and are responsible for AIDS. There are two types of HIV: HIV-1 and HIV-2. HIV-1 is responsible for the vast majority of AIDS in the United States. infection, cancer and cystic fibrosis cystic fibrosis (sĭs`tĭk fībrō`sĭs), inherited disorder of the exocrine glands (see gland), affecting children and young people; median survival is 25 years in females and 30 years in males. . Moreover, the company plans to continue leveraging its combined technology platforms with industry collaborations, which generate both near term revenue and provide access to additional technology. Tranzyme will maintain its existing facility in Research Triangle Park, North Carolina North Carolina, state in the SE United States. It is bordered by the Atlantic Ocean (E), South Carolina and Georgia (S), Tennessee (W), and Virginia (N). Facts and Figures Area, 52,586 sq mi (136,198 sq km). Pop. as the focal point focal point n. See focus. for its functional biology program, and will continue its drug discovery operations at the chemistry facility in Sherbrooke, Quebec. Dr. Garg will become President and CEO of the combined companies. The President and CEO of Neokimia, Caroline Fortier, will step down and depart the company. The Board of Directors of Neokimia expressed their gratitude for Ms. Fortier's contributions to the company and for accomplishing the merger. Vengate Capital Partners Company of Toronto, Canada advised the companies on the transaction. Tranzyme, Inc. is a privately held drug discovery and development company focused on the treatment of diseases associated with the neurosensory system including the eye, the ear and the brain. Tranzyme has developed a proprietary functional biology platform based on gene delivery and controlled expression from in vitro in vitro /in vi·tro/ (in ve´tro) [L.] within a glass; observable in a test tube; in an artificial environment. in vi·tro adj. In an artificial environment outside a living organism. to ex vivo ex vivo /ex vi·vo/ (eks´ ve´vo) outside the living body; denoting removal of an organ (e.g., the kidney) for reparative surgery, after which it is returned to the original site. to in vivo in vivo /in vi·vo/ (ve´vo) [L.] within the living body. in vi·vo adj. Within a living organism. in vivo adv. . Tranzyme is leveraging its technology through partnerships and internal programs to drive the discovery and development of novel therapeutics. The Company has established numerous strategic partnerships around the world and has secured access to a number of important therapeutic targets and lead compounds for neurosensory diseases. Neokimia Inc. is a privately held drug discovery and development company dedicated to advancing and exploiting novel chemistry for the rapid generation of new lead candidates for pharmaceutical development. Its core technology is built around the integration of advanced organic and combinatorial chemistry with computation and molecular modeling methods for the design and synthesis of unique libraries of conformationally defined molecules. This platform offers significant advantages over traditional approaches to drug discovery and is particularly useful in accelerating drug discovery for the many new targets resulting from the advances in genomics and proteomics research. |
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