Cell line development plays a pivotal role in the manufacturing of therapeutic proteins, vaccines and other biologics.

We’re not trying to replace or even compete with agriculture; we're closing the gap between demand and supply," says the CEO ...

This observation suggest that human cell lines which have been in culture for several years may have acquired additional mutations that render NOTCH1 signaling dispensable for growth in vitro ...

A microbioreactor is a way of “doing more with less” succinctly stated Wei-Xiang Sin, PhD, research scientist at SMART CAMP. As these tiny growth machines become even more sophisticated with machine ...

Until now, component analysis of culture medium has been carried out by periodic sampling ... is used to continuously measure glucose and lactate levels while culturing Jurkat cells, in order to ...

A PAT roadmap should address data analysis, aggregation, visualization, and the smart utility of those data for greater process understanding.

Our objective was to culture these cells in order to understand them and exploit their therapeutic potential to the full. Design Here, hypothesising that some CTC potentially have cancer stem cell ...

retriever generates disease-specific transcriptional drug response signatures by merging transcriptional signatures over time, concentration, and cell-type. These signatures can then be matched to ...

The most complex engineering of human cell lines ever has been achieved by scientists, revealing that our genomes are more resilient to significant structural changes than was previously thought.

These cells survived and multiplied in culture, growing robustly. They continued to do so for weeks and months, becoming the first human cell line to survive indefinitely outside a body.

Run a brief analysis at the single-cell level, let’s use the common Seurat pipeline. set.seed(12345) sc <- CreateSeuratObject(counts = sc.counts, project = proj.name, meta.data = sc.meta) sc ## An ...