Based on your observation and measurement, describe the difference between the size of Taenia saginata eggs and Entamoeba granulosus cysts? Are your results in correlation with what you have predicted earlier? Rewrite your hypothesis to take into account the new information you have learned in this exercise. What structure is more resistant the cyst or the egg? Explain your answer. EXERCISE 4: Microscopic Examination of Plamodium Falciparum Rings and Plasmodium Vivax All Stages Data Collection: Select the rings slide (Slide Cassette 3: #16) from the slide Plasmodium falciparum loader. Using the 10X objective identify the Plasmodium falciparum rings and bring them into focus. Carefully work your way through all the objectives focusing with each one until you reach the 60X objective and capture an image. Insert your image Plasmodium falciparum rings below. Select the all stages slide (Slide Cassette 3: #17) from the slide loader. Plasmodium Using the 10X objective identify the different stages and bring them into focus. Carefully work your way through all the objectives focusing with each one until you reach the 60X objective and capture an image. Insert your image Plasmodium vivax below. Analysis: Using the image from step 2, label the Plasmodium falciparum rings. Insert your image below. Using the image from step 4, label the different larval stages of Plasmodium vivax. Insert your image below. Utilizing the method from Exercise 1, determine the diameter of Plasmodium falciparum rings and Plasmodium vivax rings. Were there any difference between the rings produced by the 2 species. Does this observation match your prediction form the pre-lab? Why or why not. EXERCISE 5: Microscopic Examination of Ascaris Lumbricoides Eggs Data Collection: Select the Ascaris lumbricoides eggs slide (Slide Cassette 3: #3) from the slide loader. Using the 10X objective, identify the cysts and bring them into focus.
Based on your observation and measurement, describe the difference between the size of Taenia saginata eggs and Entamoeba granulosus cysts? Are your results in correlation with what you have predicted earlier? Rewrite your hypothesis to take into account the new information you have learned in this exercise. What structure is more resistant the cyst or the egg? Explain your answer. EXERCISE 4: Microscopic Examination of Plamodium Falciparum Rings and Plasmodium Vivax All Stages Data Collection: Select the Plasmodium falciparum rings slide (Slide Cassette 3: #16) from the slide loader. Using the 10X objective identify the Plasmodium falciparum rings and bring them into focus. Carefully work your way through all the objectives focusing with each one until you reach the 60X objective and capture an image. Insert your image Plasmodium falciparum rings below. Select the Plasmodium all stages slide (Slide Cassette 3: #17) from the slide loader. Using the 10X objective identify the different stages and bring them into focus. Carefully work your way through all the objectives focusing with each one until you reach the 60X objective and capture an image. Insert your image Plasmodium vivax below. Analysis: Using the image from step 2, label the Plasmodium falciparum rings. Insert your image below. Using the image from step 4, label the different larval stages of Plasmodium vivax. Insert your image below. Utilizing the method from Exercise 1, determine the diameter of Plasmodium falciparum rings and Plasmodium vivax rings. Were there any difference between the rings produced by the 2 species. Does this observation match your prediction form the pre-lab? Why or why not. EXERCISE 5: Microscopic Examination of Ascaris Lumbricoides Eggs Data Collection: Select the Ascaris lumbricoides eggs slide (Slide Cassette 3: #3) from the slide loader. Using the 10X objective, identify the cysts and bring them into focus.