AAV Empty/Full Capsid Ratio Test by AUC

  • We provide gold-standard Analytical Ultracentrifugation (AUC) services, offering unparalleled insights into your AAV preparations. This technique is widely recognized as the gold-standard method for accurately quantifying the empty/full capsid ratio in AAV preparations. As a label-free, high-resolution technique, AUC precisely separates particles based on their sedimentation velocity, enabling clear differentiation between genome-filled capsids, empty capsids, and partial particles. Accurately measuring this empty/full ratio is critical for assessing product potency, mitigating immunogenicity risks, and ensuring overall quality throughout AAV gene therapy development.

AUC

Key Benefits

  • Gold-Standard Accuracy

  • Direct Quantification

  • High Resolution

Service Details

Our AAV Empty/Full Capsid Ratio Test by AUC service provides precise and reliable quantification of your AAV vector preparations, crucial for demonstrating product quality, potency, and safety.

Feature Detail
Minimum Titer 5.00E+12 vg/mL
Minimum Sample Volume 500µL
Turnaround Time 5 Business Days

Performance

  • Our AAV Empty/Full Capsid Ratio Test by AUC delivers unmatched precision for gene therapy development, manufacturing, and QC. Whether for research, IND-enabling studies, or GMP release testing, our data ensures your AAV product meets the highest safety, efficacy, and regulatory standards.

    Sedimentation coefficient

Contact Us

Download

Login

Don't have an account? Please register
Account*
Password*
Code*
Refresh
Forgot password?
Logging in indicates that you have read and accepted the Registration Agreement and User Agreement
Log in with other accounts

New User Registration

Already have an account?
First Name*
Middle Name
Last Name*
Organization*
Organization Type*
Country/State*
Email Address*
Set Password*
Confirm password*
Refferal Code*

Reset Password

Return to
Email*
Code*
New password*
Confirm password*

Google Account Binding

Organization*
Organization Type*
Country/State*