Outrageously Funny Search Suggestion Engine :: Electrophore

👉 Electrophoretography is a technique used to separate and analyze proteins using a gel. It involves applying an electric field on the surface of a protein molecule, causing it to move along a charged metal strip or a negatively charged wire that is attached to the gel. The proteins are then separated by their ability to pass through the electric field, with molecules moving faster than others. This technique has been widely used in biological research and industry for analyzing proteins, particularly those involved in cell signaling pathways.

electrophoretically

👉 Electrophoretic is a method used in chromatography to isolate and purify proteins. It involves using an electric field to separate proteins from other molecules based on their electrostatic force, which is different for each protein. Electrophoresis is also known as separation by gradient or differential electrophoresis and is commonly used in the purification of proteins from biological samples like blood plasma or DNA.

electrophoretic

👉 Electrophoresis is a technique used in biological and medical research to separate proteins, DNA, RNA, and other molecules from their respective forms by using electric fields. It involves drawing small samples of material through a series of electrical fields that are applied to the surface of a conducting membrane (such as a gel) or a solid support (such as a filter). This separation is crucial for identifying specific proteins and analyzing genetic materials, such as DNA and RNA. Electrophoresis can be divided into

electrophoresis

👉 Electrophoresing is a technique used in biotechnology to separate proteins, DNA molecules, and other molecular materials from their solution or aqueous phase. It involves using electric fields to separate these materials based on their charge and molecular size. Electrophoresis is commonly used for analyzing the structure of proteins, identifying specific genetic markers, and separating nucleic acids. Electrophoresing can be performed in a variety of settings, such as biological fluids, cell cultures, or liquid chromatography (LC

electrophoresing

👉 The term "electrophoretogram" refers to a type of X-ray crystallography used in which electrons are passed through a solution of ions. This allows for the determination of the size, shape, and distribution of an ion or molecule, as well as its charge and polarity. The process involves passing the electron beam across a solution containing a small amount of an ion (e.g., sodium chloride) to create a crystalline structure.

electrophoretogram

👉 Electrophorescence is a process in which an electric field is applied to an electrochemical cell, causing ions to move across the electrodes. This movement is then used to separate proteins or other molecules from their aqueous solutions. The separation of these molecules can be useful for analyzing protein concentrations or identifying compounds that are present in biological samples.

electrophorese

👉 Electrophoreses are a type of separation technique used in mass spectrometry to separate molecules based on their charge. The process involves using an electric field to separate substances, such as proteins or DNA, based on their electrical conductivity. Electrophoreses can be used for high-throughput screening and have been widely adopted in the field of biotechnology.

electrophoreses

👉 The process of separating and analyzing DNA, RNA, or proteins using electric current. This technique is commonly used in genetic research to identify specific regions of the genome that are important for disease susceptibility or development. Electrophoresis is a widely used method in biochemistry, where samples are separated into their respective size classes based on their molecular weight, using electric currents and magnetic fields.

electrophore

👉 Electrophoresized refers to a process in which biological materials are separated using electric currents. It is used in biochemistry and cell biology, particularly in the analysis of DNA or RNA, where it helps in separating proteins, lipids, nucleic acids, and other molecular components based on their size and charge, which can then be analyzed for identification and quantification. This technique is often employed in chromatography to separate molecules into their constituent parts.

electrophoresed