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- Complete the dilution series using a maximum amount of 20 mL of dilutent so that the dilution in the final tube is 10^-9Fill in the (3) blanks with the correct dilution for each tube in the series.With reference to Table 2, what was the total extract volume in mL? Enter a number (no decimal places)
- Summarize the steps for general Hematoxylin and Eosin staining procedure through a flow chart. kindly make use of a flowchart for better understanding, and please focus on the general Hematoxylin and Eosin staining procedureCalculate the final dilution in the following dilution series: a. 1 mL in 9 mL dilution & 100uL spread onto the plate b. 1 mL in 9 mL dilution followed by a 100ul in 900ul dilution & 100uL spread onto the plate (note bacteria are counted on plates as cfu/mL)Make a flowchart for the procedure of SPREAD PLATE METHOD
- If you performed the serial dilution using 0.9ml of tapwater originally and mixed and transferred 0.1 ml each time, what would be your dilution in tube 8?explain why it is important to maintain sterility when inserting a foley cathetherBelow is an image of a dilution that was performed. The volume above each arrow indicates the volume being transferred to the next tube. The volume listed at the bottom-right of each tube indicates the volume of diluent added to that tube. .5ml 300ul 1ml stock Tube 1 Tube 2 Tube 3 3ml 4ml 8.5ml a. If the stock concentration is 50µg/ml, what is the concentration of tube 3 in ug/mL? b. What is the dilution factor of Tube 1?
- How would you prepare a 1:500 dilution? You cannot use more than 10mL per tube.Observe the following Plate counts and then determine the correct number of CFU/ml Plate 1 = 564 colonies at 10^-5 dilution Plate 2 = 422 colonies at 10^-6 dilution Plate 3 = 317 colonies at 10^-7 dilution Plate 4 = 93 colonies at 10^-8 dilution 93 x 10^10 CFU/ml 9.3 x 10^-9 CFU/ml 93 x 10^9 CFU/ml 93x 10^8 CFÜ/ml 93x 10^-8 CFU/ml asap please