Homework Answers
The answer is centrally located genetic material.
The centrally located genetic material is characterstic feature of the most of the eukaryotic cell. In case of bacterial it attaches to its plasmamembrane and locates at a side of the cell.
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QUESTION 10 What is not a common feature of all cells? Centrally located genetic material Different...
Which of the following is NOT found in all cells? A. Genetic material B. Cell membrane...
Which of the following is NOT found in all cells? A. Genetic material B. Cell membrane C. Vacuoles D. Cytoplasm
The following are unifying properties of all prokaryotic and eukaryotic cells, except? a. ribosomes b. cell...
The following are unifying properties of all prokaryotic and eukaryotic cells, except? a. ribosomes b. cell wall with attached plasma membrane c. dna has genetic material d. use of all 4 categories of biomolecules. e. cytoplasm
Question 1. Different types of cells have different types of integral membrane proteins. What would you...
Question 1. Different types of cells have different types of integral membrane proteins. What would you expect to reside in the plasma membrane of an epithelial cell that might be absent from that of an erythrocyte? How do such differences relate to the activities of these cells? Question 2. In an experiment, let us say you plan to use liposomes in an attempt to deliver drugs to fat or muscle cells. Is there a method in which you might be...
Available surface area of cell distance over which diffusion must occur. e all of the above...
Available surface area of cell distance over which diffusion must occur. e all of the above One of these structures is not found in prokaryotic cells. Which one is it? a. ribosome b. cell wall c. mitochondria d. cell membrane e. cyotoplasm 12. Archeabacteria lacks which one of these structures? a. peptidoglycan layer in cell wall b. ribosome in the cytoplasm c. lipid in the plasma membrane d. proteins in the cell wall e. genetic material in the nucleoid 13....
1) Describe the experiments that showed all differentiated cells contain all the genetic instructions to direct...
1) Describe the experiments that showed all differentiated cells contain all the genetic instructions to direct the formation of a complete organism. 2) Describe the different DNA-binding motifs of gene regulatory proteins 3) What are the three different types of RNA and type of genes do they transcribe.
From the options listed below, select all that appropriately apply to polar bodies. Question 3 options:...
From the options listed below, select all that appropriately apply to polar bodies. Question 3 options: A) are cells produced in the process of oogenesis B) are produced only during the first meiotic cell division during sperm production C) are produced only during the second meiotic cell division during sperm production D) are produced during each of the 2 meiotic divisions during egg production E) receive 1/2 of the genetic material of the 'parent' cell they are derived from, but...
which layer of outer membranes exist in all eukaryotic cells? none of these cell wall both...
which layer of outer membranes exist in all eukaryotic cells? none of these cell wall both of these Plasma membrane which of the following is not an organelle of eukaryotic cells? fimbrae cytoskeleton nucleus golgi emerging and reemerging diseases is a challenge facing science? No answer text provided. No answer text provided. true false The smallest unit that is considered to be alive. none of these atoms cell tissues which of the following types of cells have a plasma membrane?...
Question 13 Cells and all organelles within a cell are wrapped in a lipid bilayer membrane...
Question 13 Cells and all organelles within a cell are wrapped in a lipid bilayer membrane What is the purpose of the membrane? 1. To facilitate transcription and translation of new proteins 2. To permanently stop the movement of molecules from one area to another 3. To catalyze chemical reactions 4. To compartmentalize chemical reactions
Question 31 2.3 pts What feature characterizes cancer cells? carefully regulated cell cycle uncontrollable cell division...
Question 31 2.3 pts What feature characterizes cancer cells? carefully regulated cell cycle uncontrollable cell division respond to density-dependent and anchorage dependent inhibition o divide by meiosis produce cells which are different from themselves
4. Development of organelles Aa Aa 3 Modern eukaryotic cells are very complex and have many...
4. Development of organelles Aa Aa 3 Modern eukaryotic cells are very complex and have many features that allow them to function efficiently. These complexities took a very, very long time to evolve and likely progressed as a series of small improvements that were naturally selected. For example, modern eukaryotic cells have internal membranes surrounding their organelles and the nucleus. This arrangement likely arose when the cellular membranes of some ancient bacterial cells accidentally folded to become internal membranes. Which...
Available surface area of cell distance over which diffusion must occur. e all of the above One of these structures is not found in prokaryotic cells. Which one is it? a. ribosome b. cell wall c. mitochondria d. cell membrane e. cyotoplasm 12. Archeabacteria lacks which one of these structures? a. peptidoglycan layer in cell wall b. ribosome in the cytoplasm c. lipid in the plasma membrane d. proteins in the cell wall e. genetic material in the nucleoid 13....
Question 13 Cells and all organelles within a cell are wrapped in a lipid bilayer membrane What is the purpose of the membrane? 1. To facilitate transcription and translation of new proteins 2. To permanently stop the movement of molecules from one area to another 3. To catalyze chemical reactions 4. To compartmentalize chemical reactions
Question 31 2.3 pts What feature characterizes cancer cells? carefully regulated cell cycle uncontrollable cell division respond to density-dependent and anchorage dependent inhibition o divide by meiosis produce cells which are different from themselves
4. Development of organelles Aa Aa 3 Modern eukaryotic cells are very complex and have many features that allow them to function efficiently. These complexities took a very, very long time to evolve and likely progressed as a series of small improvements that were naturally selected. For example, modern eukaryotic cells have internal membranes surrounding their organelles and the nucleus. This arrangement likely arose when the cellular membranes of some ancient bacterial cells accidentally folded to become internal membranes. Which...
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