Cell Culture techniques enhance biomedical research, notably in drug discovery, cancer biology, and regenerative medicine, and are showing significant promise. In most cases, these procedures entail growing two types of cells in vitro: cell lines and primary cells. Cell lines are groups of cells that have been repeatedly passed over time to avoid senescence and...
Cell culture is a realm within itself. The medium in the culture dish includes nutrients that cells require to live and thrive. But, every once in a while, uninvited invaders breach the cultures, endangering the delicate stability of the system and tainting the scientific conclusions. Consequently, the cultures are futile and must be eradicated. But...
A crucial step before taking up research work with human or animal tissue is to ensure appropriate ethical and medical legislation and guidelines for experiments. This can also deal with procuring approval from relevant authorities or individuals. Biohazards and Safety considerations It is very important to know the possible associated risks while working with potential...
When you are starting your cell culture research, the primary requirement is having cells, and to decide whether human primary cells or cell lines will be beneficial, is a major task! If you want a cell culture model that is closer to human in vivo environment, human primary cells are a better choice. Human primary...
Cell culture is a prominent tool in cellular and molecular biology research, often spreading to clinical applications. Cell culture using primary cells can be excellent model systems for studying physiology and biochemistry of cells, drug toxicity and metabolism, and other biomedical applications. Primary cell culture is being used by researchers worldwide for their role in...
Biomedical and clinical research would be inconceivable without progress in cell culture. This tool has become inevitably crucial in life sciences and has evolved much since the early 20th century, with its application in primary cell culture, 3D culture, tissue engineering, 3D bioprinting, and regenerative therapies. As a cell culture researcher, you must have enough...
In the field of biomedical research, 2D cell cultures have extensively been used since the early 1900s but in recent times, the technology of 3D cell culture has boomed. The tussle of 2D vs 3D cell culture has received much interest from biomedical researchers and other science geeks. In this article, let us explore more...
The task of choosing cell culture media for use with your primary cells is surely daunting. Therefore, if you are thinking of replicating a formulation of media from any previously published report or if you are optimizing your nutrient or classical media, it is important to understand the consequences of this media choice for your...
Cryopreservation has become one of the major steps to focus on enhancing commercial and clinical cellular experiment-based cell culture process. Non-optimized substandard protocols and reagents used in cell culture can lead to damage of cells and lower cell viability. Besides that, the lack of optimized protocols in cell culture practice might also lead to decreased...
Primary cell culture is an expanding technology for several biomedical applications like tissue culture, 3D Cell Culture, bioscaffolds, 3D bioprinting, organoid culture etc. Researchers have been utilizing this technology as an efficient ethical alternative to animal experiments and as a physiologically in vivo-mimicking alternative to culturing continuous cell lines. We, at Kosheeka, believe that cell...
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