SCIENCE

ENCORE

ENcapsulating Conjugate for Receptor Engagement

ENCORE leverages the hollow cavity of T-sphaera as a linker-free drug delivery modality, enabling the encapsulation of both hydrophobic and hydrophilic payloads with a high loading capacity of up to 60 payloads per scaffold—far exceeding conventional ADC capacity.

Before & After drug encapsulation into the cavity

T-sphaera before drug encapsulation Before encapsulation
T-sphaera after drug encapsulation After encapsulation
Hollow structure of 8nm internal cavity
Linker-free drug encapsulation possible
High payload loading potential (~60 molecules)
Maintained structural integrity
Mechanism of Action of ENCORE
Injection
Targeting
Internalization
Drug Release
Injection
Targeting
Internalization
Drug Release
Mechanism of Action of ADC
ADC step 1
ADC step 2
ADC step 3
ADC step 4
Key Advantages
01

Linker-free payload delivery

02

High payload loading capacity

03

Versatile payload compatibility

04

Multivalent targeting

05

Modular design