![SOLVED: concentration of 100 uM: You want t0 add this primer tO SOul PCR You have . primer stock solution at = reaction to gct final primer concentration of uM Explain how SOLVED: concentration of 100 uM: You want t0 add this primer tO SOul PCR You have . primer stock solution at = reaction to gct final primer concentration of uM Explain how](https://cdn.numerade.com/ask_images/9409348b3bba4a5da3233bf2e3ab8ffd.jpg)
SOLVED: concentration of 100 uM: You want t0 add this primer tO SOul PCR You have . primer stock solution at = reaction to gct final primer concentration of uM Explain how
![SOLVED: You need to create a solution of a Forward and Reverse PCR primer pair. The stock concentration is 200uM for each primer and working concentration should be 1.8uM. What volume of SOLVED: You need to create a solution of a Forward and Reverse PCR primer pair. The stock concentration is 200uM for each primer and working concentration should be 1.8uM. What volume of](https://cdn.numerade.com/ask_previews/8c8c1d30-dabd-4f2c-a6e2-c422c56a8e52_large.jpg)
SOLVED: You need to create a solution of a Forward and Reverse PCR primer pair. The stock concentration is 200uM for each primer and working concentration should be 1.8uM. What volume of
![SOLVED: Calculate the stock concentration of each of the PCR reagents that will [ be used next week, as indicat the following table Pay attention to the units of each reagent: (3 SOLVED: Calculate the stock concentration of each of the PCR reagents that will [ be used next week, as indicat the following table Pay attention to the units of each reagent: (3](https://cdn.numerade.com/ask_images/272e87b7be7547628805a1e54dd508d9.jpg)
SOLVED: Calculate the stock concentration of each of the PCR reagents that will [ be used next week, as indicat the following table Pay attention to the units of each reagent: (3
![SOLVED: Next; we will need to dilute the stock into working concentration concentration. Now; we know the stock We usually do 10 = dilutions that is, from 100 AM to 10 uM SOLVED: Next; we will need to dilute the stock into working concentration concentration. Now; we know the stock We usually do 10 = dilutions that is, from 100 AM to 10 uM](https://cdn.numerade.com/ask_images/7c57b6a237e545ceb257f2e4b57c4211.jpg)
SOLVED: Next; we will need to dilute the stock into working concentration concentration. Now; we know the stock We usually do 10 = dilutions that is, from 100 AM to 10 uM
![Laboratory: Unit 3: PCR (pages 54-55) Lecture: PCR & primer stock preparation In-Class Writing: abstract for AEM 63: , 1997 (page 68) Hand In: abstract. - ppt download Laboratory: Unit 3: PCR (pages 54-55) Lecture: PCR & primer stock preparation In-Class Writing: abstract for AEM 63: , 1997 (page 68) Hand In: abstract. - ppt download](https://images.slideplayer.com/20/6049442/slides/slide_10.jpg)