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A flow cytometry dot plot analysis can provide information about the presence and characteristics of different cell populations based on their size, complexity, and specific markers. This analysis helps researchers identify and quantify various cell types in a sample, as well as assess their functional properties and interactions.
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How do computers help scientists learn about bacteria?
Computers can help scientists learn about bacteria any time there is a need for number crunching which occurs extremely frequently when scientists study bacteria. Flow cytometry, for example, can count the number of bacteria in a sample, using lazers and detectors. The electronic information from the detectors is fed into a computer where it is analyzed and turned into useful information about how many bacteria are present. Without the computer, flow cytometry and many other complex technologies useful for studying bacteria would be impossible.
What are some of the cytological techniques?
Some cytological techniques include microscopy, cell staining, immunofluorescence, flow cytometry, and cell culture. These techniques are used to study the structure, function, and behavior of cells at a microscopic level.
What kind of light is used to excite dyes and make microorganisms fluoresce?
Ultraviolet light is commonly used to excite dyes and make microorganisms fluoresce in techniques such as fluorescence microscopy and flow cytometry. The dyes absorb the UV light and emit light of a longer wavelength, allowing for visualization and analysis of the samples.
What criteria would you use to decide which phase a cell is in?
To determine which phase a cell is in, we typically assess the cell's DNA content, morphology, and the activity of specific cell cycle markers, such as cyclins and CDKs. Techniques like flow cytometry or microscopy can be employed to monitor changes in these parameters and assign the cell to a specific phase of the cell cycle. Additionally, synchronization methods can help enrich a population of cells in a particular phase for more accurate analysis.
What is the annexin V staining protocol for detecting apoptosis in cells?
The annexin V staining protocol is a method used to detect apoptosis in cells. It involves labeling cells with annexin V, a protein that binds to phosphatidylserine on the outer membrane of apoptotic cells. This allows for the identification of cells undergoing apoptosis by using fluorescence microscopy or flow cytometry.
Where can someone find information regarding flow cytometry online?
There is a flow cytometry page on Wikipedia which contains information on the history, principle, data analysis, labelling and applications of flow cytometry. Invitrogen is another website where you can find information.
What has the author Virginia M Litwin written?
Virginia M. Litwin has written: 'Flow cytometry in drug discovery and development' -- subject(s): Flow cytometry, Design, Methods, Drugs, Flow Cytometry, Pharmaceutical Chemistry, Drug Design
What does the lab work flow cymotery ea marker INDICATE?
The lab workflow cytometry marker indicates the specific surface or intracellular molecules that are being analyzed on cells using flow cytometry. These markers help identify and characterize different cell types based on their specific protein expression profiles. The information obtained from these markers is used to understand various biological processes, disease states, and immune responses.
What Is a method of counting cells that have been stained or tagged with fluorescent dyes?
Flow Cytometry
What instrument is used to count red blood cells and white blood cells?
flow cytometry
What are the tests for leptospirosis?
One test uses flow cytometry light scatter analysis; this method can evaluate a sample of infected serum in as little as 90 minutes. A second technique is an IgM-enzyme-linked immunosorbent assay (ELISA), which detects the presence of IgM antibodies
How do you separate young platelets from aging platelets?
Flow Cytometry: CD41+ /Tiazole orange = 6-10% from total platelet population. ELena
How to find a microbial load?
To find the microbial load in a sample, you can perform microbiological testing methods such as plate counting, flow cytometry, or polymerase chain reaction (PCR). These methods help quantify the number of microorganisms present in the sample, providing information on the microbial load.
What is routine core analysis?
Routine core analysis involves measuring properties of rock samples obtained from drilling wells, such as porosity, permeability, and rock composition. This analysis helps in understanding the reservoir characteristics and predicting fluid flow behavior in the subsurface, aiding in the development and production of oil and gas fields. The data obtained can be used to optimize well placement, reservoir management, and production strategies.
What are the different methods used for osmotic fragility test?
-Acidified glycerol Lysis test - the Pink Test - NESTROFT ( naked eye single tube red cell osmotic fragility test ) :) - i tried to search this and i guess this would help other medtech students and to anyone related to it :) by: Peter Paul M. Pastor heheee!! XD
Results of commodity flow surveys can be obtained from?
LEPC
How do computers help scientists learn about bacteria?
Computers can help scientists learn about bacteria any time there is a need for number crunching which occurs extremely frequently when scientists study bacteria. Flow cytometry, for example, can count the number of bacteria in a sample, using lazers and detectors. The electronic information from the detectors is fed into a computer where it is analyzed and turned into useful information about how many bacteria are present. Without the computer, flow cytometry and many other complex technologies useful for studying bacteria would be impossible.
