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The table below shows the response of our ESKAPE safe relatives to 4 bacteria isolated from a master grid. We do not know the identity or any characteristics of the unknown bacteria. Each safe relative was spread onto a petri dish using aseptic technique. A grid pattern was taped to each plate and the unknown bacteria were patched into one of the squares. If there was no inhibition visible, including with a magnifying lens, the result was listed as -. If there was an inhibition zone between 1 and 10mm in diameter, the result is listed as +. If the inhibition zone was 10mm or greater, the result is listed as ++. In the lab, the MGC instructors plated all 6 of the ESKAPE pathogen safe relatives on LB agar plates. Then we patched Unknown Bacteria 5 from a Master plate onto the safe relative. The results are shown here: |METRIC 1| METRIC 1 METR B. subtilis S. epidermidis E. coli Complete the final column (Unknown Bacteria 5) of the table by selecting -, +, or ++ using the criteria in the above paragraph. METRIC 11 |METRIC 1 METRIC P. aeruginosa K. aerogenes E. carotovora ESKAPE Relative Unknown Bacteria 1 Unknown Bacteria 2 Unknown Bacteria 3 Unknown Bacteria 4 Unknown Bacteria 5 Bacillus subtilis [ Select] ++ ++ Staphylococcus epidermidis ++ Escherichia coli ++ Pseudomonas aeruginosa [ Select ) ++ Klebsiella aerogenes ++ Erwinia carotovora [ Select)

The table below shows the response of our ESKAPE safe relatives to 4 bacteria isolated from a master grid. We do not know the identity or any characteristics of the unknown bacteria. Each safe relative was spread onto a petri dish using aseptic technique. A grid pattern was taped to each plate and the unknown bacteria were patched into one of the squares. If there was no inhibition visible, including with a magnifying lens, the result was listed as -. If there was an inhibition zone between 1 and 10mm in diameter, the result is listed as +. If the inhibition zone was 10mm or greater, the result is listed as ++. In the lab, the MGC instructors plated all 6 of the ESKAPE pathogen safe relatives on LB agar plates. Then we patched Unknown Bacteria 5 from a Master plate onto the safe relative. The results are shown here: |METRIC 1| METRIC 1 METR B. subtilis S. epidermidis E. coli Complete the final column (Unknown Bacteria 5) of the table by selecting -, +, or ++ using the criteria in the above paragraph. METRIC 11 |METRIC 1 METRIC P. aeruginosa K. aerogenes E. carotovora ESKAPE Relative Unknown Bacteria 1 Unknown Bacteria 2 Unknown Bacteria 3 Unknown Bacteria 4 Unknown Bacteria 5 Bacillus subtilis [ Select] ++ ++ Staphylococcus epidermidis ++ Escherichia coli ++ Pseudomonas aeruginosa [ Select ) ++ Klebsiella aerogenes ++ Erwinia carotovora [ Select)

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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The table below shows the response of our ESKAPE safe relatives to 4 bacteria isolated from a master grid. We do not know the identity or any characteristics of the unknown bacteria. Each safe relative was spread onto a petri dish using aseptic technique. A grid pattern was taped to each plate and the unknown bacteria were patched into one of the squares. If there was no inhibition visible, including with a magnifying lens, the result was listed as -. If there was an inhibition zone between 1 and 10mm in diameter, the result is listed as +. If the inhibition zone was 10mm or greater, the result is listed as ++. In the lab, the MGC instructors plated all 6 of the ESKAPE pathogen safe relatives on LB agar plates. Then we patched Unknown Bacteria 5 from a Master plate onto the safe relative. The results are shown here: METRIC METRIC METRIC 1 B. subtilis S. epidermidis E. coli Complete the final column (Unknown Bacteria 5) of the table by selecting -, +, or ++ using the criteria in the above paragraph. |METRIC 11 METRIC 11 METRIC 11 P. aeruginosa K. aerogenes E. carotovora ESKAPE Relative Unknown Bacteria 1 Unknown Bacteria 2 Unknown Bacteria 3 Unknown Bacteria 4 Unknown Bacteria 5 Bacillus subtilis [ Select ] ++ ++ Staphylococcus epidermidis ++ Escherichia coli ++ Pseudomonas aeruginosa [ Select ] ++ Klebsiella aerogenes ++ ++ + Erwinia carotovora [ Select ] ++ +
Transcribed Image Text:The table below shows the response of our ESKAPE safe relatives to 4 bacteria isolated from a master grid. We do not know the identity or any characteristics of the unknown bacteria. Each safe relative was spread onto a petri dish using aseptic technique. A grid pattern was taped to each plate and the unknown bacteria were patched into one of the squares. If there was no inhibition visible, including with a magnifying lens, the result was listed as -. If there was an inhibition zone between 1 and 10mm in diameter, the result is listed as +. If the inhibition zone was 10mm or greater, the result is listed as ++. In the lab, the MGC instructors plated all 6 of the ESKAPE pathogen safe relatives on LB agar plates. Then we patched Unknown Bacteria 5 from a Master plate onto the safe relative. The results are shown here: METRIC METRIC METRIC 1 B. subtilis S. epidermidis E. coli Complete the final column (Unknown Bacteria 5) of the table by selecting -, +, or ++ using the criteria in the above paragraph. |METRIC 11 METRIC 11 METRIC 11 P. aeruginosa K. aerogenes E. carotovora ESKAPE Relative Unknown Bacteria 1 Unknown Bacteria 2 Unknown Bacteria 3 Unknown Bacteria 4 Unknown Bacteria 5 Bacillus subtilis [ Select ] ++ ++ Staphylococcus epidermidis ++ Escherichia coli ++ Pseudomonas aeruginosa [ Select ] ++ Klebsiella aerogenes ++ ++ + Erwinia carotovora [ Select ] ++ +
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