Pipeline

Programme 18

Bacteriophage T4 nanoparticle — F1-V + PA

Adjuvant-free dual anthrax / plague vaccine

A US academic particle. Bacteriophage T4 decorated with an F1–V fusion and anthrax protective antigen, designed to work without a separate adjuvant. Pneumonic mouse model, 2018. A dual anthrax and plague concept, still preclinical, with no named public company.

Stage chart
Preclinical
Phase 1
Phase 2
Phase 3
Licensed

Preclinical · pneumonic. Phase 3 is empty here, as it is for every programme in the set.

Years on the record

A mark at 2018. Labelled “2018” on the briefing. Not a forecast.

Analyst card

Challenge
Pneumonic mouse model, 2018.
F1-negative strains
Not reported. The particle displays an F1–V fusion.
Adjuvant
None added.
Route
Not stated.
Stability
Formulation and cold-chain requirement are not stated.
Time to protection
Not reported. No time-to-protection figure is in the briefing.
Other threats
Plague F1–V and anthrax protective antigen on bacteriophage T4.
Survival figure
No survival percentage in the briefing.
Animal Rule
Mouse data. Not an Animal Rule file.

Pipeline record

Particle
Bacteriophage T4.
What is displayed
An F1–V fusion and anthrax protective antigen.
Adjuvant
None added. The particle is meant to be the delivery.
Model
Pneumonic mice. 2018. US academic. A dual anthrax and plague concept, still preclinical.

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Latest intel

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PubMed

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Platform
Nanoparticle

Antigens displayed on a particle — a bacteriophage, or a degradable polymer — to change how the immune system meets them.

Who is paying
US — academic
Country
United States
What was tested
Pneumonic
Stage
Preclinical · pneumonic
Date
2018
Antigens named
F1V / LcrVWith anthrax