DNA polymerase III adds nucleotides ________.     to both ends of the RNA primer     to the 5' end of the RNA primer     to the 3' end of the RNA primer        in the place of the primer RNA after it is removed     to internal sites in the DNA template

The epsilon subunit of DNA polymerase III is responsible for its _______ activity.A-5'---->3' polymerase B- Sliding clampC-3'----->5' exonuclease activity D-5'------>3' exonuclease activity

דוידודוודי www.www. The above image shows DNA during replication. The new DNA strand build using the top strand as the template would be considered ( Select ] v strand, whereas the new DNA strand build using the bottom strand as the template would be considered ( Select) strand. The lagging strand is synthesized discontinuously and is made up of small fragments called [Select ] v fragments. These fragments contain RNA primers synthesized by [ Select ) ( Select) replaces RNA in the primers with DNA and [ Select ] v glues the fragments together to form a continuous strand. in

DNA polymerase III adds nucleotides to both ends of the RNA primer to the 5' end of the RNA primer to the 3' end of the RNA primer in the place of the primer RNA after it is removed to internal sites in the DNA template

There are 2 parts to this question: The following DNA strand (below) is about to undergo DNA replication. a) Please replicate the parental strands into two exact copies TC GATATCGG AGCTATAGCC b) place a centromere between the two replicated copies (or tell me where the centromere would be located),

The bacterial primase enzyme synthesizes _______________________.   a short DNA primer using RNA as a template a short protein primer using RNA as a template an RNA strand in absence of template DNA a short DNA primer using DNA as a template a short RNA primer using DNA as a template

The type of DNA replication error illustrated in the diagram below is _______________________.

5’ GGACCTATCAAAATCCTTATGCGCTAGGATAGCTAACGCATCCAC3’ This is the template strand. The +1 transcription start site is bold. Transcribe template DNA to mRNA. Make sure you write mRNA in the 5’ to 3’ direction. This is tricky – don’t assume the polymerase knows right from left. It can only synthesize new DNA in 5’>3’ direction.

Replicate the DNA strand AAGGCTAACGGCATTTAACCC. Transcribe the DNA strand AAGGCTAACGGCATTTAACCC. Translate your answer to #16 using the table below. Second letter A G UGU cys UGC UUU PheUCU UCC UCA UCG UAU1 UUC UUA UAC J Tyr Ser UAA Stop UGA Stop A UAG Stop UGG Trp G UUGLEU CAUTHIS CÁC CUU CUC CUA CUG CCU] CCC CCA CCG CGU] CGC Arg Leu Pro CAA GIn CGA CGG. CAGS ACU ACC ACA AAC FAsn AAA AGU Ser AGC AGA LArg Lys AGGJ AUU AAU AUC le A AUA The AUG Mer ACG AAGJ GAU ASP GACJ GUU GCU GCC GCA GCG GGU GGC Gly GUC Val GUA Ala GAAG Glu GAGJ GGA GUG GGG Third letter DUAG JCAG DUAG C. First letter

Polymerase movement RNA POLYMERASE -Nucleotide being added to the vijend of the RNA RNA NTPS RNA-DNA hybrid region 32. Refer to the transcription bubble diagram (above) to fill in the blanks. 5'- 3'- Template strand/Sense strand Coding strand/Antisense strand Region of DNA unwinding Region of DNA rewinding