At a glance, you will see the steps of the bacterial infection cell model

Cell-infected bacterial models have extensive applications in many aspects such as pathogens and host interactions, antibacterial drug research and screening, infectious disease treatment research, vaccine effectiveness evaluation and development, environmental monitoring and food safety. However, during the infection process, the phenomenon of mixed bacteria or cell death occurs slightly.

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Super simple cell adhesion experiment protocol

Super simple cell adhesion experiment

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Philosophy of endothelial cell culture

Q: Why has the endothelial cell experiment been so popular? A: Vascular endothelial cells are a single layer of epithelial cells lining the inner surface of the cardiovascular system. Vascular endothelial cells are involved in various physiological processes such as bleeding, coagulation, blood pressure regulation, inflammation, and lipid metabolism. Vascular endothelial cells play an important role in the occurrence of disease processes such as atherosclerosis, hypertension, diabetes, and tumor metastasis. Vascular endothelial cells are an indispensable cell model for the study of the mechanisms of these diseases and their drugs.

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Can't tell the difference between spheres or clumps of cells?

A lot of you think it's not important to build a sphere of cells, it's not important to build a culture medium, it's not important to build a culture plate, or how can you have suspended cells? Don't suspended cells just float when they're nourished? Even some cells do not add liquid for three days, do not change the liquid?

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System or immortalization

Before doing anything, we always consider the cost, once the cost is higher than the results or pay too much, we can't help but want to control the scientific research experiment. When the cost is greater than the results, even the best technology is still not recognized by the scientific research market. Therefore, more and more teachers tend to immortalize precious cells. Last time we talked about the protocol for BBB experiments, and this time we will talk about the simplest cell immortalization, whether it is used in benign non-permanent tumor primary cells or normal tissue extracted cells, it is everywhere except for pre-experiments

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At a glance: Here are the steps for the BBB experiment

BBB experiment is enduring, but in the actual operation is very easy to leak, take a look at the following steps to build it, all dry goods to share, a point of attention, the way of scientific research is not lost

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Inthe Protocol of neuronal cells in one step

Macro-spectrum: Can MSCs also induce neuronal adult cells? Protocol Our technology is sorted out, waiting for you to read!

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The pitfalls of digestive organoids over the years

Organoid culture is a method of using stem cell technology to simulate the development process of organs in the human body and construct a three-dimensional cell culture model with similar organ structure and function. Such models can help scientists better understand organ development, disease mechanisms and the effects of drugs. Organoids are generally purified through induction and intervention, and passage is also an indispensable step in cultivating organoids;

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Is your culture bottle wrapped?

When we buy culture bottles, we know that TC-treated culture plates are suitable for adherent cells, because the cells are attached quickly and grow well, while we use non-TC-treated boards for suspended cells, because the surface of the non-TC-treated culture plates is rough, and suspended cells do not need to attach walls, which will grow better.

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Hybridoma cells 1.2.3.4

Hybridoma cells are a special type of cell that is formed from a fusion of cancer cells and immune cells (such as B cells) outside the body. Hybridoma cells have the ability of infinite proliferation of cancer cells and antigen recognition of immune cells, so they are widely used in biomedical research and production. However, the screening of hybridoma cells is a very critical step, and only the appropriate hybridoma cells can be selected to ensure the accuracy and reliability of subsequent experiments.

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There are many kinds of cell aging tests, depending on which one you choose, let's take a look at mine

Cellular senescence research is of great significance for understanding the aging process of organisms and preventing and treating age-related diseases. By studying the mechanisms of cellular aging, we can reveal the molecular and genetic factors that lead to decreased cell function and tissue degeneration. This could help develop new drugs and treatments to slow the aging process and improve the quality of life of older people. In addition, cell aging research can also provide a theoretical basis for regenerative medicine and tissue engineering, and promote the development of related fields

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My history with the CCK-8 experiment

CCK-8 test, or Cell Counting Kit-8 test, is a widely used experimental method for cell proliferation and cytotoxicity detection. This method originated from the need for cell proliferation and toxicity analysis, aiming to provide a simple, accurate and highly sensitive assay.

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How to choose between G418 and puromycin in cell screening?

There are significant differences between G418 and purinomycin in chemical properties, mechanism of action and application in biological studies.

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Interesting history of cloning

Lost in all the buzz about cloning is the fact that cloning is nothing new: its rich scientific history spans more than 100 years. The following landmark examples will take you on a journey through time, where you can learn more about the history of cloning.

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Summary of true criteria for lipid classification and identification

Lipid research is a broad and in-depth field, involving medicine, biology, chemistry and other disciplines, and a large number of research papers are published every year

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