World's Smallest (10-15nm)

10nm.
The New Standard.

Redefining molecular transport with the world's smallest liposome technology for non-destructive cellular entry.

Nano drug delivery platform
Diameter
10nm
Zeta Potential
-5mV

Neutral charge surface

The Core Problem

Breaching the
Barrier.

99.9% of drugs cannot penetrate the blood-brain barrier. We are changing that reality.

Microscopic close-up of biological fiber tissue - Live Tissue Analysis
Live Tissue Analysis // BBB
Magnification100,000x
Tight Junction< 2nm
01

Molecular Size Limit

Only lipid-soluble molecules under 400 Daltons can cross the BBB passively. Most biologics are far too large for standard transport.

Success Rate< 5%
02

Active Transport

Existing technologies rely on saturable receptor-mediated transport, significantly limiting dosage effectiveness and window.

EfficiencyLow Saturation
hub
ATOM ADVANTAGE

Small Molecular Insertion

Our 4-10nm fibers bypass receptors entirely, inserting directly into leaflets for non-destructive, high-volume entry.

100xUptake increase
Process Flow

A Seamless Path to
Brain Delivery

Nanometer scale molecular structure representation
Targeting LigandTransferrin
Step 01

Formulation Assembly

Self-assembly of 10nm lipid fibers encapsulating the therapeutic payload in a stable, neutral-charge matrix.

Step 02

Circulation Stability

Stealth coating prevents immune recognition and protein adsorption, ensuring prolonged half-life in the bloodstream.

Step 03

Transient Pore Crossing

Contact with BBB endothelial cells triggers temporary pore formation, allowing rapid cytosolic entry without toxicity.

Final Stage

Intracellular Release

Payload is released directly into the cytosol or nucleus, bypassing endosomal entrapment entirely.

Market Context

The $7 Billion
Opportunity

The global CNS drug delivery market is severely underserved. Atom Bios unlocks the potential for next-generation biologics in neurology.

400+Failed Clinical Trials
2028Projected Launch
85%Unmet Need

Percentage of CNS diseases with no effective cure due to delivery barriers.

Comparative Efficacybar_chart
Atom Bios 10nm92%
Traditional Liposome24%
Viral Vector45%

Data based on preclinical murine models (2024).

Awards & Recognition

Excellence in
Innovation

PolyU Micro Fund
2025/26

PolyU Micro Fund

Top Performer

HKSTP Ideation
2025/26

HKSTP Ideation

Programme Member

PolyU GBA Innovation
2025/26

PolyU GBA Innovation

Incubation Programme

Hong Kong Techathon+
2025/26

Hong Kong Techathon+

Life Science & Healthcare - Gold Award

Leadership

The Team

Ng Cheuk Hei
Founder / CEO

Ng Cheuk Hei

PhD Candidate / Drug Discovery State Key Researcher

HKUSTState Key LabHKPolyU

Research & Development

Dr. Abdullah Shaik

Dr. Abdullah Shaik

Preclinical Research

HKU Med
Dr. Tse ZI Chang's Team

Dr. Tse ZI Chang's Team

Delivery System Optimization

Huazhong Univ. of Sci & Tech

Business & IT

Lo Yik Sze

Lo Yik Sze

Co-Founder

Tech / Marketing

HKPolyU
Tsang Hin Sing

Tsang Hin Sing

Co-Founder

Fund Raising / Tech

HKPolyU
Prof. Wong KY
Advisor

Prof. Wong KY

State Key Director for Chemical Biology and Drug Discovery

Vice President at HKPolyU
Partners & Collaborators
HKUST
HKUSTAcademic Partner
HKPolyU
HKPolyUCore Research
HKU Med
HKU MedClinical Research
Sirnaomics
SirnaomicsIndustry Collaboration
HKSTP
HKSTPIncubation Support
Get in Touch

Let’s Redefine
Medicine Together

Partner with us to unlock the potential of 10nm delivery. We are actively seeking pharmaceutical collaborations and strategic investment.

science

Partner with Us

For pharmaceutical companies looking to leverage our 10nm platform for CNS drug delivery.

partnerships@atombio.com
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Investor Relations

For institutional investors interested in supporting the next generation of biotech.

investors@atombio.com