Advanced Analytical Approaches for Accelerated Development of Gene Therapy Products

whitePaper | December 22, 2022

Single-pass tangential flow filtration (SPTFF) technology from Pall Corporation is revolutionizing current and future bioprocessing platforms with its implementations in biotech, vaccine and plasma industries. Its features are protected by a portfolio of patents[1-6].

whitePaper | January 23, 2023

Recruitment, retention, and diversity are critical elements of clinical trials that, if insufficient, can jeopardize successful trial completion.

whitePaper | March 16, 2021

Cell and gene therapies have emerged as a new treatment paradigm, and with them has come the potential to alter the course of many rare diseases. In many cases, there is an opportunity to correct the underlying dysfunction with a one-time administration of a therapy and provide either a functional cure or a substantial improvement in health outcomes. In other cases, long term symptom relief will be the primary therapeutic objective. Some of these indications may require more than one dose to achieve continued symptom relief and scientists and companies are working on technologies that will enable the use of a repeat dose.

whitePaper | July 13, 2023

Advances in disease biology have led to the burgeoning development of bispecific antibodies (BsAbs), which are synthetic proteins capable of targeting two discrete epitopes from different antigens. Their bispecific functionality offers promising therapeutic potential such that their applicability to a variety of therapies is being explored.

whitePaper | February 2, 2022

While many sectors were dealt a severe blow by the COVID-19pandemic, biotech and medtech saw continued growth andare thus attracting top candidates even for non-scientific roles.

whitePaper | April 21, 2023

This technical note demonstrates the comprehensive characterization and confident identification of glucuronide metabolites from hepatocyte incubations of midazolam. An orthogonal fragmentation mechanism was applied to generate diagnostic fragmentions for confident identification of glucuronide metabolites