PPT-Functional Anatomy of Prokaryotic and Eukaryotic Cells

4 Bacteria that divide in multiple planes and form grapelike clusters are called streptococci staphylococci coccobacilli vibrios Bacteria that divide in multiple planes and form grapelike clusters are called. A. Introduction – There are multiple criteria by which you can classify an organism. 1. Metabolic Activities (Carbon, Energy & Oxygen sources). A) Recall that microbes may vary in their carbon & energy sources. 2.3.1, 2.3.2: Liver cell. 2.3.3: Electron micrograph of liver cell (rat). Glycogen. 2.3.4: Prokaryotic VS Eukaryotic cell. FEATURE. Prokaryotic cell. Eukaryotic cell. DNA. Naked DNA. DNA associated. with proteins. AJ Scielzo. Prokaryotic Flagella . Long, threadlike structures protruding from the outside surface of the cell . Main function is movement. Prokaryotic flagella are protein fibers that extend from the cell. A. Generalized Structure. 1. Cell Appendages. A) Flagella. 1) Functions in movement of the cell. 2) 3 components. Prokaryotic Cell Structure. a) Filament . i) Whip-like, helical structure. b) Hook . i) Holds the filament. Eukaryotes, Prokaryotes and Measuring Cells. Lesson Objectives. To understand the difference between eukaryotic and prokaryotic cells.. To describe the features of a prokaryotic cell such as a bacterium.. A. Introduction – There are multiple criteria by which you can classify an organism. 1. Metabolic Activities (Carbon, Energy & Oxygen sources). A) Recall that microbes may vary in their carbon & energy sources. Lily Chan and Tim Johnstone. Transfection:. . to transfer DNA into cells (either eukaryotic or prokaryotic) not through use of a viral vector. The approaches for eukaryotic and prokaryotic-cell . transfection are slightly . A. Generalized Structure. 1. Cell Appendages. A) Flagella. 1) Functions in movement of the cell. 2) 3 components. Prokaryotic Cell Structure. a) Filament . i) Whip-like, helical structure. b) Hook . i) Holds the filament. Two Basic Types. Remember….cells are the basic unit of life for ALL living things.. There are two basic types of cells:. Prokaryotic cells . – found in bacteria. Eukaryotic cells . – found in . Unit. Context of Unit in Course . Unit is for a second year, intro cell biology or intro microbiology course, scalable to first year intro biology. This . unit comes in . the middle . of . the course. Eukaryotic Cell. 3. Eu. = True. Karyon. = Nucleus. B- The Eukaryotic Cell. Animal Cell. Plant Cell. Compare Animal and Plant cell. What are the functions of cell organelles . ?. Copyright © 2002 Pearson Education, Inc., publishing as Benjamin Cummings. Pages: 11-12. Heading: Prokaryotic vs. Eukaryotic Cells. Homework. :. . Test Corrections. Cell Analogy Project. Do . First. 1. . There are approximately 10 billion cells in the human body.. 2. . You have billions of bacteria inside your body right now.. A primary transcript . is the initial, linear, RNA copy of a transcription unit—the segment of DNA between specific initiation and termination sequences. . The primary transcripts of both prokaryotic and eukaryotic . Science. Learning intention. To know and understand the difference between eukaryotic and prokaryotic cells.. You will need. •  A pen and paper.. •  A digital device. . Lesson 12: challenge answer.