What is the function of each component of the model? What determines the flexibility of the cell membrane? 14. What are the types of transport across the cell membrane? Which uses proteins? Which needs energy? 15. For end product feedback‚ the product stops enzyme activity. Explain the two ways enzymes are inhibited by product. 16. What is the resting membrane potential range of cells 17. Describe the model that describes how an enzyme fits a substrate. Which is the “key” and
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02.02 Early Cells 1. How are cells affected by the movement of water? Cells are affected by the water through diffusion. You see if you when you apply or remove water from the cell it will most likely show you how it functions. For example when you have the egg and you apply a bit of water it will most likely shrink if you add a lot of water it’s mostly likely that the egg will burst. Hypothesis (What do you think will happen to the egg after the three days? Be sure to give a reason for
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Animal Cell Kaile Tuisamatatele Blue 09.23.14 Table Of Context 1 Nucleus 2 Nucleolus 3 Rough Endoplasmic Reticulum 4Smooth Endoplasmic Reticulum 5Golgi Apparatus 6Ribosomes 7Cell Membrane 8Centrioles 9 Conclusion 10Work cite Nucleus Function:The nucleus is usually located around the center of the cell connected to the endoplasmic reticulum as part of the endomembrane system. The nucleus controls many of the
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under a membrane so it is not under pressure. The Water Potential (Ψ) of the solution is equal to the Ψ of the tuber as there is no pressure potential. C2 and C3 As the concentration of the sucrose solution increases‚ the average percentage change in mass decreases in the potato tubers and this is the same as in the carrot tubers. At low concentrations of sucrose solutions (0.1 M) the mass of the carrot and potato tubers increases due to water moving into the protoplast of the cell from the
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7-1‚ 7-2 Cell Structures and Function cell theory- all living things are composed of cells‚ cells are the basic units of structure and function in living things‚ new cells are produced from existing cells. prokaryote- smaller and simpler than eukaryotes‚ do not contain nuclei‚ are part of the Bacteria domain‚ are unicellular‚ are autotrophs or heterotrophs eukaryote- cells with nuclei and contain specialized structures called organells. All plants‚ animals and fungi are eukaryotes. Part of the
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named the cells. 2) Cell is the structural and functional unit of all living organisms. 3) Organisms may be unicellular or multicellular. A single cell constitutes the unicellular organism whereas many cells coordinately function in case of multicellular organism. 4) The size‚ shape and volume of the cell are related to the specific function that they perform. 5) A cell generally shows plasma membrane‚ nucleus and cytoplasm 6) Plasma membrane is a thin‚ selectively permeable membrane‚ covering
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SPECIALIZED CELL ANIMAL Sperm cells PLANT Xylem cells are specialised to find a female cell (egg cells) and join with it. They have tails‚ that makes them move in water to find and fertilize the female cell. They can move because they have many mitochondria located between the tail and the head‚ which gives them energy. In the head‚ there is a vacuole filled with acrosome‚ which is a specialized Lysosome that releases enzymes in order for the Sperm Cell to break into the Egg Cell‚ through the
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List and briefly describe the kinds of homeostasis involved. In males and females‚ intracellular fluid has a greater proportion of total body water than does extracellular fluid. Give-and-take between the ICF and the ECF happens across plasma membranes by osmosis‚ diffusion‚ and carrier-mediated transport. The kinds of homeostasis involved are fluid Balance‚ electrolyte Balance‚ and Acid–Base Balance. Fluid balance is when the quantity of water we gain each day is equivalent to the amount we
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Dissolution[edit] In the most common situation‚ a tablet is ingested and passes through the esophagus to the stomach. The rate of dissolution is a key target for controlling the duration of a drug’s effect‚ and as such‚ several dosage forms that contain the same active ingredient may be available‚ differing only in the rate of dissolution. If a drug is supplied in a form that is not readily dissolved‚ the drug may be released more gradually over time with a longer duration of action. Having a
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Cell Specialisation All cells are designed to perform a particular job within an organism‚ that is‚ to sustain life. Cells can become specialized to perform a particular function within an organism‚ usually as part of a larger tissue consisting of many of the same cells working together for example muscle cells. The cells combine together for a common purpose. All organisms will contain specialised cells. There are hundreds of types of specialised cells. Below is listed some of the major ones
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