Data Analysis Which size DNA fragment did the child inherit from her mother? 37 mm 850bp Which alleged father, if any, can be definitively ruled out as the child’s biological father? A.F. #2 Conclusions How are new molecules of DNA synthesized in living cells? What is the function of DNA? DNA has genetic information […]
Data Analysis Which size DNA fragment did the child inherit from her mother? 37 mm 850bp Which alleged father, if any, can be definitively ruled out as the child’s biological father? A.F. #2 Conclusions How are new molecules of DNA synthesized in living cells? What is the function of DNA? DNA has genetic information
Data Analysis Which size DNA fragment did the child inherit from her mother? 37 mm 850bp Which alleged father, if any, can be definitively ruled out as the child’s biological father? A.F. #2 Conclusions How are new molecules of DNA synthesized in living cells? What is the function of DNA? DNA has genetic information
What is the function of DNA? Read More »
Data Analysis Which size DNA fragment did the child inherit from her mother? 37 mm 850bp Which alleged father, if any, can be definitively ruled out as the child’s biological father? A.F. #2 Conclusions How are new molecules of DNA synthesized in living cells? What is the function of DNA? DNA has genetic information
Which size DNA fragment did the child inherit from her mother? Read More »
NEED HELP WITH BLANK BOX QUESTION (question 1 and 4 in conclusion part. ) * It would be nice if you can check my answeres too. NOTES: Tube Sample Lane 1 1 kb DNA ladder 1 2 Mother’s DNA 2 3 Child’s DNA 3 4 A.F. #1 DNA 4 5 A.F. #2 DNA 5
What were the sizes of the DNA fragments for alleged father #1? Read More »
NEED HELP WITH BLANK BOX QUESTION (question 1 and 4 in conclusion part. ) * It would be nice if you can check my answeres too. NOTES: Tube Sample Lane 1 1 kb DNA ladder 1 2 Mother’s DNA 2 3 Child’s DNA 3 4 A.F. #1 DNA 4 5 A.F. #2 DNA 5
Whose sample had the approximately 570 bp and 320 bp sized DNA fragments? Read More »
Experiment 3 Post-Lab Questions 1. What color are the Gram-positive bacteria after Gram staining? Gram-negative bacteria? (5 points) Gram-positive bacteria appear as dark purple or blue due to retaining the primary dye (Crystal Violet) in the cell wall. Gram-negative bacteria appear as red or pink due to decolorizing to accept the counterstain (Safranin). 2. What
what happened, and how could you avoid these issues in the future? Read More »
Experiment 3 Post-Lab Questions 1. What color are the Gram-positive bacteria after Gram staining? Gram-negative bacteria? (5 points) Gram-positive bacteria appear as dark purple or blue due to retaining the primary dye (Crystal Violet) in the cell wall. Gram-negative bacteria appear as red or pink due to decolorizing to accept the counterstain (Safranin). 2. What
Experiment 3 Post-Lab Questions 1. What color are the Gram-positive bacteria after Gram staining? Gram-negative bacteria? (5 points) Gram-positive bacteria appear as dark purple or blue due to retaining the primary dye (Crystal Violet) in the cell wall. Gram-negative bacteria appear as red or pink due to decolorizing to accept the counterstain (Safranin). 2. What
Experiment 3 Post-Lab Questions 1. What color are the Gram-positive bacteria after Gram staining? Gram-negative bacteria? (5 points) Gram-positive bacteria appear as dark purple or blue due to retaining the primary dye (Crystal Violet) in the cell wall. Gram-negative bacteria appear as red or pink due to decolorizing to accept the counterstain (Safranin). 2. What