- Tardigrade
- Question
- Biology
- A dsDNA found in E. coli has N15 labeled nitrogen bases. This organism was provided with N14 based nitrogen bases for the replication process. The two new DNA molecules are synthesised after one round of replication in the N14 based medium. Which of the following optionscorrectly describes the comparison between parent DNA and daughter DNA DNA Density Sequence of Nucleotides Radioactivity 1 Parent DNA Heavy Same as daughter DNA Not - radioactive Daughter DNA Hybrid Same as parent DNA Not - radioactive 2 Parent DNA Heavy Same as daughter DNA Radioactive Daughter DNA Light Same as parent DNA Radioactive 3 Parent DNA Light Not the same as daughter DNA Not - radioactive Daughter DNA Heavy Not the same as parent DNA Not - radioactive 4 Parent DNA Light Same as daughter DNA Not - radioactive Daughter DNA Heavy Same as parent DNA Not - radioactive
Q.
A found in E. coli has labeled nitrogen bases. This organism was provided with based nitrogen bases for the replication process. The two new DNA molecules are synthesised after one round of replication in the based medium. Which of the following optionscorrectly describes the comparison between parent DNA and daughter DNA
DNA
Density
Sequence of Nucleotides
Radioactivity
1
Parent DNA
Heavy
Same as daughter DNA
Not - radioactive
Daughter DNA
Hybrid
Same as parent DNA
Not - radioactive
2
Parent DNA
Heavy
Same as daughter DNA
Radioactive
Daughter DNA
Light
Same as parent DNA
Radioactive
3
Parent DNA
Light
Not the same as daughter DNA
Not - radioactive
Daughter DNA
Heavy
Not the same as parent DNA
Not - radioactive
4
Parent DNA
Light
Same as daughter DNA
Not - radioactive
Daughter DNA
Heavy
Same as parent DNA
Not - radioactive
DNA | Density | Sequence of Nucleotides | Radioactivity | |
---|---|---|---|---|
1 | Parent DNA | Heavy | Same as daughter DNA | Not - radioactive |
Daughter DNA | Hybrid | Same as parent DNA | Not - radioactive | |
2 | Parent DNA | Heavy | Same as daughter DNA | Radioactive |
Daughter DNA | Light | Same as parent DNA | Radioactive | |
3 | Parent DNA | Light | Not the same as daughter DNA | Not - radioactive |
Daughter DNA | Heavy | Not the same as parent DNA | Not - radioactive | |
4 | Parent DNA | Light | Same as daughter DNA | Not - radioactive |
Daughter DNA | Heavy | Same as parent DNA | Not - radioactive |
Solution: