Bioc0001 practicals Study guides, Class notes & Summaries
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BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
- Available in package deal
-
- $12.49
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
- Available in package deal
-
- $12.49
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
-
- $12.69
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
-
- $13.49
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
-
- $12.79
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
Fear of missing out? Then don’t!
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
-
- $12.99
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
- Available in package deal
-
- $16.39
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
-
BIOC0001 Practicals
- Exam (elaborations) • 23 pages • 2024
- Available in package deal
-
- $16.39
- + learn more
How many base pairs long is a typical gene? - ANS ~10^4bp. 
What is supercoiling? What is its purpose? - ANS The twisting of a DS DNA helix around itself allowing it 
to be packaged efficiently into a cell. 
Why might two sections of DNA which are the same length travel at different rates during gel 
electrophoresis? - ANS Some of the DNA, but not all, becomes relaxed during laboratory preparation 
(the state of a circular, non-supercoiled plasmid). Some of the DNA remains supercoiled and so is ...
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