SciTransfer
Organization

MITOLOGICS

French biotech SME providing high-throughput drug screening and structural biology for tuberculosis and non-tubercular mycobacteria drug discovery.

Technology SMEhealthFRSMEThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€153K
Unique partners
9
What they do

Their core work

MITOLOGICS is a French biotech SME focused on drug discovery for mycobacterial infections, contributing specialist capabilities in high-throughput compound screening and structural biology to identify and validate new drug targets. Their work concentrates on tuberculosis (TB) and non-tubercular mycobacteria (NTM) — two disease areas with severe unmet medical need and growing antibiotic resistance. They appear to work on enzymes unique to mycobacteria, notably mycothione reductase, which has no human equivalent and is therefore an attractive target for drugs with minimal off-target toxicity. Their role in research consortia is to advance candidate molecules from early screening toward first-in-human trials, bridging basic science and clinical development.

Core expertise

What they specialise in

High-throughput compound screeningprimary
2 projects

Both RespiriTB and RespiriNTM explicitly list high-throughput screening as a core keyword, indicating this is MITOLOGICS' main technical contribution to these drug discovery consortia.

Structural biology for drug target validationprimary
2 projects

Structural biology appears as a keyword in both projects, suggesting they characterize the three-dimensional structure of mycobacterial targets to guide medicinal chemistry.

Mycobacterial disease drug discovery (TB and NTM)primary
2 projects

RespiriTB targets tuberculosis and RespiriNTM targets non-tubercular mycobacteria — together covering the full spectrum of clinically significant mycobacterial infections.

Host-directed therapy approachessecondary
2 projects

The keyword 'host directed target' in both projects indicates involvement in strategies that modulate host biology rather than attacking the pathogen directly — a distinct approach from classical antibiotics.

Mycobacterial enzyme targets (mycothione reductase)secondary
2 projects

Mycothione reductase — an enzyme specific to actinomycetes with no human homolog — appears as a keyword in both projects, pointing to a highly specialized biochemical focus.

Evolution & trajectory

How they've shifted over time

Early focus
Mycobacterial drug discovery
Recent focus
Mycobacterial drug discovery

Both of MITOLOGICS' H2020 projects started simultaneously in 2019 and share identical keywords, which means there is no meaningful keyword shift to analyze — the early and recent periods overlap entirely. This pattern is consistent with a small, highly focused company that entered the EU research landscape with a well-defined niche rather than gradually expanding its scope. The absence of evolution is itself informative: MITOLOGICS is a specialist, not a generalist broadening its portfolio over time.

MITOLOGICS shows no change in focus — both projects are active 2019–2027 in the same disease area — suggesting a company that has committed deeply to mycobacterial drug discovery and is likely building toward clinical-stage assets rather than pivoting to new sectors.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European6 countries collaborated

MITOLOGICS has never coordinated an H2020 project, always participating as a specialist contributor inside consortia led by others — consistent with a small SME that brings a specific technology or screening capability rather than project management infrastructure. With 9 unique partners across 6 countries spread over just 2 projects, their network is modest but international. They appear to be brought into consortia for what they can do technically, not for their size or coordination experience.

MITOLOGICS has worked with 9 distinct consortium partners across 6 countries — a reasonable spread for two projects, suggesting the Respiri consortia are mid-sized, multi-national drug discovery collaborations. No geographic concentration is evident from the available data beyond France as home country.

Why partner with them

What sets them apart

MITOLOGICS occupies a narrow but high-value niche: they bring high-throughput screening and structural biology expertise specifically tuned to mycobacterial targets — a combination that is rare among SMEs and directly relevant to the global TB drug pipeline. Their focus on mycothione reductase, an enzyme with no human equivalent, suggests they have proprietary assay capability or chemical matter in this target class that would be difficult to replicate quickly. For consortia building toward TB or NTM first-in-human trials, they represent a specialist plug-in that bridges biochemistry and early clinical development.

Notable projects

Highlights from their portfolio

  • RespiriTB
    Their largest project by far (EUR 146,631), targeting tuberculosis — one of the world's leading infectious disease killers — with the goal of progressing a pre-new molecular entity and achieving a first-time-in-human milestone by 2027.
  • RespiriNTM
    A companion project targeting non-tubercular mycobacteria (NTM), which are increasingly drug-resistant and affect immunocompromised patients; notable for running in parallel with RespiriTB, suggesting MITOLOGICS is part of a coordinated mycobacterial drug discovery platform.
Cross-sector capabilities
Antimicrobial resistance research — their target-based screening approach is transferable to other resistant bacterial pathogensStructural biology services — protein structure determination capabilities are applicable across infectious disease, oncology, and rare diseasesPreclinical drug development — compound screening and hit-to-lead workflows are sector-agnostic and applicable in any pharmaceutical program
Analysis note: Only 2 projects, both starting in the same year with identical keywords — no temporal evolution is observable, and the very low EC funding for RespiriNTM (EUR 6,452) suggests MITOLOGICS may have a minor or late-joining role in that project. Profile is directionally reliable but depth is limited by data scarcity.