ion 101A researcher wants to deliver a drug that exhibits poor solubility in water into animal cells, the researcher willetuse;ereded out ofSelect one:O a. Micelles as a carrier to fuse with the phospholipid bilayer and release the drug into the cellsg questionO b. None of the options are good to deliver the drug inside the cellsO C. A carbohydrate carrier that fuse with the phospholipid bilayerO d. A protein carrier to fuse with the phospholipid bilayerOe. All options are good to deliver the drug inside the cells

Polymeric miscelles are formed from self aggregation of amphiphilic block or graft co-polymers with…

A researcher wants to deliver a drug that exhibits poor solubility in water into animal cells, the researcher will use; Select one: O a. Micelles as a carrier to fuse with the phospholipid bilayer and release the drug into the cells O b. None of the options are good to deliver the drug inside the cells O c. A carbohydrate carrier that fuse with the phospholipid bilayer O d. A protein carrier to fuse with the phospholipid bilayer e. All options are good to deliver the drug inside the cells

A researcher wants to deliver a drug that exhibits poor solubility in water into animal cells, the researcher will use; Select one: O a. Micelles as a carrier to fuse with the phospholipid bilayer and release the drug into the cells O b. None of the options are good to deliver the drug inside the cells O c. A carbohydrate carrier that fuse with the phospholipid bilayer O d. A protein carrier to fuse with the phospholipid bilayer e. All options are good to deliver the drug inside the cells

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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Similar questions

Compound Sodium Lactate is isotonic solution. this mean that it a. reduces movement of sodium across the membrane b.prevent movement of water across the semi permerable cell membrane c. promotes movement of water out of the cell d. facilitates equal movement of water across the semi permerable cell membrane
the strength of a ligand-protein binding is known as the binding sites a. conformation b. competition c. saturation d. affinity
Define the following terms:a. peripheral proteinb. integral proteinc. lipid raftd. passive transporte. active transport
Which of the following compounds can diffuse through the lipid bilayer of a cell membrane? Select all that apply. A. Large polar molecules B. Gases and hydrophobic molecules C. Ions D. Small polar molecules like water
Define the following terms:a. ligandb. motor proteinc. GTPd. macromolecular crowdinge. excluded volume
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Emodin (a laxative) is used to treat constipation. This drug inhibits Aquaporin 3 located in the cells lining the colon. a. What can you infer regarding the function of Aquaporin 3? b. How will the drug treat constipation? Answer the questions as stated above. Use the information as guide
The structural elucidation of cellular proteins will help to better understand cell physiology. This can be achieved by a. Subcellular fractionation & ion exchange chromatography b. Polyacrylamide gel electrophoresis & nuclear magnetic resonance c. Ion exchange chromatography & polyacrylamide gel electrophoresis d. Nuclear magnetic resonance & X-ray crystallography
You are given the task of determining the approximate % solute of potato cells. You decide to set up a series of 10 cups ranging from dH2O to 1% sucrose solution. You intend to drop a potato stick in each cup. a. What data will you collect for each potato stick? b. In how many of the solutions will the potato sticks remain unchanged? c.
An allosteric interaction between a ligand and a protein is one in which: a. binding of a molecule to a binding site affects binding of additional molecules to the same site. b. binding of a molecule to a binding site affects binding properties of another site on the protein. c. binding of the ligand to the protein is covalent. d. multiple molecules of the same ligand can bind to the same binding site. e. two different ligands can bind to the same binding site.
A useful method for studying membrane proteins in place in the membrane is a. nuclear magnetic resonance b. treatment with mercaptoethanol c. x-ray crystallography d. treatment with detergents