AI & Advanced Healthcare

Nicole Dale

Next-Generation Sequencing for Cell Line Development in Biologics Manufacturing

Laboratory illustrating next-generation sequencing cell line development for biologics manufacturing, highlighting DNA analysis, genomic characterisation, bioprocess development, Quality by Design, and pharmaceutical manufacturing innovation.

Discover how next-generation sequencing in cell line development is improving biologics manufacturing, quality control, and regulatory confidence.

Nicole Dale

Cold Chain Optimisation by Rethinking Pharma Logistics

Pharmatica image of pharmaceutical cold chain optimisation using temperature-controlled logistics, monitoring, and supply chain technology.

See how cold chain optimisation can reduce pharmaceutical logistics costs, emissions, and product risk by modelling uncertainty across storage and distribution.

Nicole Dale

Making Flexibility Work with Adaptive Clinical Trials

Pharmatica image showing two clinical researchers in white laboratory coats reviewing trial data on a digital tablet in a modern pharmaceutical research environment. The background shows laboratory equipment and translucent scientific graphics, symbolising adaptive clinical trial design, evidence‑driven decision‑making, and digital data integration in clinical development.

Adaptive clinical trials can improve efficiency, reduce patient burden, and support faster development through structured, evidence-based flexibility.

Nicole Dale

AAV Vector Manufacturing: Solving Gene Therapy's Bottleneck

Scientist’s gloved hands handling a vial and pipette in a bright laboratory with a glowing DNA helix and AAV capsid, representing advanced AAV vector manufacturing and gene therapy process development.

Discover how innovations in AAV vector manufacturing are improving scalability, quality, and commercial readiness for next-generation gene therapies.

Nicole Dale

Foundational AI In Cell and Gene Therapy Development Success

Pharmatica image representing AI in cell and gene therapy development success through improving drug discovery, viral vector engineering, manufacturing, and predictive quality control.

Discover why AI in cell and gene therapy is necessary for successful development by improving drug discovery, viral vector engineering, manufacturing, and quality control.

Nicole Dale

Using Machine Learning for Lipid Nanoparticle Design

Machine learning for lipid nanoparticles illustrating AI-driven optimisation of lipid nanoparticle formulations for mRNA drug delivery, RNA therapeutics, nanomedicine, and next-generation drug discovery.

Read about machine learning for lipid nanoparticle design used to improve cell, gene, and RNA drug delivery and help optimise next-generation therapeutics.