"RORgamma Modulators 2016: A comparative analysis of the landscape of RORgamma Antagonists and Agonists"
Retinoic acid-related orphan nuclear receptor gamma (RORgamma) is a hot, but difficult-to-drug target. More than 30 companies are active in drug discovery and development. Technology companies with expertise in discovery of drugs targeting nuclear hormone receptors are preferred partners of Big Pharma and Biotech companies if they have identified novel scaffolds of RORgamma antagonists. More than ten such technology-pharma partnerships have been founded and already lead to first successes. Three RORgamma antagonists (inverse agonists) are already in clinical development and more to follow in 2016 and thereafter.
The report explains the scientific rationale for discovering antagonists of RORgamma for treatment of autoimmune and inflammatory diseases, but also of agonists of RORgamma for treatment of cancer. Clinical as well as non-clinical data for target validation of RORgamma are provided. Lead and up-side indications for development including the key product profile are discussed. Potential safety concerns for novel RORgamma modulators were identified.
Drug discovery approaches of technology and pharmaceutical companies are shown regarding strategies in partnering as well as in technologies applied for structure-based drug discovery. Based on the experience in the past, estimates of the required time from start of a discovery program of RORgamma modulators until entry into human studies are calculated. The competitive landscape of RORgamma modulator development and discovery projects is analyzed and the profiles of companies elaborated, separately for unpartnered technology or pharmaceutical companies and for partnerships between technology and pharmaceutical companies.
The report provides an understanding of:
- The target RORgamma
- Clinical and non-clinical target validation
- Clinical lead and up-side indications
- Drug discovery strategies and technologies
- Commercial value of drug discovery collaborations
- R&D timelines from start of screening to first-in-human studies
- Competitive landscape of RORgamma antagonists
- Agonists of RORgamma for cancer
- Profiles of unpartnered technology companies and lead projects
- R&D Partnerships and their discovery approaches and lead molecules
- Unpartnered pharmaceutical companies and their programs
Table of Contents
2) Executive Summary
3) Target Background
4) Target validation
5) Drug Discover Approaches & Technologies
6) Competitive Landscape of RORgamma Modulators
7) Corporate Stakeholders
Table 1: Disease Models Used for Non-Clinical Studies of RORgamma Antagonists
Table 2: Overview of Non-Clinical Studies of RORgamma Antagonists in Psoriasis Models
Table 3: Overview of Non-Clinical Studies of RORgamma Antagonists in Multiple Sclerosis Models
Table 4: Overview of Non-Clinical Studies of RORgamma Antagonists in Arthritis Models
Table 5: Overview of Non-Clinical Studies of RORgamma Antagonists in Inflammatory Bowel Disease and Ulcerative Colitis Models
Table 6: Overview of Non-Clinical Studies of RORgamma Antagonists in Systemic Lupus Erythematosus Models
Table 6: Overview of Partnership Agreements for RORgamma Modulators
Table 7: Special Collaborations for Discovery of RORgamma Antagonists
Table 8: Financial Terms of Partnership Agreements for RORgamma Modulators
Table 9: R&D Timeline for Discovery of RORgamma Antagonists in Partnership Programs
Table 10: Technologies for Discovery of RORgamma Antagonists
Table 11: RORgamma(T) Antagonists / Inverse Agonists in Clinical Development
Table 12: RORgamma(T) Antagonists / Inverse Agonists in pre-IND Studies
Table 13: RORgamma(T) Antagonists / Inverse Agonists in Preclinical R&D
Table 14: RORgamma(T) Antagonists / Inverse Agonists Discovery Programs
Table 15: RORgamma Agonists Discovery & Development Programs
Table 16: Technology and Pharma Companies with RORgamma Modulator R&D
Make an enquiry before buying this Report
Please fill the enquiry form below.
This market includes various products, technologies and services which are used in sample preparation for genomics, proteomics and epigenomics. The market was valued at USD 4 billion in 2011 and is expected to reach USD 9 billion by 2016, growing at a CAGR of 19%. This can be attributed to the fact that sample preparation is the basic step involved in any life sciences research project. It is one of the most crucial requirements which might alter...
Hyperlipidemia refers to abnormal elevation of lipids and/or lipoprotein levels. Risk factors associated with such condition include stroke, peripheral vascular disease, atherosclerosis, diabetes, obesity, hypertension and other cardiovascular diseases. Drugs which are used to treat hyperlipidemia act by either accelerating the elimination of lipoproteins from the body or decrease production of lipoproteins. These medications not only lower the u...
Epinephrine or adrenaline is a hormone secreted by adrenal glands in the blood stream. It is one of the two common hormones (the other being glucagon) that is responsible for glycogen breakdown. Secretion of epinephrine is characterized by the presence of extreme emotions such as anxiety or anger thereby resulting in elevated levels of blood pressure along with increased muscle strength and high sugar metabolism. Under strenuous conditions signal...