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Fast and simple way to produce a study guide Copy any slide and alter it to develop a self test On the slide that was copied, place shaded squares or rectangles.

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Presentation on theme: "Fast and simple way to produce a study guide Copy any slide and alter it to develop a self test On the slide that was copied, place shaded squares or rectangles."— Presentation transcript:

1 Fast and simple way to produce a study guide Copy any slide and alter it to develop a self test On the slide that was copied, place shaded squares or rectangles or any geometric figures to hide useful information. The shaded figures in row A can be copied using Mac or PC commands that are outlined on the next slide. That next slide shows how to make multiple of copies of a given geometric figure as shown in row B. Now place shaded figures over parts of the copied slide to cover up “useful” information to develop your self test. 1.Row A. 1.Row B. 2.See how this is done in examples A-E.

2 How do I Cut, Copy, and Paste with a Mac? On a Mac computer, the Command key is generally located adjacent to the spacebar and is often labeled with a ⌘ symbol that resembles a four leaf clover. The following key combinations require that you first press and hold the Command key, while proceeding to press the letter assigned to the Copy, Cut or Past function. To Copy with a Mac, use the following key combination: Command + C To Cut with a Mac, use the following key combination: Command + X To Paste with a Mac, use the following key combination: Command + V PC method Actions:Mouse method: Mouse and keyboard method: CopyHighlight, right click, copyHighlight, Ctrl, c CutHighlight, right click, cutHighlight, Ctrl, x PasteHighlight, right click, pasteHighlight, Ctrl, v

3 Example A

4 Original and Not Altered

5 Shaded Altered Copy with shaded areasSelf test employing an altered Copy of original with shaded areas

6 Self-Test Study the unaltered slide for at least 30 minutes. Now take the self test to see if you determine what the information on the slide is hidden. To verify your response click and remove blue shaded rectangles and squares to see the hidden information. Now return shaded rectangles and squares to the same or different positions on the slide for future testing.

7 Example B

8 Original and not altered

9 Copy Altered Copy with shaded areasSelf test employing an altered Copy of original with shaded areas

10 Self-Test Study the unaltered slide for at least 30 minutes. Now take the self test to see if you determine what the information on the slide is hidden. To verify your response click and remove blue shaded rectangles and squares to see the hidden information. Now return shaded rectangles and squares to the same or different positions on the slide for future testing

11 Example C

12 Exogenous antigens are those from outside cells of the body. Examples include bacteria, free viruses, yeasts, protozoa, and toxins. These exogenous antigens enter antigen-presenting cells or APCs (macrophages, dendritic cells, and B-lymphocytes) through phagocytosis. The microbes are engulfed and placed in a phagosome. After lysosomes fuse with the phagosome, protein antigens are degraded by proteases into a series of peptides. These peptides eventually bind to grooves in MHC-II milecules and are transported to the surface of the APC. T4-lymphocytes are then able to recognize peptide/MHC-II complexes by means of their T-cell receptors (TCRs) and CD4 molecules. Original and Not Altered

13 Exogenous antigens are those from outside cells of the body. Examples include bacteria, free viruses, yeasts, protozoa, and toxins. These exogenous antigens enter antigen-presenting cells or APCs (macrophages, dendritic cells, and B-lymphocytes) through phagocytosis. The microbes are engulfed and placed in a phagosome. After lysosomes fuse with the phagosome, protein antigens are degraded by proteases into a series of peptides. These peptides eventually bind to grooves in MHC-II milecules and are transported to the surface of the APC. T4-lymphocytes are then able to recognize peptide/MHC-II complexes by means of their T-cell receptors (TCRs) and CD4 molecules. Self test employing an altered Copy of original with shaded areas

14 Self-Test Study the unaltered slide for at least 30 minutes. Now take the self test to see if you determine what the information on the slide is hidden. To verify your response click and remove blue shaded rectangles and squares to see the hidden information. Now return shaded rectangles and squares to the same or different positions on the slide for future testing

15 Example D

16 Original and Not Altered

17 Copy Altered Copy with shaded areasSelf test employing an altered Copy of original with shaded areas

18 Self-Test Study the unaltered slide for at least 30 minutes. Now take the self test to see if you determine what the information on the slide is hidden. To verify your response click and remove blue shaded rectangles and squares to see the hidden information. Now return shaded rectangles and squares to the same or different positions on the slide for future testing

19 Example E

20 Original and Not Altered

21 Copy Self test employing an altered Copy of original with shaded areas

22 Self-Test Study the unaltered slide for at least 30 minutes. Now take the self test to see if you determine what the information on the slide is hidden. To verify your response click and remove blue shaded rectangles and squares to see the hidden information. Now return shaded rectangles and squares to the same or different positions on the slide for future testing


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