...of the two strands. This hydrogen bonding...
.... The resultant strands in the molecule...
...direction of the strands can be designated...
...of the two strands of DNA (sense...
...in the new strands to form a...
...two complimentary anti-parallel strands unwind, separate and...
...process occurs the strands recoil to form...
...molecule. The two strands of the double...
...to the individual strands following the rules...
...cytosine (C). Two strands of DNA are...
...unwinds the DNA Strands to expose the...

...DNA with two strands, the double helix....
...connecting the two strands. Based on details...
...enables existing DNA strands to serve as...
...for new complementary strands In a second...
...to form new strands. Watson and Crick’s...
...of the old strands with a heavy...
...isotope (14N). Replicated strands could be separated...
...of replicated DNA strands. The first replication...
...enzymes separate the strands, forming a replication...
...sites, the DNA strands separate forming a...
...new strand. The strands in the double...
...the template DNA strands at the replication...
...the unpaired template strands apart during replication....
...of daughter DNA strands. Repeated rounds of...

...cause A. the strands to break. B....
...renaturation of the strands. C. the strands...
...strands. C. the strands to remain separated....
...mismatching between the strands. 12. The overall...
...of two polynucleotide strands to hybridize is...
...two different polynucleotide strands is called _____________....
...FALSE 28. DNA strands absorb more light...
...light when the strands are separated by...
...50% of the strands are denatured. TRUE...

...composed of two strands. Each strand has...
...of the two strands of a DNAmolecule...
...of the two strands pair with each...
...hold the two strands of the molecule...
...so- called daughter strands. The parental strand...
...made of two strands. (b)Each strand is...
...within The two strands P P of...

...up of two strands, contrary to a...
...DNA with two strands, the double helix....
...connecting the two strands. Based on details...
...enables existing DNA strands to serve as...
...for new complementary strands. In a second...
...to form new strands. Watson and Crick’s...
...of the old strands with a heavy...
...isotope (14N). Replicated strands could be separated...
...of replicated DNA strands. The first replication...
...enzymes separate the strands, forming a replication...
...sites, the DNA strands separate, forming a...
...where the parental strands of DNA are...
...unwinding of parental strands of DNA. Helicase...
...the template DNA strands at the replication...
...the unpaired template strands apart during replication....
...The parental DNA strands are now available...
...new complementary DNA strands. The enzymes that...
...new strand. The strands in the double...
...leading and lagging strands. The DNA replication...
...of daughter DNA strands. Repeated rounds of...