Prepare a PCR reaction using the following recipe.
5x buffer..............................5 μl
25 μM forward primer..........2 μl,
25 μM reverse primer..........2 μl
5 ng/μl Template..................1 μl
2.5 mM (each) dNTPs..........4 μl
Water....................................30 μl
Phusion polymerase.............1 μl
Q6. What are the final concentrations of the buffer, the forward primer, the template, and the dNTPs in the PCR reaction? Leave all concentrations in the same type of units they were provided in (x, molarity, or weight per volume). Remember the equation C1 x V1 = C2 x V2
Buffer:
Forward primer:
Template:
dNTP’s:
For the calculation of all desired molarity of all suede components. Uou mest provided intisl stock concentration along .
Concentration of buffer
Initial stock of primer
Initial DNTP stock concentration et
For example if your DNTPs intial stock concentration is 2mM.
M1V1= M2V2
2mM ×5 = x 55microlitre
X= 2000× 5/55
×= 181 micromolar
In similar way , we can calculate all the molar concentration as per stock concentration.
Prepare a PCR reaction using the following recipe. 5x buffer..............................5 μl 25 μM forward primer..........2 μl,...
2. Design a PCR experiment to amplify a sequence of interest. Use the following reagent concentrations for calculating your cocktail. Fill in the chart below. A. Fill in the chart below with the volumes that would be added to each tube. Note the final volume of the reaction. Show your calculations for full credit. REAGENT Final Concentration (50 ul Reaction) 1x Test Reaction (+) Control Reaction 10x Reaction Buffer ML dNTPs (15 mm) 200 UM 0.2 UM ul 0.2 um...
Design a PCR experiment to amplify a sequence of interest. Use the following reagent concentrations for calculating your cocktail. Fill in the chart below. A. Fill in the chart below with the volumes that would be added to each tube. Note the final volume of the reaction. Show your calculations for full credit. REAGENT Final Concentration (50 µl Reaction) Test Reaction (+) Control Reaction (-) 10x Reaction Buffer 1X mL mL dNTPs (15 mM) 200 µM mL mL Forward Primer...
solve for gel preparation and PCR mastermix calculations with steps for understanding TBE Buffer Calculations Determine the mass of the following reagents for a 10X stock 700mM of Tris Base (157g/mol) 887mM of Boric Acid (62g/mol) 25.7mM of EDTA (292g/mol) Dissolve in 750ml of DIH.O and bring to volume (IL) Calculate the dilution of your 10x stock for a 1X working stock. Remember you only need IL of working stock for a single experiment. Gel Preparation Calculations You need to...
2. You are performing PCR under the following conditions: 1. Each PCR reaction contains 50 pl final volume II. Each PCR reaction contains: 1x PCR buffer, 1.5 mM MgCl2, 0.2 mM dNTP mix, 0.2 MM sense primer, 0.2 uM anti-sense primer, 1.5 units of Taq polymerase and 2 ul of DNA template. [all concentrations are final] III. Stock solutions of the following reagents are available: 10x PCR buffer, 25 mm MgCl2, 10 mM dNTP mix, 10 M of sense primer,...