In the ongoing battle against antibiotic-resistant bacteria, or “superbugs,” scientists are constantly seeking innovative tools to understand the mechanisms of resistance and develop effective treatments....
By Jessica Hartman, Ph.D. Toiling in the lab With a deadline on its way To the scope I go On a Saturday I don’t see...
Historically, cell line development has predominantly relied on a limited number of cell lines such as CHO-K1, HEK293T, and HeLa. However, as biotechnology continues to...
The satisfaction that comes from seeing a carefully designed experiment unfold and coalesce into a clue, an answer, or a new tool is what makes...
Single cell workflows are hot topics in scientific research today. The ability to turn a single cell into a viable monoclonal colony is essential for...
As drug discovery and disease modeling become increasingly sophisticated, 3D cell culture has emerged as a powerful alternative to traditional 2D assays and animal models....
Cell culture is the backbone of modern biomedical research, drug development, and regenerative medicine. Traditionally, cells are grown in static environments—like petri dishes or flasks—where...
Generating monoclonal colonies is a fundamental step in cell biology research, allowing researchers to study individual cells and their unique characteristics. However, misconceptions and challenges...
Imagine working with a rare patient-derived cell samples. In a traditional setup, you might need 1 milliliter of sample (equivalent to about 20 drops) to...
You never forget the first time you thaw a vial of induced pluripotent stem cells. Standing in the lab, holding a precious vial of cells,...
The study of biofilm communities presents unique challenges in experimental design and analysis. While mixed bacterial populations offer fascinating insights into microbial interactions and community...
In a recent webinar, Dr. Jessica Hartman shared her expertise in CRISPR and gene-editing workflows, offering valuable insights into the challenges and solutions for creating...
Mechanical forces have been shown to impact cell phenotype and function in vivo. The most prolific of these forces is shear stress, induced by fluid
In vivo, most cell types exist surrounded by moving fluid that influences their phenotype and function. The flow created from moving fluids creates shear stress,
Long-term health effects of smoking According to the Centers for Disease Control and Prevention, “Tobacco use is the leading cause of preventable disease, disability, and
As my mother, a seasoned scientist and lab veteran who has trained countless students and post-docs, likes to say, “They don’t call it RE-search for
This blog highlights the real-world benefits of the BioFlux system’s contactless pumping to the lab of Dr. Clemence Belleannee of the University of Laval.
Breast cancer metastasis decreased by modulating potassium channels
