DNA CLONING: AN OVERVIEW “Instant Notes in Molecular Biology (Turner et al. , 2005): 105-109Nurul Layyin H
DNA ligase
DNA probe
Alkaline phosphatase
Selectable marker
Cloning vectors
Cloning vectors
Genomic libraries
CDNA libraries
DNA probe
The host organism
Selectable marker.
DNA probe
Recombinant DNA
Ti plasmid
Plasmid
DNA ligase
RNase A
Alkaline phosphatase
Reverse transcriptase
Restriction enzyme
Cloning vectors
Genomic librariy
CDNA libraries
DNA probe
The host organism
Subcloning
Hybridization
Digestion
Reverse transcription
Ligation
Subcloning
Hybridization
Digestion
Reverse transcription
Ligation
DNA ligase
RNase A
Alkaline phosphatase
Reverse transcriptase
Restriction enzyme
Cloning vector
Genomic library
CDNA library
DNA probe
Plasmid
DNA ligase
RNase A
Alkaline phosphatase
Reverse transcriptase
Restriction enzyme
S1 nuclease
RNase A
Alkaline phosphatase
Reverse transcriptase
Terminal transferase
S1 nuclease
RNase A
DNA polymerase I
Reverse transcriptase
Terminal transferase
Engineering animals and plants, and gene therapy
Engineering proteins to alter their properties
DNA sequencing
Identification of mutations
All of the above
Cloning vectors
Genomic library
CDNA library
DNA probe
The host organism
BAC
YAC
Ti plasmid
Plasmid
Phage M13
S1 nuclease
RNase A
DNA polymerase I
Reverse transcriptase
Terminal transferase
Subcloning
Hybridization
Digestion
Restriction mapping
Transformation
Subcloning
Hybridization
Gel electrophoresis
Ligation
The polymerase chain reaction
SV40
YAC
Ti plasmid
Baculovirus
Phage M13
S1 nuclease
Taq DNA polymerase
DNA polymerase I
Reverse transcriptase
Exonuclease III
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