
Why Human Chondrocytes Morphologically Change After Passaging?
This article explores why human chondrocytes undergo morphological changes after passaging, focusing on the process of chondrocyte dedifferentiation.
view more >> 2025-01-03
This article explores why human chondrocytes undergo morphological changes after passaging, focusing on the process of chondrocyte dedifferentiation.
view more >> 2025-01-03
NK-92 and NK-92MI share many similarities, but their culture methods and handling precautions differ in some aspects. Here, Pricella provides a detailed explanation of the key considerations for culturing NK-92 cells and NK-92MI cells.
view more >> 2025-01-03
BEAS-2B, an SV40-immortalized human bronchial epithelial cell line, is used in toxicology and respiratory research. Serum-free culture preserves epithelial morphology, while serum induces squamous differentiation and boosts metabolic activity.
view more >> 2025-01-02
Learn how to manage floating SK-BR-3 cells, which commonly occur after cryopreservation or passaging.
view more >> 2025-01-02
This paper introduces the most commonly used cell species identification method, using pcr method for cell species identification.
view more >> 2025-01-02
There are several derived sublines of hek293 cells, each with distinct characteristics and applications. Pricella introduces the key features and uses of four major hek293 subtypes: 293T, 293F, 293H, and 293S.
view more >> 2025-01-02
Pricella provides a summary of astrocyte classification, identification, primary isolation, and culture methods, along with key precautions to help you get started quickly with astrocyte-related experiments.
view more >> 2025-01-02
Pricella compiled some commonly used counting methods: manual cell counting, automated cell counters, and microscopy-based density estimations for both suspension and adherent cells at varying densities to help you quickly get started with your experiments.
view more >> 2025-01-02
This article is about classification and selection criteria for cytokine products.
view more >> 2025-01-02
H9c2 cells derived from embryonic BD1X rat heart tissue, you can learn more about the key points to consider when culturing H9c2 (2-1) cells.
view more >> 2025-01-02