Molecular Biology S1 Module 2: DNA and Replication

(USMLoid) In this image of a replication fork, where would you most likely expect to find single-stranded DNA binding protein?

1

מיין לפי

(USMLoid) In this diagram of a replication fork, where would you most likely find helicase?

1

מיין לפי

(USMLoid) Isolated primary fibroblasts can divide as many as 50 times in cell culture before becoming senescent. Freshly isolated fibroblasts are allowed to divide 5 times in culture and then tritiated thymidine is added to the culture medium. Which organelle will accumulate the most radioactive thymidine?

1

מיין לפי

Using recombinant DNA technology to insert a 500,000 bp fragment of human genomic DNA into the genome of E. coli will likely

1

מיין לפי

(USMLoid) Which enzyme catalyses the covalent joining of adjacent Okazaki fragments during DNA replication.

1

מיין לפי

In both prokaryotes and eukaryotes the places where DNA replication begins are defined by

1

מיין לפי

DNA replication requires Primase. Its activity is most similar to which of the following?

1

מיין לפי

(USMLoid) The 3' -> 5' exonuclease activity of DNA polymerase is primarily invoked

1

מיין לפי

Molecular Biology S1 Module 2: DNA and Replication

Discuss, Learn and be Happy דיון בשאלות

(USMLoid) In this image of a replication fork, where would you most likely expect to find single-stranded DNA binding protein?

(USMLoid) In this diagram of a replication fork, where would you most likely find helicase?

Using recombinant DNA technology to insert a 500,000 bp fragment of human genomic DNA into the genome of E. coli will likely

(USMLoid) Which enzyme catalyses the covalent joining of adjacent Okazaki fragments during DNA replication.

In both prokaryotes and eukaryotes the places where DNA replication begins are defined by

DNA replication requires Primase. Its activity is most similar to which of the following?

(USMLoid) The 3' -> 5' exonuclease activity of DNA polymerase is primarily invoked