When working with primary cells, it is important to remember that they are not cell lines and should be treated with care. At ScienCell, we specialize in primary cell culture and we are very familiar with the common problems researchers encounter when culturing them. We have compiled a list with 13

Cancer immunotherapy is one promising cancer treatment option whereby the host's own immune system is used to treat cancer. The therapy works by either stimulating certain immune activities, or counteracting cancer cell signals that suppress immune responses. Cancer immunotherapy has progressed significantly

For decades, Fetal Bovine Serum (FBS) has been a vital supplement for the successful culture of a diverse range of cell types. FBS is an undefined, complex source of growth factors, hormones, lipids, attachment factors, and trace elements.

Aging and Telomere Length Quantification by qPCR

Aging is a time-dependent decline of the body’s functional capabilities and is an inevitable course of life (as shown in the image below, extracted from the Wall Street Journal). The rate of aging though is highly variable among individuals. When evaluating

Primary cells, which are isolated directly from tissue, show normal cell morphology and maintain many of the important markers and functions seen in vivo. Primary cells, though, have a finite lifespan and limited expansion capacity, so it is critical to use low passage primary cells for your research.

Neuronal cell lines are commonly used for in vitro neurobiology studies because they are more easily transfected compared to primary neurons and they proliferate, whereas primary neurons do not. Neuronal cell lines can be induced to differentiate into neuron-like cells, where they express neuronal markers

The 2017 Nobel Prize in Physiology or Medicine was awarded to Jeffrey C Hall, Michael Rosbash, and Michael W Young for research that established key mechanistic principles on how circadian rhythms are regulated. Circadian rhythms are endogenous oscillations adjusted to changing external cues and driven

Next generation sequencing (NGS), such as Whole Exome Sequencing (WES) and RNA-Sequencing (RNA-Seq), provides a high throughput approach for DNA sequencing and gene expression analysis. It is rapidly advancing our knowledge on almost all aspects of genetic research and shedding light on how individual

Cell culturing is a widely used technique to grow cells outside of their natural environment using artificial environments and controlled conditions that has become indispensable to scientific research.  The applications of cell culturing are innumerable and there are many ways to differentiate types

3 Reasons Why You Should Take "Pseudogenes" Seriously in Your Research

Protein-coding DNA, or “functional” genes, only accounts for up to 2% in the human genome. Until recently, the remaining 98% have been referred to as “junk DNA” for their putative noncoding feature. The name itself implies that junk