Dalya

Dalya

DALYA applies cutting edge methods of drug development to diseases neglected by the pharma industry (i.e. diseases that primarily impact low-income countries) – to serve the billions of people whose health needs are not being met by current drug R&D institutions.

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Market Hypothesis

20%

1 in 5 DALYS ("Disability adjusted life years") lost annually to disease worldwide are due to diseases with almost no impact in high-income countries.

2,147%

DALY rates are 2,147% higher for infectious diseases among the poorest billion people, compared to high-income regions.

1%

From 1995-2019, only 1% of drugs entering any phase of clinical development targeted a disease on the WHO list of neglected tropical diseases - which affect nearly 2 billion people annually.

> 1 Billion

Between 1999 and 2021, Novartis delivered over one billion treatments of its Malaria drug Artemisinin.

"Neglected diseases", understood broadly as diseases affecting populations in low-income countries, are a leading cause of global mortality, chronic disability, and poverty.


While the pharmaceutical industry does an impressive job of developing drugs which address the health needs of high-income countries, it does an extremely poor job of serving the needs of low-income countries. The degree of the mismatch is staggering...

Research Focus Areas
Building on Prior Work

Building on Prior Work

Neglected disease drug discovery is not scientifically intractable. Rather, these indications have been economically intractable. Quite a lot of research has been done, but abandoned in the absense of a traditional business case. DALYA will catalogue this prior work, to identify useful datasets, promising targets, and early-stage compounds for further development.


Digital Biology

Digital Biology

DALYA will agressively leverage a new generation of tools for molecular modeling and biosimulation, to enable what 2024 Nobel Prize winner Demis Hassabis calls "science at digital speed". These methods enable us to {1} screen promising therapeutic targets against up to billions of compounds; {2} design novel therapeutics de novo; and {3} undertake an exhaustive search for opportunities to repurpose existing drugs to our indications of interest.


Advanced Disease Modeling

Advanced Disease Modeling

DALYA will use advanced validation methods like organ-on-chip models to test our candidate therapeutics in human tissue, to improve our clinical trial success rate.


Team & Community
Matthew Blumberg

Matthew Blumberg

Social Entrepreneur | Tools for thought and collaboration

Matthew Blumberg has been working in the fields of network computing and large scale collaboration for 20 years....

@DalyaDAO on 𝕏

Discord community

Project Roadmap
Q3 2025
Publish initial findings (rolling updates): licenseable drugs, and promising targets.
Q4 2025
Deliver Phase 01 outputs, including: Public health analysis, drug IP and drug target databases, scalable screening platform, and initial partner network setup
Q1 2026
Deliver Phase 02 outputs, including: Prioritized IP and target lists, based on public health analysis
Q3 2026
Deliver Phase 03 Outputs, including: early stage drug hits and repurposing candidates from virtual screening
Q1 2027
Deliver Phase 04 outputs: validate simulations through in-vitro assays, and progress toward full biological validation (e.g., tissue and organism-level models).
Value Capture Model

In global health, the burden of disease is often measured using Disability-Adjusted Life Years (DALYs) — a metric that captures both years lost to premature death and years lived with disability. One DALY equals one lost year of healthy life....

Value Capture Model Diagram
Recommended Reads
Biomedical research: what gets funded where?

World Health Organization (WHO)

Biomedical research: what gets funded where?


Reboot biomedical R&D in the global public interest

Nature

Reboot biomedical R&D in the global public interest


The high burden of infectious disease

Nature

The high burden of infectious disease