Fill in the blanks please. Date:Name:Cell Transport Task Cardsр. 1Station 7: Marker ProteinsStation : Passive Transport1. Passive transport =7. The role of marker proteins isExamples)a.Station #8: DIFFUSIONb.8.Examples)Station 2: Active Transport2. Active transport =a.Examples)b.а.Station 9: OSMOSISb.OSMOSISPassive or ActiveStation 3Transport?3. Passive or active transport? Why?Which moleculeis transported?Direction ofCell membranemovementDefinition in yourown words:Station 4: Transport Proteins4. Role of carrier proteins?Station 10:10. What is occurring in the cells of the root?Example)Station *5Station5.proteins are found in the cell11. Your Answer:membrane, which bind toand allow them to pass into the cell.Station 6: Facilitated Diffusion6. Two examples of substances that are transportedduring facilitated diffusion:Station 1212.is shown in thea.diagram.b.9 2014 Yangana jason RinlomY

Lipophobic molecule- These are those molecule which are easily soluble in water they are generally…

Answered: Station l: Passive Transport 1. Passive…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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i. Why are carbon, nitrogen, oxygen, and hydrogen the most abundant elements in living matter and, therefore, considered macronutrients? ii. Explain the Fluid Mosaic membrane model of plasma membrane structure. iii. What is the difference between simple diffusion, facilitated diffusion, and active transport? :=
Name: Year and Section: Extracellular fluid POST-DISCUSSION ACTIVITY I. Identify the type of cell transport demonstrated in the images below. Plasma membranne Cytoplasm Receptor-medited endocytosis 4 Clathrin Coated vesicle 2. 3. EXERCISE NO. 3 Cell Membrane Transport Mechanisms 4. 5. ■ 6. Vesicle Receptor Channel protein 2 5 Passive transport: Facilitated diffusion A. Cell transport mechanism demonstrated 1. Date Submitted: Group No.:. O Carrier protein Passive transport ¡¡¡¡¡¡¡ Diffusion Facillitated diffusion Active transport 6
B- what is the osmosis ? and what are the type of solutions that can effected on the status of cells ? *
Which of the following cell-types are most likely to secrete Matrix Metalloproteases (MMPs) that remodel ECM near tumor (select all that apply)? A. Carcinoma Cells B. Mast cells C. Normal Epithelial Cells D. Macrophages E. Fibroblasts
Match each term in Column I with its correct description in Column II.Column I Column II1. solute2. isotonic solution3. diffusion4. phagocytosis5. osmosis6. benign7. hypertonicsolution8. cancer9. mitosis10. active transporta. cells confined to local areab. has a higher concentration of Nathan a red blood cell doesc. needs ATP for energyd. malignant tumore. solid particles dissolved within afluidf. cell reproductiong. molecules move from higherconcentration to lowerh. has the same concentration ofNa as a red blood cell doesi. engulfs bacteriaj. diffusion of water molecules
a. What is the main class of proteins that cells use to adhere to theextracellular matrix? b. How many proteins are in this family? c. What are some ECM proteins that they bind? (answer a, b, and c)
1) Cystic fibrosis is due to a defect in a pump of the cell membrane. Discuss the causes and treatments of this disease.
3. What is the difference between osmosis and diffusion? Checkpoint: Tonicity For each of the following diagrams, determine the tonicity of the solution. In other words, decide if the solution is hypertonic, hypotonic, or isotonic. Assume the solute cannot diffuse across the membrane. What is the tonicity of this solution? Justify your answer. 60% solute 10% solute 40% water 90% water What is the tonicity of this solution? Justify your answer. 50% solute 50% solute Diffusion, Osmosis, and Tonicity What is the tonicity of this solution? Justify your answer. 20% solute 60% solute 80% water 40% water
3. Match question. Based on the figure below, match each label with the corresponding microtubule end or with the corresponding motor protein. Phagocytosis vesicle Hydrolytic enzyme Lysosome Label A B C D D A C B -Microtubule Orientation/motor protein Kinesin + end Dynein - end
Name: Date: 2. Describe the direction of diffusion of solute and water molecules across the model cell membrane over the course of the investigation, Use evidence from your investigation to support your response. 3 Generate a labelled diagram to demonstrate the roles of diffusion and/or osmosis in this investigation I x
5. Intravenous solutions must be prepared, to that they are isotonic to red blood cells. A0.9% salt solution is isotonic to red blood cells. Keeping this in mind, explain whatwould happen to a red blood cell placed into a solution of 99.3% water and 0.7% salt.Note to obtain full marks you must care both the intercellular environment to theextracellular environment (solute vs solvent).
10. Describe the functioning of a symporter or an antiporter of your choice. Tips: include the name of the symporter or antiporter, list what material(s) it assists to move through the cell membrane, include whether or not this transport needs energy and if it does how the energy is obtained. *

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Station l: Passive Transport 1. Passive transport = Examples) a. b. Station 2: Active Transport 2. Active transport = Examples) a. b. Station 3 3. Passive or active transport? Why? Protein channel Imembrane Station 4: Transport Proteins 4. Role of carrier proteins?