Triton X 100
Triton X 100 - Related Videos
01:21
100-Percent-Reserve Banking
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2025
Imagine an economy without any banks; the entire money supply is held by the public in the form of physical currency. This means that the amount of money in the economy is equal to the total value of currency held by households and firms.Now, a commercial bank is introduced, and the public is assumed to deposit all their currency into the bank. If the bank does not issue any loans and instead holds all the deposited money in reserve, it is known as a 100-percent-reserve banking system. In this...
11:47
A 100 KW Class Applied-field Magnetoplasmadynamic Thruster
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Cited by 9 •
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The goal of this protocol is to introduce the design of a 100 kW class applied-field magnetoplasmadynamic thruster and relevant experimental methods.
03:02
Immunohistochemical Staining of S-100 Protein in Human Rectal Suction Biopsy Sections
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2025
This video demonstrates the immunohistochemical staining for S-100 protein in rectal suction biopsy sections. Antigen-retrieved sections are blocked and treated with primary, followed by secondary antibodies against S-100, a marker of Hirschsprung's disease. Chromogenic substrate is added to stain the targeted cells. Samples are dehydrated and mounted before visualizing under the microscope.
04:25
Enriching Subcellular Proteins in Leptospira Using a Triton X-114-Based Fractionation Approach
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Cited by 1 •
2025
Though prokaryotes lack an organellar system, there are subcellular regions with localized proteins. Quantitative and qualitative analysis of the enzymes and proteins in the subcellular regions is important for developing drug and vaccine targets. Here, we illustrate the subcellular fractionation of Leptospiral proteins using Triton X-114 and its analysis.
07:49
Matrix-assisted Laser Desorption/Ionization Time of Flight (MALDI-TOF) Mass Spectrometric Analysis of Intact Proteins Larger than 100 kDa
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Cited by 63 •
2013
Accurate mass measurement represents an important step during the investigation of proteins. Matrix-assisted laser desorption/ionization (MALDI) mass spectrometry (MS) can be used for such determination and its key advantage is the tolerance to salts, detergents and contaminants. Here we illustrate an accessible approach for the analysis of proteins larger than 100 kDa by MALDI-MS.
FAQs
Concentration and exposure time help determine whether Triton X-100 causes limited permeabilization, broader membrane disruption, or more extensive solubilization. Temperature and buffer conditions also modify this balance. Lower-intensity conditions may improve access to intracellular targets while retaining more cellular organization, whereas stronger treatment can increase membrane protein release but also alter membrane-associated structures and protein conformation.
Its nonionic character allows Triton X-100 to interact with membrane lipids and organize them into micelles without necessarily disrupting every protein association. This partial preservation supports membrane-protein extraction and biochemical analysis. However, detergent strength still matters: excessive treatment may change protein conformation or membrane organization, so preserved interactions should be verified under the selected experimental conditions.
Controlled permeabilization aims to create sufficient access through membranes while retaining much of the cell or tissue structure. Complete solubilization instead removes or disperses membrane material more extensively, which can release membrane-associated proteins for extraction. Triton X-100 can support either outcome, depending on concentration, exposure time, temperature, and buffer conditions chosen for the experiment.
Optimization should address detergent concentration, exposure time, temperature, and buffer composition together rather than treating any one variable as sufficient. These factors influence membrane disruption, cellular preservation, protein conformation, and membrane organization. Comparing conditions helps identify a treatment that provides the required permeability or extraction while minimizing changes that could compromise analysis or reproducibility.
In immunostaining, Triton X-100 can increase antibody access by permeabilizing cellular membranes. This allows antibodies to reach targets that are less accessible in intact cells or tissues while potentially retaining useful structural organization. The treatment must be controlled because excessive membrane disruption may affect cellular architecture or the organization of membrane-associated components being examined.
Triton X-100 helps release membrane-associated proteins by incorporating membrane lipids into micelles, producing a preparation suitable for subsequent biochemical analysis. Its use can also support assays that require access to intracellular or membrane-associated components. Researchers must interpret results in light of detergent exposure, because extraction conditions may influence protein conformation, interactions, and the organization of the original membrane.