|  |  | |
 |  |  | | | Portfolio : Life Sciences |
 |  | | Altea Therapeutics (www.alteatherapeutics.com) develops pharmaceutical products using a non-invasive skin patch to deliver therapeutic proteins, conventional drugs and vaccines through the skin. The Company’s patented PassPort™ patch uses short bursts of focused thermal energy to create hundreds of tiny channels in the surface of the skin. These channels permit the rapid and sustained flow of proteins, peptides, carbohydrates, and small molecules into the body without the use of needles. Phase 1 clinical trials of both insulin and hydromorphone patch products are well underway. Additional pilot human studies have demonstrated the delivery of several protein drugs and vaccines via the skin including interferon-alpha, hepatitis B antigen, and parathyroid hormone. The Company's intellectual property includes 36 issued patents (16 U.S.), with numerous additional applications pending. Co-investors in Altea Therapeutics include Domain Associates, Venrock Associates. |
|
 |  | Founded in 2002 by a group of internationally recognized spine surgeons and geneticists, Axial Biotech, Inc. is focused on the use of genetics and the development of minimally invasive fusionless devices to advance the diagnosis and treatment of diseases and deformities of the human spine. Axial is the first company to pursue DNA-based pre-symptomatic and prognostic tests for common spinal conditions which will augment current clinical and surgical practices. In its initial genetic product development initiative, Axial has made significant progress towards the discovery of a location in the human genome that is associated with adolescent idiopathic scoliosis. In addition, Axial's founders have developed five motion preserving, fusionless surgical devices (including the only such device currently being implanted in humans) that have the promise of expanding the current treatable scoliosis patient population by a factor of ten. Axial intends to use its proprietary genetic intellectual property in the development of bio-mechanical devices, and to apply its gene discovery/product development methodology to other spinal diseases. Axial (www.axialbiotech.com) is located in Salt Lake City, Utah. |
|
 |  | | BioMicro Systems (www.biomicro.com) was founded in 2000 to develop and improve microfluidic microarray sample processing. Microarrays are tools used by major pharmaceutical companies and research laboratories to sift through and analyze information contained within a genome. A microarray consists of different nucleic acid probes that are chemically attached to a substrate, which can be a microchip, a glass slide or microsphere-sized beads. In 2003 BioMicro Systems launched the MAUI Hybridization System, a cutting-edge microarray instrument, designed to target the processing bottleneck encountered during the critical hybridization step in gene expression studies. To date, BioMicro Systems has sold over 100 MAUI Systems worldwide. |
|
 |  | | Exagen Diagnostics (www.exagendiagnostics.com) is an emerging leader in the discovery and development of practical prognostic genomic markers that enable physicians and patients to make better choices when treating serious diseases. Exagen uses its computational technology to analyze huge volumes of genomic data, and the resulting proprietary platform has the capability to dramatically accelerate the identification, validation and commercialization of prognostic genomic marker tests. Exagen has successfully tested its platform on a number of published data sets and has demonstrated that it can rapidly generate accurate, informative and affordable prognostic aids, signaling the end of "one-size-fits-all medicine" for serious conditions like breast cancer and hepatitis C infections (HCV). Exagen intends to develop and test genomic marker sets using its proprietary FISH (fluorescence in situ hybridization) format, and then to distribute the test reagents through large diagnostic laboratories with broad reach. |
|
 |  | Inflabloc Pharmaceuticals, Inc. (www.inflabloc.com) is engaged in the research and development of pharmaceutical treatments for inflammatory disorders. Inflabloc’s current product development is based on its discoveries of strong anti-inflammatory properties of dehydroepiandrosterone (DHEA), a steroid that is produced in the adrenal gland. The company’s lead product line is a proprietary DHEA combination treatment. The company has 4 products in development. IP-1001 is slated to enter Phase 2 clinical trials in Crohn’s disease later this year. IP-1002 has completed Phase 1. IP-1003 recently established proof-of-concept in an inflammatory bowel disease (IBD) animal model, while IP-1005 has just entered proof-of-concept testing in a C-reactive protein (CRP) mouse model. |
|
 |  | Mirabilis Medica (www.mirabilismedica.com) develops non-invasive solutions for conditions that have traditionally required invasive surgery. The company's patented technology combines the application of therapeutic ultrasound (i.e. high intensity focused ultrasound) under the guidance of conventional imaging (or "diagnostic") ultrasound. Led by experts in therapeutic ultrasound and gynecology, the company's vision is to facilitate office-based therapy for a wide variety of conditions; however Mirabilis will initially address a common problem plaguing millions of women, i.e. uterine fibroids. Established in 2004, the company is based in Seattle and privately-held. |
|
 |  | Protalex (www.protalex.com) is a biotechnology company engaged in the development of a new class of immunomodulatory drugs for treatment of rheumatoid arthritis and other autoimmune diseases. The company takes a unique approach towards autoimmune diseases as its drugs act upon cells at the primitive level of function. The company will enter Phase I clinical trials within the next year for its first drug that addresses Rheumatoid Arthritis. Pre-clinical studies in Lupus and Chron’s disease are set to begin in the fourth quarter of 2004. |
|
 |  | | Q Therapeutics, Inc. (www.qthera.com) is developing glial cell-based therapeutic products for central nervous system (CNS) disorders in which a disease or injury inhibits normal myelin growth and enzyme performance. Glial cells are the direct source of more than 90% of cells in the mammalian nervous system and are essential for maintaining its normal functions. Insufficient or defective myelin and/or enzyme function is responsible disorders such as multiple sclerosis, cerebral palsy, leukodystrophies, and certain lysosomal storage disorders and prevents recovery from white-matter stroke and spinal cord injury. Q Therapeutics’ technologies allow for GMP scale-up and treatment of large population disorders while holding the promise of restorative, not just preventive, therapy for these CNS conditions. Q is pursuing proof-of-concept in animal models of several potential disease targets. |
|
 |  | Salus was acquired by Genta (NASDAQ:GNTA) in August 2003. |
|
 |  | VeraLight, www.veralight.com a spinout of InLight Solutions, is a medical device company that is developing Scout, a non-invasive screening device that will detect diabetes and pre-diabetes more accurately and conveniently than current methods. Scout uses fluorescent light to detect changes in a patient's skin indicative of diabetes. The Scout test can be performed anywhere, any time and is simpler than taking blood pressure. VeraLight's non-invasive diabetes screening technology will assist healthcare providers and patients in the global battle against the type 2 diabetes epidemic. |
|
 |  | | ZARS, Inc. (www.zars.com) is a specialty pharmaceutical company focused on the development and commercialization of topically applied drugs using its proprietary drug delivery technologies, with an initial focus on pain management. ZARS has developed a portfolio of proprietary products and product candidates based on its Controlled Heat-Assisted Drug Delivery (CHADD) and its phase-changing cream (Peel and DuraPeel) technologies. The Company’s products and product candidates include two products that have been approved for marketing (Pliaglis and Synera), one product candidate for which it plans to begin Phase 3 clinical trials in the third quarter of 2007 (ThermoProfen) and two product candidates which are in Phase 1 clinical trials. |
|
|
|