Capabilities that accelerate discovery and unlock new possibilities
Our Discovery Capabilities
We work across two core areas to unlock new possibilities in early-stage drug discovery — supporting partners through high-impact services while advancing our own innovation and internal pipeline in high-value, underserved disease areas.
Drug Discovery Enablement
Faster, smarter services for pharmaceutical and biotechnology teams
MassAffinity offers a set of specialised products and services to help drug discovery teams tackle their most pressing early-stage discovery challenges — especially where traditional methods fall short. Whether you are working with complex diseases, AI-generated hits or undruggable targets, our platform delivers speed, clarity, and confidence.
TargetMAP
TargetMAP finds hits faster for complex and ‘undruggable’ targets
- No protein purification required
- Supports 'undruggable' proteins
- Screens in complex systems
- Maintains native biological context
BinderMAP
BinderMAP identifies true binders in record time
- Validates AI or hypothesis-driven hits
- Captures true binders
- Works where custom assays can’t be developed
- Reduces timelines and increases confidence
PhenoMAP
PhenoMAP screens in native systems without needing a defined target
- Deconvolutes mechanism of action
- Ideal for exploratory discovery
- Captures complexity of multifactorial diseases
- Works directly in lysates

Deconvolution of Mechanism of Action
Understand why your drug works
We produce key insights on biological pathways that are driving drug efficacy in real biological systems.

Hit and Lead Identification in Multifactorial Disease
Find new hits for complex diseases
We discover meaningful interactions across multiple pathways where single-target tools fall short.
TargetMAP
TargetMAP finds hits faster for complex and ‘undruggable’ targets
- No protein purification required
- Supports 'undruggable' proteins
- Screens in complex systems
- Maintains native biological context

Hit Identification for Undruggable Targets
Unlock targets that traditional tools can’t touch
We screen diverse compound libraries in native environments to identify binding molecules where purification and assays fail.

Rapid Validation of AI-Generated Hits
Validate your AI-generated predictions in real biology
We validate predicted compound-target interactions quickly and directly, helping AI-driven discovery teams move with confidence.

Broadening the Lead Series
Expand your lead series, fast
We screen additional compounds to expand and strengthen your early-stage pipeline with confidence.

Accelerating Hit Identification
Move forward without purification or assays
We bypass major bottlenecks and reach high-confidence hits in weeks — not months.
TargetMAP
TargetMAP finds hits faster for complex and ‘undruggable’ targets
- No protein purification required
- Supports 'undruggable' proteins
- Screens in complex systems
- Maintains native biological context
Therapeutic Advancement & Discovery
Our internal focus on unlocking complex and underserved disease areas
Alongside our partner services, we invest in advancing our own IP and early-stage pipeline in areas where traditional tools have failed. Our goal is to build new pathways to treatment — starting with diseases that lack investment, clarity or both.
This work reflects our belief in a systems-level approach to treating complex, underserved conditions.
Platform advancement
Therapeutic advancement
Our pipeline
Advancing treatments in high-need, underexplored areas
We’re actively building a pipeline of internal research programs focused on complex, underserved diseases. Our emerging pipeline targets key areas including neurological health, women’s health and multifactorial conditions.
Asset | Indication | Target ID | Target Validation | Hit ID | Hit-to-Lead | Clinical Trials | Regulatory Approval | Market Release |
---|---|---|---|---|---|---|---|---|
MA112 | Endometriosis (Undisclosed Target) |
|||||||
MA113 | Endometriosis (Undisclosed Target) |
|||||||
MAXXX | Women's Health (Multifactorial Target Discovery) |