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The positive effect of bioprocessing in the development of cell lines
Bioprocessing is an essential component of pharmaceutical companies’ development of new drugs. In the process of developing cell lines, bioprocessing plays a crucial role. This article will explore in detail the importance of bioprocessing in cell line development and introduce related tech...Read more -
The Importance of Cell Engineering in Biopharmaceutical Development
As the field of biomedicine continues to develop, cell engineering technology as an important technique is gradually attracting people’s attention. Cell engineering can modify, transform and separate cells through various technical means such as gene modification, enabling them to have bett...Read more -
The Necessity of Using Site-Specific Integration Technology in Cell Line Development
Cell line development is a crucial step in the biopharmaceutical industry. Achieving stable and efficient expression of target proteins is one of the key factors for successful cell line development. Site-specific integration technology is an important method in cell line development, and its imp...Read more -
Advantages of Using Site-Specific Integration Technology in Cell Line Development
Cell line development is an essential step in biopharmaceutical manufacturing. The successful development of a stable and highly efficient cell line expression system for target proteins is important for the production of high-quality biologics. Site-specific integration technology is one of the ...Read more -
Cell Culture Contamination Was Effectively Reduced
Contamination of cell cultures can easily become the most common problem in cell culture laboratories, sometimes causing very serious consequences. Cell culture contaminants can be divided into two categories, chemical contaminants such as medium, serum and water impurities, endotoxins, plasticiz...Read more -
Cell Culture Environment Affect Cell Production
One of the main advantages of cell culture is the ability to manipulate the physical chemistry of cell reproduction (ie temperature, pH, osmotic pressure, O2 and CO2 tension) and physiological environment (ie hormone and nutrient concentration). In addition to temperature, the culture environment...Read more -
Cell Culture Equipment Effectively Improves Cell Development
The specific requirements of a cell culture laboratory mainly depend on the type of research being conducted; for example, the needs of a mammalian cell culture laboratory that specializes in cancer research are very different from those of an insect cell culture laboratory that focuses on protei...Read more -
Cell Culture Laboratory Safety
In addition to the common safety risks in most daily workplaces (such as electrical and fire hazards), cell culture laboratories also have many specific hazards and risks related to the handling and manipulation of human or animal cells and tissues, and toxic, corrosive or mutagenic solvents. Rea...Read more -
Cell Line Made Simpler and More Efficient
1.Choosing the right cell line When choosing the appropriate cell line for your experiment, please consider the following criteria: a.Species: Non-human and non-primate cell lines usually have fewer biosafety restrictions, but in the end your experiment will determine whether to use a culture of ...Read more -
Cell Morphology Can Predict Stability in Advance
Regular inspection of the morphology of cultured cells (ie their shape and appearance) is essential for a successful cell culture experiment. In addition to confirming the health of the cells, checking the cells with the naked eye and a microscope each time they are processed will allow you to de...Read more -
Introduction to Cell Culture to Learn More
1.What is cell culture? Cell culture refers to removing cells from animals or plants and then growing them in a favorable artificial environment. The cells can be taken directly from the tissue and broken down by enzymatic or mechanical means before culturing, or they can be derived from establis...Read more
