
Feature|Videos|December 2, 2024
Optimizing analytics toward full automation
Optimizing analytics, including laser force cytology, with a goal to delivering adaptive manufacturing, full automation and standardized processes, products and patient outcomes.
Advertisement
Episodes in this series
In this exclusive BioPharm International Peer Exchange video series, Chris Spivey, Director of Industry Relations and Strategic Partnerships, talks with industry experts about various aspects of Cell and Gene Therapies with a focus on reducing manufacturing bottlenecks by creating smaller automated footprint installations, better integrating analytics advances including harnessing artificial intelligence, and above all lowering barriers to access by lowering costs while improving timelines.
Advertisement
Related to this article

New clinical data highlight improved disease control, reduced eye bulging, and weight-loss benefits, potentially broadening options for patients with unmet needs.

Antisense oligonucleotides are reshaping drug design, from RNase H gapmers to inhaled delivery; this FAQ explains how they work and why trials still fail.

Bristol Myers Squibb's Nathan Pennell explains how the MRD endpoint supports accelerated approval in multiple myeloma without changing how clinicians monitor patients.

Once-weekly amylin analog petrelintide produced up to 9.2% weight loss at 28 weeks in adults with obesity and type 2 diabetes, Zealand Pharma reports.

Teprotumumab N01 (Sycume) reduced eye bulging in 60.4% of patients with chronic, inactive thyroid eye disease in a phase 3 trial.

Tecentriq plus chemotherapy gains FDA approval for stage III dMMR colon cancer after a phase 3 trial showed improved disease-free survival.

New clinical milestones, manufacturing investments, and regulatory incentives could help developers overcome barriers to delivering treatments for patients with rare diseases.
Advertisement
Advertisement


