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PxRadia is applying its HD-mAb technology platform to provide increased therapeutic potency to biosimiliar monoclonal antibodies. These antibodies are directed to validated targets such as Her-2, CD-20 and PD-1/PD-L.  We and our partners will share new IP and rights and differentiation from current products in the marketplace.

Quintessence Biosciences, Inc. is a private, clinical stage biopharmaceutical company developing novel anti-cancer compounds based on our patented EVade™ Ribonuclease technology. The lead candidate, called QBI-139, completed a first in human dose escalation Phase I clinical trial in patients with solid tumors. Quintessence is looking for funding for a proof of concept clinical trial (Phase Ib/IIa) with a defined patient population.

RECARDIO is a virtual, private, clinical stage life science company founded in 2011 focusing on drug based regenerative therapeutic modalities for the treatment of cardiovascular diseases.

The company started product development mid-stage by taking advantage of >$100m of previously invested capital in the licensed lead compound, Dutogliptin. Safety has been established in more than 1000 subjects and all non-clinical studies have been completed to the highest standards, including 2 year carcinogenicity, resulting in a de-risked clinical development program from the safety perspective and overall reduction in total program costs.

 After completion of limited preclinical studies clinical trials will commence in early 2015 in patients with acute myocardial infarction.

After establishing proof-of-principle in vivo and completion of the preclinical development, it has entered clinical stage and is developing multiple therapeutic leads as the future regenerative medication for patients with various cardiovascular diseases, with the potential of improving their cardiac function, quality of life and survival.

The Problem: Pharmaceutical development has traditionally focused on intense study of an explicit molecular target related to a specific disease of interest. This strategy is costly and inefficient.

The Solution: We have developed technology that can be scaled to quickly, precisely, reliably, and simultaneously model thousands of genetic diseases in human cells and evaluate the effect of thousands of individual drugs on those disease models. We've built a computational platform that recognizes structural changes in millions of diseased cells and then identifies drugs that return those diseased cells to a healthy state.

Proof of Concept: We have already used an early version of this platform to discover a potential treatment for one genetic disease. We have IP for this drug, and have already been approached about licensing.  We are scaling our platform now to enable us to achieve our goal of discovering and partnering to bring to market treatments for at least 100 genetic diseases in 10 years.

Regulating Nitrosylation for Multi-Disease Therapies

SAJE Pharma’s S‑nitrosoglutathione reductase (GSNOR) inhibition technology regulates nitric oxide signal transduction pathways that are critical for multiple therapeutic benefits.  SAJE’s small molecule drugs regulate nitrosylation by inhibiting GSNOR.  Many biologists consider that “Nitrosylation is the new phosphorylation”, meaning that nitrosylation regulates cell pathways as directly as does phosphorylation.  The big advantage for SAJE is that there is only one human GSNOR to inhibit as compared to 100’s of phosphorylation targets, making it a much more “druggable” target with less possibility for off-target toxicity.  SAJE and its collaborators have discovered that GSNOR inhibition reduces: inflammation, oxidant damage, fibrosis, mucus accumulation, and bronchoconstriction.  Such multiple therapeutic efficacies by inhibiting only one enzyme with small molecules is unprecedented in pharmacology.  SAJE is focused on idiopathic pulmonary fibrosis and asthma as its first clinical applications, although there is animal data for efficacy in other diseases including cardiovascular, metabolic, inflammatory, liver, kidney, and other respiratory.  One GSNOR inhibitor has shown Clinical Proof of Concept for GSNOR as a target in a Phase IIa trial in asthma.

SAJE Pharma’s executive team consists of experienced drug development scientists and serial entrepreneurs whose backgrounds include FDA, large pharma, start-up companies, and the CRO industry.

SAJE has licensed one patent app that is nearing issuance in the EU and the US.  It protects SPL-334, SAJE’s lead molecule, and other related molecules.  In addition, SAJE is close to filing 3 more patent apps on its novel compositions that inhibit GSNOR.  A clear advantage for our drugs compared to many novel therapies  is the cost of goods.  Our drugs will cost pennies per dose.

SAJE would like to raise $15 MM to take SPL-334 through a Phase IIa trial in IPF.  The drug is ready for IND-enabling studies.  The company’s exit strategy is to out-license each of its drugs and their accompanying data set, one at a time, for different diseases in different categories.

Siragen Pharmaceuticals is a drug discovery and development company, focused on novel approaches to treat Aging and Neurodegenerative Disorders such as Alzheimer’s Disease. Siragen is developing a group of small lead molecules that tackles Alzheimer’s Disease and aging neurons by novel strategy different from current unsuccessful approaches.   Siragen Pharmaceuticals, based in San Diego, California, was incorporated in May 2014, and is a spin off of Neurogeneration Inc. Siragen's products will be for the brain what cholesterol agents are for the heart.

Sitka Biopharma is a preclinical stage company focused on developing a breakthrough nanoparticle platform technology designed to increase absorption of drugs in difficult-to-penetrate tissues. Initially targeting oncology indications, we are developing our lead candidate to address the absorption challenge of intravesical chemotherapy for bladder cancer, and later intraperitoneal delivery for ovarian cancer.

We have demonstrated preclinical proof-of-concept for our lead candidate using in vivo and ex vivo models for bladder cancer.
Our goal is to complete our IND in 2015 and begin a Phase 1/2a Proof-of-Concept clinical trial in nonmuscle-invasive bladder cancer in 2016.

Partnership Opportunities for Platform Technology:

Our nanoparticle platform technology offers unique benefits over other nano-delivery systems and has the potential to be combined with a variety of different drugs to improve absorption for therapeutic uses in both humans and animals.

Benefits of Sitka's HPG nanoparticle platform include:

• unimolecular structure
• small size (8-10 nm)
• tailored for a high degree of localized drug bioavailability in large surface applications
• potential utility with a wide variety of drugs and indications

We welcome opportunities to collaborate with biopharmaceutical companies that wish to take advantage of our platform technology.

SynDevRx develops new and effective treatments for metabolic-related diseases including pre-diabetes, diabetes, obesity, dyslipidemia and fatty liver disease as well as treatments for cancer.  Our treatments are best-in-class MetAP2 inhibitors of the fumagillin drug class.  SynDevRx lead compound, SDX-7320, is a polymer conjugate of a novel fumagillol derivative which releases the pharmacologically active drug in vivo.  Our approach improves both the efficacy and safety of low molecular weight drugs while reducing systemic drug exposure compared to the small molecule drug alone.