Medical School Histology Basics Introduction to Microscopy. VIBS 289 lab
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1 Medical School Histology Basics Introduction to Microscopy VIBS 289 lab Larry Johnson Texas A&M University
2 Objectives Learn the difference in magnification and resolution Learn about different types of staining for LM and observe details of cells by EM Learn how cell/organelles look different at different magnifications Learn about different types of EM
3 Use your atlas! Use your atlas! Use your atlas! pancreas Use your atlas! blood stomach testis
4 MAGNIFICATION VS. RESOLUTION 1. MAGNIFICATION - INCREASE IN IMAGE SIZE 2. RESOLUTION - SMALLEST DISTANCE BETWEEN TWO POINTS THAT CAN BE SEEN (DISTINGUISHED) RESOLUTION is CALCULATED BY 0.61 (WAVELENGTH)/NUMERICAL APERTURE 0.25 um FOR LIGHT MICROSCOPE 0.1 nm FOR ELECTRON MICROSCOPE
5 Blood
6 Blood
7
8 113 Peripheral blood smear (May-Grunwald-Giemsa)
9 110 Peripheral blood smear (Leishman-Giemsa)
10 110 Peripheral blood smear (Leishman-Giemsa) basophil, and neutrophils
11 Slide 113 human blood Neutrophils
12 Slide Histo021 human blood Platelets Nucleus Red blood cells Neutrophils Neutrophil cytoplasm Neutrophils will merely have a granular appearance
13 EM 8f: Peripheral blood cells; 9,000x 1. Monocyte 2. Lymphocyte 3. Neutrophil Granules Neutrophils
14
15 158 Pancreas In H&E staining, the acid dye is eosin (stains proteins red) and the basic dye is a completed form of hematoxylin (stains ribosomes and nuclei blue). Hence, color provides distinguishing characteristics. Islets of Langerhans = light-staining endocrine portion produces insulin Acinar cells = exocrine produces pancreatic enzymes
16 158 Pancreas Islets of Langerhans Base cytoplasm is blue with ribosomes as in RER Secretory granules are red as they are protein rich with enzymes
17 156 Pancreas, monkey (toluidine blue) The entire pancreatic acinar cell is blue with varying intensities depending on the density of structures. Shape, size, and darkness are used to identify structures. Secretory granules
18 Secretory granules 158 Secretory granules are red as they are protein rich Base cytoplasm is blue with ribosomes as in RER Smooth cytoplasm region = high density of ribosomes in this case 156
19 Mucosa of stomach
20 145 Fundic stomach Mucosa Connective tissue of submucosa
21 145 Fundic stomach: mucosa Chief cells Parietal cells Chief cells
22 244 Fundic stomach, rabbit (toluidine blue) Chief cells Parietal cells
23 244 Secretory granules in chief cells 145 Nuclei Dark spots visible with toluidine blue staining are mitochondria in parietal cells. Mitochondria are not distinguishable with H&E staining
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25 19680 Toluidine blue staining Human testis - blood and lymph vessels
26 19709 Transparency of unstained tissue
27 165 UT165 human testis H & E staining and right insert toluidine blue staining note differences in details of cytoplasm Leydig cells 19680
28 EM 8f EM 12a EM 4c Compare sizes of membranes ribosomes mitochondria as transmission electron microscopy (TEM) provides more cellular detail than light microscopy EM 6a EM 2b EM 7
29 EM 8f: Peripheral blood cells; 9,000x 1. Monocyte 2. Lymphocyte 3. Neutrophil
30 EM 12a: Bone marrow; 13,200x. Note the reticular cell and developing red blood cells. 1. Reticular cell 2. Developing red blood cell
31 EM 4c: Intestinal absorption cell; 60,000x 1. Budding RER 2. Coated vesicle 3. Golgi 4. Mitochondria 5. Nucleus 6. Plasma membrane 7. Primary lysosome
32 EM 2b: Liver; 60,000x; cytoskeletal elements. Microtubes, microfilaments, and intermediate filaments can be compared in this cell, which has a high concentration of cortical microfilaments. 1. Microtube 2. Microfilaments 3. Intermediate filaments
33 EM 7: Ascites fluid; 80,000x. Clear examples of Golgi apparatuses with their cisternae and vesicles are present in this cell 1. Golgi apparatus 2. Ribosomes 3. Lipofuscin 4. Mitochondrion
34 EM 6a: Centriole-microtubules; 200,000x. Centriolar region of a cell showing both the stable, triplet microtubule arrays within the centriole, and the labile, individual microtubules originating from pericentriolar material. 1. Centriole 2. Stable microtubule 3. Labile microtubule
35 EM 4c 60,000x EM 8f 9,000x Compare sizes of membranes ribosomes mitochondria EM 12a 13,200x
36 EM 6a 200,000x EM 2b 60,000x Compare sizes of membranes ribosomes mitochondria EM 7 80,000x
37 Conventional TEM, SEM carbon replica TEM EM 2b EM 4a EM 6 EM 18b EM 7 EM 8
38
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40
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42 Conventional TEM, SEM carbon replica TEM EM 2b EM 4a EM 6 EM 18b EM 7 EM 8
43 Conventional TEM, SEM carbon replica TEM EM 2b EM 4a EM 6 EM 18b EM 7 EM 8
44 Conventional TEM, SEM carbon replica TEM EM 2b EM 4a EM 6 EM 18b EM 7 EM 8
45 In summary Use your atlas! Use your atlas! pancreas blood stomach testis
46 Questions Which microscope type/staining is/are better for observing cellular details: a. Light microscopy/ H&E b. Light microscopy/ toluidine blue c. Transmission electron microscopy (TEM)/ typical EM staining d. a and b e. a, b, and c
47 Mexico Santa Elena Canyon Big Bend National Park, TX USA
48 END OF
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