Solution C contains starch, buffer at pH 6.8, salivary amylase and is heated to 4 degree Celsius. When Solution C is tested with lodine using 8 test tubes with 2 minutes interval, it gives a blue solution from test tube 1 to test tube 8. How will you interpret the given data? Solution C was hydrolyzed completely by the enzyme salivary amylase a 6.8 and temperature 4 degree Celsius Solution C was partially hydrolyzed by the enzyme salivary amylase at p 6.8 and temperature 4 degree Celsius. о Solution C was not hydrolyzed by the enzyme salivary amylase which is acitve at pH 6.8 but not at temperature above 40 degree Celsius Solution C was not hydrolyzed because the enzyme salivary amylase is active at the given temperature 4 degree Celsius. What would happen if no polymerase was added to the PCR? New DNA would not be generated New DNA would contain many errors 50% less DNA would be produced The primers would anneal to the DNA In PCR simulation the number of repeats of each individual's tandem repeated regions can be different creating a specific DNA profile. When using one primer pair in different individuals, which phrase describes the PCR product?

Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
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Solution C contains starch, buffer at pH 6.8, salivary amylase and is heated to 4
degree Celsius. When Solution C is tested with lodine using 8 test tubes with 2
minutes interval, it gives a blue solution from test tube 1 to test tube 8. How will
you interpret the given data?
Solution C was hydrolyzed completely by the enzyme salivary amylase at pH
6.8 and temperature 4 degree Celsius
Solution C was partially hydrolyzed by the enzyme salivary amylase at pH
6.8 and temperature 4 degree Celsius.
Solution C was not hydrolyzed by the enzyme salivary amylase which is
acitve at pH 6.8 but not at temperature above 40 degree Celsius
Solution C was not hydrolyzed because the enzyme salivary amylase is not
active at the given temperature 4 degree Celsius.
What would happen if no polymerase was added to the PCR?
New DNA would not be generated
New DNA would contain many errors
50% less DNA would be produced
The primers would anneal to the DNA
In PCR simulation the number of repeats of each individual's tandem repeated
regions can be different creating a specific DNA profile. When using one primer
pair in different individuals, which phrase describes the PCR product?
Different length may be found in each individual
Equal length will always be found in all individuals
Identical DNA sequences in all individuals
Random sequences
Transcribed Image Text:Solution C contains starch, buffer at pH 6.8, salivary amylase and is heated to 4 degree Celsius. When Solution C is tested with lodine using 8 test tubes with 2 minutes interval, it gives a blue solution from test tube 1 to test tube 8. How will you interpret the given data? Solution C was hydrolyzed completely by the enzyme salivary amylase at pH 6.8 and temperature 4 degree Celsius Solution C was partially hydrolyzed by the enzyme salivary amylase at pH 6.8 and temperature 4 degree Celsius. Solution C was not hydrolyzed by the enzyme salivary amylase which is acitve at pH 6.8 but not at temperature above 40 degree Celsius Solution C was not hydrolyzed because the enzyme salivary amylase is not active at the given temperature 4 degree Celsius. What would happen if no polymerase was added to the PCR? New DNA would not be generated New DNA would contain many errors 50% less DNA would be produced The primers would anneal to the DNA In PCR simulation the number of repeats of each individual's tandem repeated regions can be different creating a specific DNA profile. When using one primer pair in different individuals, which phrase describes the PCR product? Different length may be found in each individual Equal length will always be found in all individuals Identical DNA sequences in all individuals Random sequences
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