Case studies Archives

Services

Services

Inoviem provides a full range of services from drug discovery to clinical development by leveraging its platforms and direct access to human pathological specimens. All the platforms and services are label free with no modification of the original molecules.

Understand the mode of action of your compound

Identify and validate drug-target engagement

Lead compound optimization

Patient stratification and biomarkers discovery

Indication prioritization

Identify biomarkers and clinical pharmacology

SPR services

MoA Screening
Technology

Technology

Inoviem provides breakthrough protein technologies for each phase of the drug development process.
One of the major advantages of our label-free technologies used under physiological conditions and in human tissue – NPOT® and PIMS® – is that the test compound retains its original structure, as well as the exact same molecular structure that would be used in therapy

Preclinical

How to best identify the Mode of Action of your compound

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From preclinical to clinical

Ensure Phase II study and success of your drug candidate in Phase III

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Clinical

Successfully identify the cohort of patients who will respond to your therapy

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Expertise

Our expertise in translational pharmacology

Inoviem offers translational target discovery and drug-target Mode of Action (MoA) based on proprietary label-free technologies, developed in a pathological and physiological environment, that uses human tissue.

Translational pharmacology expertise

Pre-clinical to clinical phases

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Our innovative approach

Biomarkers, patient and therapeutic window

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Advantages of approach

Save time and money

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How we work with clients

Tailored methodologies and technologies

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Knowledge centre
About us
About us
Inoviem Scientific is a Bioanalytical R&D company established in 2011 in Strasburg – France.

Our mission

Our mission is clear: to get the right treatment to the right patients within the right therapeutic window.

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Our team

Management team

Scientific board

Supervisory board & investors

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How to identify Hydroxychloroquine’s ON and OFF targets to design a more potent molecule with enhanced clinical efficacy and reduced retinal toxicity in comparison to HCQ?

Description

Evodiamine as a Macrophage Cholesterol Efflux Enhancer: Interactome Analysis Reveals ABCA1 to be a Direct Binding Target

Isolation of Clozapine targets from rat brain total homogenates

Description

Functional molecular network analysis enables prediction of response to vedolizumab therapy in anti-TNF refractory IBD patients

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Others

Category: Case studies

How to identify Hydroxychloroquine’s ON and OFF targets to design a more potent molecule with enhanced clinical efficacy and reduced retinal toxicity in comparison to HCQ?

Evodiamine as a Macrophage Cholesterol Efflux Enhancer: Interactome Analysis Reveals ABCA1 to be a Direct Binding Target

Isolation of Clozapine targets from rat brain total homogenates

Functional molecular network analysis enables prediction of response to vedolizumab therapy in anti-TNF refractory IBD patients

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