Innoventyx Services
We support your research projects in 5 major areas.

Computational Drug Discovery

High-Throughput Medicinal Chemistry

Research Project Management

Custom Data Sets & Data Curation

Patent, Grant & Professional Writing
We Create End to End Research Projects so You Can Focus on Your Business.
Traditionally running a successful pharma company requires you to have a split focus with one eye on making the science work and the other on making the business grow. Having Innoventyx as your CSO frees you up to focus on what ONLY you can do, grow your business.

Computational Drug Discovery
Hit Finding
Finding new molecules to interact with a biological target is not a new problem. You can buy compounds (lots of compounds and vendors out there), test them in your biological assay, and you may find an active compound… or you may not.
Of course, you can buy a small number of compounds to minimize your risk of failure and high costs (cost of purchasing the compounds, shipping, time to order and receive the compounds, costs of making/purchasing your protein, assay chemicals/kits, people’s time, equipment usage/overhead, etc.), but how do you know your small compound set contained enough diverse compounds to have a decent chance of finding an active hit?
OK, so instead you can then buy lots of compounds (hundreds or thousands of them) to increase your winning odds, but how confident are you that an active compound will be found and with acceptable activity? And how confident are you that such compound will not be a known me-too inhibitor or that the active compound is not suitable for further drug development?
Now your costs have increased a lot more (time, effort, energy, materials, money) and there is more to lose if nothing comes out of this. Are you willing to buy and test molecules going blind and hoping for the best?
We at Innoventyx know this problem very well. We use our database of 52 million commercially available curated compounds with a rational computational target-based strategy to increase the odds for success by selecting compounds tailored to your target and with the desired mode of action you want in your compounds
Computational Drug Design
Whether your goal is single-target drug therapeutics, multiple biological targets, anti targets, fragment based, reverse fragment based, or eADME, we can help you in several ways. We can design a new scaffold for your target (your proprietary scaffold) based on your observations, what is known/disclosed in the literature, and/or our computational modeling observations and results. If the mode of action is known and this is your approach, we research and identify what the key drivers are for target affinity and activity, develop a computational model that
Chemical Space
Establish/Map chemistry space
Identify chemistry opportunities (space holes)
Capture new chemistry space (and new biology)
Create proprietary intellectual property
Hit/Lead Optimization
Potency: Hit to Lead
Selectivity: Target vs Anti-Targets
Duggability: Lead-like/drug-like profile
Brain Penetration: Seek or Avoid
eADME/Tox


High Throughput Medicinal Chemistry
Fast and efficient organic synthesis routes
Devise fast and efficient organic synthesis routes to make compounds (solid-phase, parallel solution-phase, microwave-assisted)
Commercial availability of starting materials
Identify commercial availability and costs of starting materials
Optimizes Synthetic Routes
Select best synthesis based on costs, timelines, ease of synthesis, scale, commercial availability of materials
Pro Drug Design
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Formulation
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ADME/Tox Optimization
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Research Project Management
Coordinate computational-chemistry-biology operations
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Devise, handle and optimize logistics
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Track goals, milestones and timelines
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Manage and sync work with other 3rd parties (i.e., CROs)
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Custom Data Sets & Data Curation
Capture chemical and biological information from literature and patents
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Create custom DataBases
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Create custom/targeted virtual compound libraries
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Patent, Grant & Professional Writing
Patents
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Grants: SBIR/STTR (Phase 1 and 2)
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Scientific Publications
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Custom project reviews
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What People Are Experiencing
The company received no concerns from the FDA on how the drug candidate worked, incorporated our molecular insights as part of its lead optimization strategy, included key protein-mutation experiments as part of the drug development process, and raised over 30 million dollars.
Enzymatic assays using both identified fragments and selected newly synthesized fragment-linked compounds showed that biological activity of the target had been greatly diminished. The results enabled the research group to apply for and obtain a government grant for additional studies.
Crystal structures of tryptase with active inhibitors showed that the small molecules had been combined into the desired drug structure and were interacting at the desired binding sites (1 drug interacting with 2 binding sites). Drugs were active in vivo, with an excellent half-life profile, and the company raised $12 million (Series B).
We found that the top-scoring compound from our in silico modeling exhibited single-digit IC50 nanomolar inhibition activity against the secondary onco-target without compromising the nanomolar IC50 potency against the first onco-target. The company is in negotiations with investors to complete preclinical development towards IND filing.
Call Us
(520) 777 - 9609
Hours
By Appointment
Office
10179 N Pitchingwedge Lane
Oro Valley, AZ 85737