PH20 Variant
GCP310: Next-Generation PH20 Setting a New Standard in Biologic Delivery
Opening a new era of human hyaluronidase with enhanced activity, stability and safety
PH20
(Human Hyaluronidase PH20)
PH20 is an enzyme that degrades hyaluronic acid in subcutaneous tissues, increasing tissue permeability
This allows the subcutaneous (SC) delivery of
high-molecular-weight and high-dose biologics,
which traditionally required intravenous (IV) injection
GCP310
(Next-Generation PH20)
GeneChem has developed GCP310, a next-generation human hyaluronidase that overcomes the limitations
of the existing PH20
GCP310 is an engineered enzyme with enhanced
activity and thermal stability, and reduced
immunogenicity, offering greater efficiency and
robustness compared to existing PH20
This innovation enables the conversion of high-dose biologics-previously limited to hospital-administered
IV or SC infusions-into self-administered
SC injection formula
Distinctive Features
Company | Expression | Activity | Thermal Stability | Immunogenicity |
Company A | + | + | + | Low |
Company B | ++ | ++ | ++ | Low |
GeneChem | +++ | +++ | +++ | Low |
GCP310: Next-Generation PH20 Setting a New Standard
in Biologic Delivery
PH20
(Human Hyaluronidase PH20)
GCP310
(Next-Generation PH20)
GeneChem has developed GCP310,
a next-generation human hyaluronidase that overcomes the limitations
of the existing PH20.
GCP310 is an engineered enzyme with enhanced activity and thermal stability,
and reduced immunogenicity, offering greater efficiency and robustness compared to existing PH20.
This innovation enables the conversion of high-dose biologics previously limited to hospital-administered IV or SC infusions into self-administered SC injection formula.
Distinctive Features
Higher protein expression and enzymatic activity than conventional PH20, enabling cost-effective use through lower enzyme dosage.
Low immunogenic profile enhances clinical safety. Dramatically
improved hyaluronan degradation rate and thermal stability
for superior reliability and performance.
Enables self-administered SC formulations,
removing the need for IV or hospital-based SC infusion.
| Company | Expression | Activity | Themal Stability | Immuno genicitly |
| Company A | + | + | + | Low |
| Company B | ++ | ++ | ++ | Low |
| Gene Chem | +++ | +++ | +++ | Low |