Would you expect to find multiple bands after electrophoresis of the impure GFP or the purified GFP?
Answer: Impure green fluorescent protein (GFP) consists of contaminant proteins along with GFP. Purified GFP consists of only GFP protein without contaminant proteins. Hence, running a impure GFP on electrophoresis gel forms multiple bands that consists of GFP and contaminant proteins, whereas pure GFP forms single band.
Would you expect to find multiple bands after electrophoresis of the impure GFP or the purified...
• What would you expect to see on a gel if PCR is performed for a microsatellite in a person with a genotype indicated by: • (Allele 1: 3 TAGA repeats) • (Allele 2: 6 TAGA repeats) -----------TAGATAGATAGA----------- -----------TAGATAGATAGA TAGATAGATAGA--- A. 9 bands on the gel (or capillary electrophoresis) B. 6 bands on the gel (or capillary electrophoresis) C. 3 bands on the gel (or capillary electrophoresis) D. 2 bands on the gel (or capillary electrophoresis) E. 1 band on...
What would you expect to see on a gel if PCR is performed for a microsatellite in a person with a genotype indicated by: (Allele 1: 3 TAGA repeats) (Allele 2: 6 TAGA repeats) ---TAGATAGATAGA------ ---TAGATAGATAGA TAGATAGATAGA-- A. 9 bands on the gel (or capillary electrophoresis) B. 6 bands on the gel (or capillary electrophoresis) C. 3 bands on the gel (or capillary electrophoresis) D. 2 bands on the gel (or capillary electrophoresis) E. 1 band on the gel (or...
At the end of gel electrophoresis, what would you expect to find? the largest fragments closest to the wells O the mid-sized fragments toward the middle of the gel the smallest fragments toward the opposite end of the gel from the loading wells O all of the above
What range of resistance values would you expect to measure if a resistor had bands of brown-black-green-gold?
If you stopped gel electrophoresis halfway during the running time, what would you expect? not all the fragments have separated from each other in the gel yet the smallest fragments will still be in the loading well of the gel the largest fragments will be at the opposite end of the gel
If you placed some purified C5a at the base of a blister, what effect would you expect this to have on local leukocyte traffic. What effect would you expect it to have on blood flow and vascular permeability?
Gel Electrophoresis of Amplified PCR Samples 9. What is Alu? 10. Why is Alu useful for studying human ancestry? 11. Why do the two possible PCR products from our lab differ in size by 300 base pairs? 12. Explain how gel electrophoresis separates DNA fragments 13. Fill in the table below. For each genotype, write how many DNA bands (fragments) you would expect to see in a gel, along with the size of each (n base pairs) Table 1. Predicted...
please answer all 5. Suppose you started with 10 g of impure compound A which was 80% pure, and after recrystallization you recovered 5 g of pure A. Calculate percent recovery. (5 points) 6. Should recrystallization increase or decrease the melting point range of the product you purified in class? Why? (5 points)
parts a,b, c please 3. Sodium dodecyl sulfate (SDS) polyacrylamide gel electrophoresis a. After pouring the SDS polyacrylamide gel, you realize that instead of 2 ml, you used 4 ml of 30% acrylamide/bisacrylamide solution for the preparation of the separating gel (in both cases for 5 ml, total gel volume). How would this affect the separation of your proteins during SDS PAGE? Explain your answer! b. You have to remake the gel and are now making sure just to add...
I need someone to draw the DNA bands on the bars provided. Thank you. . You have just isolated a new bacterium species, it has the same DNA as other organisms, but replicates its DNA conservatively. Show the DNA bands you would expect to see if you carried out the Meselson-Stahl experiment for this organism. The bacterium will initially be grown on 15N and then switched to N. 14N DNA 5N DNA After 1 After 2nd replication replication