You have fused a mouse cell and a human cell and then treated the cell with specific antibodies that are covalently linked to fluorescent dyes (antibodies to mouse proteins – green; antibodies to human proteins – red). What does the cell look like immediately after fusion? options: The cell is half red and half green The red and green labels are uniformly distributed across the entire membrane. The red and green labels are distributed in intermingled patches The cell appears to be yellow in color.

You have fused a mouse cell and a human cell and then treated the cell with specific antibodies that are covalently linked to fluorescent dyes (antibodies to mouse proteins – green; antibodies to human proteins – red). What does the cell look like immediately after fusion? options: The cell is half red and half green The red and green labels are uniformly distributed across the entire membrane. The red and green labels are distributed in intermingled patches The cell appears to be yellow in color.

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter10: Cell Division And Mitosis

Section: Chapter Questions

Problem 2ITD

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Explain (using the correct terminology and drawing an image) what happens to the cells in the following environments: A human blood cell (0.9% salt) is placed in a saltwater tank (27.5% salt). - A bacterial cell with 35% organic material in their cytoplasm is living in a tank filled with 35% sulfur. - A freshwater plant cell (75% water) is living in a pond that floods over.
In the table below, indicate whether the speciﬁed cellular component is found in each type of cell by placing an “X” in the relevant columns.
You are looking at the inside of a cell . How can you tell the cell is animal, bacterial or a plant cell ?Single choice. A. animal cell - nucleus ,no cell wall; bacteria cell -no nucleus ; plant cell- nucleus, cell wall and chloroplast B. animal cell - no nucleus, no cell wall ; plant cell - nucleus , no cell wall C. bacteria cell- nucleus ,no cell wall ; animal cell - nucleus ,cell wall
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You are using fluorescence microscopy to study a plasma membrane protein that is fused to green fluorescent protein (GFP). Adding GFP to a protein allows us to monitor the protein in live cells using light microscopy without the need for any special stains. Under baseline conditions, the fusion protein is evenly distributed over the surface of the cell. You use the microscope software and laser to photobleach an ROI and watch for the recovery of fluorescence in real time. you have a control protein, a GFP fusion with the insulin receptor, where the ROI fully recovers from photobleaching in 10 min. However, when Protein X is fused with GFP, the fluorescence recovers only to 10% the starting levels in 10 min in the same cell type under the same experimental conditions. Provide two different, reasonable explanations for the different results with these two fusion proteins.
Based on your microscopic observation, how many individual cell thus the string is comprised of? What is approximate combine cell length of the cells? Remember: Always measure the cell length base on the widest/longest midsection of the cell!
In the micrograph below, you are seeing a collection of cells that have been stained with fluorescent dyes. One of the dyes appears green, and the other dye appears blue (when viewed with a fluorescence microscope). Based on the appearance of these stained cells, which of the following cell structures must the GREEN dye be staining? Endoplasmic reticulum Cytoskeleton Flagella Mitochondria Nucleus ..
If a percent difference is a positive number, what does this tell us about the change in weight of the artificial cell?
Let's say that you have been tasked, at a bioengineering firm, to design a synthetic biological cell. One of the first things that you and your team must consider is the size of the cell. Each member of the team decides that it should not have a radius longer than 100 um. Why do you and your team decide this? Isn't bigger better?
You are interested in testing the effect of a drug on human cells. These cells have been sampled and evenly split into two separate cell cultures. You trigger cell division using a growth factor in both cell cultures. This synchronises the start of mitosis so you can easily detect the effect of the drug on the progress through the mitotic phases. Immediately after mitosis begins, you expose one cell culture to the drug (treatment + drug) and compare their progress through the mitotic phases under the microscope to the cells that are not exposed to the drug (control - drug). Here are your observations: Cells from both cell cultures lack their nuclear membranes. Individual chromosomes are clearly visible in both cell cultures Cells from the control culture (- drug) have their chromosomes aligned (see figure below) Cells from the treatment (+ drug) have their chromosomes dispersed in the cell (see figure below). What effect does the drug have on the chromosomes? Indicate two…

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	The cell is half red and half green
	The red and green labels are uniformly distributed across the entire membrane.
	The red and green labels are distributed in intermingled patches
	The cell appears to be yellow in color.