front 1 parts of the microscope | back 1 |
front 2 cocci | back 2 round shape |
front 3 diplococci | back 3 cocci that remain in pairs after dividing |
front 4 streptococci | back 4 divides and remain attached in chainlike |
front 5 tetrads | back 5 two planes and remain in groups of four |
front 6 staphylococci | back 6 multiple planes. grapelike |
front 7 bacilli | back 7 rodlike |
front 8 single bacilli | back 8 single rods |
front 9 diplobacilli | back 9 pairs after division |
front 10 steptobacilli | back 10 chains |
front 11 coccobacillus | back 11 oval like cocci |
front 12 vibrio | back 12 curved rods. like a comma |
front 13 spirillum | back 13 helical shape |
front 14 spirochete | back 14 helical and flexible |
front 15 spore staining | back 15 prepare slide add culture air dry (10min) heat dry (5X) put on noiling water flood slide with malachite green remove after 10mins and rinse with DI water add safranin wait 1min perform microscopy |
front 16 E.coli | back 16 gram negative non acid fast non sporulating acid slant and acid butt |
front 17 S. aureus | back 17 gram positive non acid fast non sporulating |
front 18 bacillus | back 18 gram positive acid fast sporulating |
front 19 M. smeg | back 19 acid fast |
front 20 what test do you perform when a microbe is found to be catalase positive | back 20 coagulase test DNAase MSA |
front 21 What happens to a medium when H2O2 is added to it | back 21 it bubbles which shows that it's catalase positive |
front 22 which organisms came out to be catalase positive | back 22 S. aureus and S. epidermis |
front 23 which organisms came out to be catalase negative | back 23 S.pyogenes S. salvarius S. fecalis |
front 24 Which organism was MSA positive and what color did it turn | back 24 S. aureus; yellow |
front 25 which organism was MSA negative and what color did it turn | back 25 S. epidermis; red |
front 26 which organism had a clear halo after the DNAase test | back 26 S. aureus |
front 27 which organism had no halo after the DNAase test | back 27 S. epidermis |
front 28 Which organism clotted for the coagulase test | back 28 S. aureus |
front 29 which organism didn't clot for the coagulase test | back 29 S. epidermis |
front 30 Which organism turned black for the bile esculin test | back 30 S. fecalis |
front 31 which organism turned green for the bile esculin test | back 31 S. pyogenes S. salvaris |
front 32 which organism turned yellow for the phenol red test | back 32 S. fecalis |
front 33 which organism turned red for the phenol red test | back 33 s. pyogenes S. salvarius |
front 34 For the blood hemolysis test, which one was gamma | back 34 S. fecalis |
front 35 which blood hemolysis came out to be beta | back 35 S. pyogenes |
front 36 which blood hemolysis came out to be alpha | back 36 S. salvarius |
front 37 what color does the organism turn when it's lactose fermenter | back 37 pink |
front 38 what color does the organism turn when it's a non-lactose fermenter | back 38 colorless/white |
front 39 what dye is first used in a gram staining | back 39 crystal violet followed by acetone decolorizer, then safranin |
front 40 what dye is used in spore staining | back 40 malachite green |
front 41 what was added to the TSI tubes | back 41 kovac's reagant |
front 42 P. aer | back 42 pinkish alkaline slant alkaline butt non lactose |
front 43 P. vul | back 43 yellow slant yellow butt gas inside black ppt |
front 44 C. fir | back 44 black ppt creates gas yellow slant |
front 45 K. pne | back 45 lactose fermenter yellow everywhere |
front 46 S. ent | back 46 black ppt only in acid it turns the media yellow first |
front 47 mordent for gram staining technique | back 47 iodine and moist heat |
front 48 what dye is used as a counter stain | back 48 methylene blue |
front 49 decolorizer for acid fast stain? | back 49 acid alcohol |
front 50 decolorizer in gram staining | back 50 acetone alcohol |