1.4 DNA C© Parental strand Parental strand replication is semicon- servative Parental strands urwind C三91 Figure 1.9 Base pairing provides the mechanism for ⑨三 replicating DNA Daughter strands 清菜大当
Figure 1.9 Base pairing provides the mechanism for replicating DNA. 1.4 DNA replication is semiconservative
1.4 DNA Generation1 replication is ishyhrid density Hybrid semicon- P aretalDNA is heavy dengty servative Light Replicae in licht density medium Light Hy bric Figure 1.10 Replication of DNA is Dengty analysis semiconservative Light Hybid. 情菜大当 Parental Generaion 1 Generation 2
Figure 1.10 Replication of DNA is semiconservative. 1.4 DNA replication is semiconservative
1.4 DNA replication is semiconservative Replicated DNAs Parental DNA Replication fork Figure 1.11 The replication fork is the region of DNA in which there is a transition from the unwound parental duplex to the newly replicated daughter duplexes 清菜大当
Figure 1.11 The replication fork is the region of DNA in which there is a transition from the unwound parental duplex to the newly replicated daughter duplexes. 1.4 DNA replication is semiconservative
1.5 Nucleic acids hybridize by base pairing Denaturation of DNA or RNA describes its conversion from the double-stranded to the single-stranded state:separation of the strands is most often accomplished by heating Hybridization is the pairing of complementary RNA and DNA strands to give an RNA-DNA hybrid Melting of DNA means its denaturation Melting temperature of DNA is the mid-point of the transition when duplex DNA to denatured by heating to separate into single strands. Renaturation is the reassociation of denatured complementary single strands of a DNA double helix. 清菜大当
Denaturation of DNA or RNA describes its conversion from the double-stranded to the single-stranded state; separation of the strands is most often accomplished by heating. Hybridization is the pairing of complementary RNA and DNA strands to give an RNA-DNA hybrid. Melting of DNA means its denaturation. Melting temperature of DNA is the mid-point of the transition when duplex DNA to denatured by heating to separate into single strands. Renaturation is the reassociation of denatured complementary single strands of a DNA double helix. 1.5 Nucleic acids hybridize by base pairing
Continuous DNAduplex 1.5 八八VZVV0VA0 Intramolecular pairing within RNA Nucleic acids hybridize by base pairing Figure 1.12 Base pairing oceurs in duplex DNA and also Intemolecular pairing between short and bng RNAs in intra-and inter- molecular interactions in single-stranded RNA (or DNA) 清菜大兰 NMN八
Figure 1.12 Base pairing occurs in duplex DNA and also in intra- and intermolecular interactions in single-stranded RNA (or DNA). 1.5 Nucleic acids hybridize by base pairing