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). Examine it and answer the question below. 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 .

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). Examine it and answer the question below. 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 .

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter4: Cell Structure

Section: Chapter Questions

Problem 1VCQ: Figure 4.7 Prokaryotic cells are much smaller than eukaryotic cells. What advantages might small...

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Figure 3.13 Why does the cis face of the Golgi not face the plasma membrane?
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 ..
The following fluorescence microscopy shows several cells. What part of the cell is labelled by the fluorescence here? b The Cytosol The Endoplasmic Reticulum The nucleolus The nucleus The actin cytoskeleton
Which electron or light microscopy technique would you use for the following? (also explain) For visualizing the fine structure of cellular organelles and cell architecture in the cell interior using very thin cross-sections made in Epon. To obtain sequential images of a macromolecule in order to study its activity in real-time. To obtain an extremely clear three-dimensional image of the nucleus of a single cell. What is the magnification of the image in a microscope using a 20x ocular and a 100x objective?
Which of these organelles is directly involved in the synthesis, editing, or modification of cell components? Mark all that apply. Group of answer choices actin (8 nm) microfilaments cilia flagella free ribosomes Golgi complex (Golgi apparatus) intermediate (10 nm) filaments lysosomes microtubules (25 nm) peroxisomes proteasomes rough endoplasmic reticulum smooth endoplasmic reticulum spliceosomes
Describe the following as seen under the compound microscope. Endoplasmic reticulum Ribosome Centrosome
Which of these organelles is directly involved in the motility of cells, either by moving substances past a cell which is fixed in place, or moving the cell itself within a liquid environment? Mark all that apply. Group of answer choices cilia flagella free ribosomes Golgi complex (Golgi apparatus) lysosomes mitochondria peroxisomes proteasomes rough endoplasmic reticulum smooth endoplasmic reticulum spliceosomes
Which of these organelles is involved in energy (ATP) production? Mark all that apply. Group of answer choices actin (8 nm) microfilaments cilia flagella free ribosomes Golgi complex (Golgi apparatus) intermediate (10 nm) filaments lysosomes microtubules (25 nm) mitochondria peroxisomes proteasomes rough endoplasmic reticulum smooth endoplasmic reticulum spliceosomes
Which of these organelles is directly involved in the storage and/or digestion (destruction) of cell components? Mark all that apply. Group of answer choices actin (8 nm) microfilaments cilia flagella free ribosomes Golgi complex (Golgi apparatus) intermediate (10 nm) filaments lysosomes microtubules (25 nm) peroxisomes proteasomes rough endoplasmic reticulum smooth endoplasmic reticulum spliceosomes
Give the actual dimensions (lenght and width) of the cell shown in this microscope drawing. You are told that. the depth of this type of squamous cell is typically 460nm. Use this information to calculate the volume of the cell.
Click and drag the appropriate tiles to label the indicated parts of a cell membrane (blue dots). Click and drag the appropriate tiles to the yellow dots to indicate which side of the membrane represents the outside surface of the cell and which side represents the inside of the cell (cytoplasm).
You are looking at a larger cell (approximately 50 micrometers) under a microscope, and see a nucleus and membrane-bound organelles. What type of cell can you confirm you are observing?