degradation of protein within a cell can occur within the _ or by use of _ 1. golgi app; protease enzyme chymotrypsin and trypsin 2. endoplasmic recticulum; proteasome 3. endoplasmic rec; protease enzyme chymotrypsin and trypsin 4. lysome; proteasome

QUESTION 1 Congratulationsl You have discovered a new antibiotic It is able to block peptidoglycan crosslinking On the basis of this information its to Oa DNA reptciation Ob the bacterial ritsosome Oc the cell wall Od the plasma membrane QUESTION 2 Reverse transcriptase inhibitors, such as AZ1. can be used to target which type of pathogen? Oa Protozoa Ob Bacteria Oc Fungi AIH PO

Virus release through ______________ kills the host cell, but release through ______________ does not.   Question 14 options:   budding ... exocytosis or lysis   budding or lysis... exocytosis   budding or exocytosis... lysis   exocytosis ... budding or lysis   exocytosis or lysis ... budding   lysis ... budding or exocytosis

name the enzymes of matrix biosynthesis, which should correct violations of the DNA structure in the norm, indicate its localization, connection with the phases of the cell cycle, energy sources

Matching I. Match the terms below with the corresponding subsequent item. a. carboxyl b. cristae a. microfilament d. nuclear pore complex e. rough endoplasmic reticulum f. sulfhydryl g. phosphate h. vacuole i. hydroxyl j. Golgi apparatus k. carbonyl 1. granum m. stroma n. amino o. cell wall 76. thick liquid that surrounds thylakoids 7. –s-H 78. a stack of thylakoids 79. 80. involved in muscle contraction 81. -0-P-O Water is a dominant molecule of living things. Each of these terms is connected to aspects of water. Match the term to the description. I. a. attractive to water molecules. b. movement from a high concentration to low concentration. c. high concentration of solutes. d. creates an electrochemical gradient. e. low concentration of solutes. f. non-polar and unattractive to water. g. movement of water across a membrane. h. same concentration of solutes. 82. hypertonic. 83. isotonic. 84. osmosis

7) What would happen to the cytoskeleton if you replaced all of the normal ATP in cells with a chemical variant of ATP that behaves in every way like normal ATP except that it cannot be hydrolyzed to ADP? It would prevent actin polymerization.     It would prevent actin depolymerization.     It would NOT affect EITHER polymerization or depolymerization.     It would prevent BOTH polymerization and depolymerization.