News & Events

18 08, 2025

The BioProcessing Summit – 2025

2025-12-09T16:31:54+00:00

Avance Biosciences™ will not only be exhibiting (booth #516), but also presenting two posters as part of the Next-Generation Analytical Methods program: Genome-wide Mapping of CRISPR-Cas Off-Target Cleavage Sites via GUIDE-Seq & Digitally Secure Sequencing: Implementing Part 11-Ready NGS Data Security in a CRO Environment...

The BioProcessing Summit – 20252025-12-09T16:31:54+00:00
18 08, 2025

Quaternized Chitosan-Coated Nano-MOFs as Antigen Nanocarriers with Enhanced Stability and Immunogenicity

2025-08-18T00:00:00+00:00

Vaccines are among the greatest achievements of modern medicine, and have saved countless lives. Subunit vaccines are vaccines made from specific parts (subunits) of a pathogen. Compared other types of vaccines, such as inactivated and live-attenuated vaccines, they are generally safer and more suitable for individuals with weakened immune systems. However, their immunogenicity is typically [...]

Quaternized Chitosan-Coated Nano-MOFs as Antigen Nanocarriers with Enhanced Stability and Immunogenicity2025-08-18T00:00:00+00:00
12 08, 2025

Case Study: Quantifying In Vivo Gene Editing in Preclinical Tissues via NGS Amplicon-Seq

2025-10-06T21:52:05+00:00

To support IND-enabling studies, a biotech company needed precise measurement of in vivo gene-editing efficiency in preclinical rat tissues. Avance Biosciences delivered a fully validated NGS amplicon sequencing assay capable of detecting edits as low as 1%, enabling accurate quantification across multiple tissues and guiding data-driven development decisions.

Case Study: Quantifying In Vivo Gene Editing in Preclinical Tissues via NGS Amplicon-Seq2025-10-06T21:52:05+00:00
5 08, 2025

Case Study: Quantifying In Vivo Gene Editing in Preclinical Tissues via NGS Amplicon-Seq

2025-10-22T20:51:20+00:00

To support IND-enabling studies, a biotech company needed precise measurement of in vivo gene-editing efficiency in preclinical rat tissues. Avance Biosciences delivered a fully validated NGS amplicon sequencing assay capable of detecting edits as low as 1%, enabling accurate quantification across multiple tissues and guiding data-driven development decisions.

Case Study: Quantifying In Vivo Gene Editing in Preclinical Tissues via NGS Amplicon-Seq2025-10-22T20:51:20+00:00
5 08, 2025

Case Study: Ensuring Plasmid Sequence Fidelity and Purity by NGS for IND-Enabling Drug Substance Release

2025-10-22T20:51:27+00:00

When a gene therapy company needed to verify plasmid identity, purity, and integrity for an IND submission, Avance Biosciences delivered a validated NGS-based solution. The assay enabled low-level variant detection and trace contaminant analysis, supporting FDA compliance and lot release.

Case Study: Ensuring Plasmid Sequence Fidelity and Purity by NGS for IND-Enabling Drug Substance Release2025-10-22T20:51:27+00:00
5 08, 2025

Case Study: Ensuring Plasmid Sequence Fidelity and Purity by NGS for IND-Enabling Drug Substance Release

2025-10-22T20:59:35+00:00

When a gene therapy company needed to verify plasmid identity, purity, and integrity for an IND submission, Avance Biosciences delivered a validated NGS-based solution. The assay enabled low-level variant detection and trace contaminant analysis, supporting FDA compliance and lot release.

Case Study: Ensuring Plasmid Sequence Fidelity and Purity by NGS for IND-Enabling Drug Substance Release2025-10-22T20:59:35+00:00
1 08, 2025

Avance New Site Tier One Commissioning Change Notification

2025-08-01T17:46:23+00:00

Avance Biosciences is proud to announce the partial commissioning of our new GMP facility at 5500 Northwest Central Drive in Houston, Texas. Effective July 21, 2025, select Biologics Quality Control services, including Microbiology and Sanger sequencing, will transition from our West Little York site to this new location. Please begin shipping samples directly to the new facility as we continue to expand our capabilities to better serve our clients.

Avance New Site Tier One Commissioning Change Notification2025-08-01T17:46:23+00:00
1 08, 2025

An unexpected bioanalytical challenge caused by positive control antibodies in a clinical immunogenicity assay – A simple solution and broadly applicable recommendations

2025-08-01T00:00:00+00:00

Anti-drug antibody (ADA) assays are an important element in the suite of bioanalytical methods required for assessment of the safety and efficacy of recombinant-protein therapeutics. As such, and following extensive optimization, there is an expectation that clinical ADA assays be fully validated for multiple performance parameters, including sensitivity, specificity, reagent stability, and robustness. Among critical [...]

An unexpected bioanalytical challenge caused by positive control antibodies in a clinical immunogenicity assay – A simple solution and broadly applicable recommendations2025-08-01T00:00:00+00:00
1 08, 2025

HPPA as assay substrate for improved capturing of sample variability during cut point analyses in immunogenicity testing

2025-08-01T00:00:00+00:00

AIMS: Immunogenicity testing is a key component of protein drug development, with ADA bridging assays recognized as the gold standard method. These assays employ labeled therapeutic drugs for capture and detection, with the substrate playing a critical role in generating a detectable signal to differentiate the presence of anti-drug antibodies (ADAs) from nonspecific binding. This [...]

HPPA as assay substrate for improved capturing of sample variability during cut point analyses in immunogenicity testing2025-08-01T00:00:00+00:00
1 08, 2025

PIKfyve Inhibition Induces Antitumor Immunogenicity by Attenuating STING Trafficking and Lysosomal Degradation

2025-08-01T00:00:00+00:00

Significant progress in the application of immune checkpoint blockade for the treatment of multiple types of cancers has been achieved, but its overall response rate and therapeutic efficacy remain unsatisfactory. To address these limitations, the identification of a combinational approach to enhance the therapeutic efficacy of immune checkpoint blockade is needed. The activation of cyclic [...]

PIKfyve Inhibition Induces Antitumor Immunogenicity by Attenuating STING Trafficking and Lysosomal Degradation2025-08-01T00:00:00+00:00
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