SlideShare a Scribd company logo

Intro chapter 10 part1a

•Download as PPT, PDF•
•
M
mjbarba

This document discusses DNA replication and the semi-conservative model. It explains that during DNA replication, the two strands of DNA separate and each serves as a template for a new partner strand. This results in two new DNA molecules each with one original and one new strand of DNA. The process is illustrated with an example of DNA replication.

1 of 104
Chapter 10 ,[object Object],[object Object]
Molecular Genetics ,[object Object],[object Object]
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics ,[object Object]
Molecular Genetics ,[object Object]
Molecular Genetics ,[object Object],[object Object]
Molecular Genetics ,[object Object]
Molecular Genetics ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
Molecular Genetics ,[object Object]
Molecular Genetics ,[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object]
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics ,[object Object]
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics This is a short piece of DNA. This will serve as the template or “mother” DNA upon which copies can be made. Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics DNA polymerase Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics nucleotides A A G G C C T T C C T T G A A G C T C T G A Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
Molecular Genetics nucleotides A A G G C C T T C C T T G A A G C T C T G A Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics nucleotides Original 3  5 strand A A G G C C T T C T G A A G C T C T G A G T C G C A A T C T G A T G C T A T G C C A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A
Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T
Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T
Molecular Genetics NEW 5  3 strand C C C T G A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C G A
Molecular Genetics NEW 5  3 strand C C C T G A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C G A
Molecular Genetics NEW 5  3 strand C C C T G A C C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C G A T
Molecular Genetics NEW 5  3 strand C C C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C A
Molecular Genetics NEW 5  3 strand C C C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C A G
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T T A
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T T A
Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T T A
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics nucleotides A A G G C C T T C C T T G A A G C T C T G A Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
Molecular Genetics Original 5  3 strand A A G G C C T T C C T T G A A G C T C T G A T C A G G C T T A G A C T A C G A T A C G G T G Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A
Molecular Genetics A A G G C C T T C C T T G A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A
Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A
Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A
Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C
Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G
Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A
Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C
Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T
Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T
Molecular Genetics NEW 3  5 strand A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A
Molecular Genetics NEW 3  5 strand A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A
Molecular Genetics NEW 3  5 strand A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A
Molecular Genetics ,[object Object],[object Object]
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A NEW 3  5 strand DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
Molecular Genetics ,[object Object],[object Object]
Molecular Genetics Now we have two DNA molecules that are identical to each other and to the original DNA. These are sister chromatids. They are still connected to each other at the centromere Newly formed 5  3 strand Original 3  5 strand Original 5  3 strand Newly formed 3  5 strand centromere A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
Molecular Genetics ,[object Object],[object Object],[object Object]
Molecular Genetics ,[object Object]
Molecular Genetics ,[object Object],[object Object]
Molecular Genetics ,[object Object],[object Object]
Molecular Genetics ,[object Object]

Recommended

Jordt_Dna_replication
Jordt_Dna_replicationJordt_Dna_replication
Jordt_Dna_replication
punxsyscience
 
Anthony Gill on Lessons learnt for pathologists from the International Cancer...
Anthony Gill on Lessons learnt for pathologists from the International Cancer...Anthony Gill on Lessons learnt for pathologists from the International Cancer...
Anthony Gill on Lessons learnt for pathologists from the International Cancer...
Cirdan
 
Zymoseptoria Community meeting Kiel 2017 - Daniel Croll
Zymoseptoria Community meeting Kiel 2017 - Daniel CrollZymoseptoria Community meeting Kiel 2017 - Daniel Croll
Zymoseptoria Community meeting Kiel 2017 - Daniel Croll
Zymoseptoria Community
 
Frankino SURC Presentation
Frankino SURC Presentation Frankino SURC Presentation
Frankino SURC Presentation
Phil Frankino
 
Chicago stats talk
Chicago stats talkChicago stats talk
Chicago stats talk
Alistair Boettiger
 
Intro chapter 10 part2a
Intro chapter 10 part2aIntro chapter 10 part2a
Intro chapter 10 part2a
mjbarba
 
4.15 w13 final presentation
4.15 w13 final presentation4.15 w13 final presentation
4.15 w13 final presentation
BYUiGem
 
kkyle_RevisedPres2015_FINAL
kkyle_RevisedPres2015_FINALkkyle_RevisedPres2015_FINAL
kkyle_RevisedPres2015_FINAL
Kathleen (Katie) E. Kyle
 

Recommended

Jordt_Dna_replication
Jordt_Dna_replicationJordt_Dna_replication
Jordt_Dna_replication
punxsyscience
 
Anthony Gill on Lessons learnt for pathologists from the International Cancer...
Anthony Gill on Lessons learnt for pathologists from the International Cancer...Anthony Gill on Lessons learnt for pathologists from the International Cancer...
Anthony Gill on Lessons learnt for pathologists from the International Cancer...
Cirdan
 
Zymoseptoria Community meeting Kiel 2017 - Daniel Croll
Zymoseptoria Community meeting Kiel 2017 - Daniel CrollZymoseptoria Community meeting Kiel 2017 - Daniel Croll
Zymoseptoria Community meeting Kiel 2017 - Daniel Croll
Zymoseptoria Community
 
Frankino SURC Presentation
Frankino SURC Presentation Frankino SURC Presentation
Frankino SURC Presentation
Phil Frankino
 
Chicago stats talk
Chicago stats talkChicago stats talk
Chicago stats talk
Alistair Boettiger
 
Intro chapter 10 part2a
Intro chapter 10 part2aIntro chapter 10 part2a
Intro chapter 10 part2a
mjbarba
 
4.15 w13 final presentation
4.15 w13 final presentation4.15 w13 final presentation
4.15 w13 final presentation
BYUiGem
 
kkyle_RevisedPres2015_FINAL
kkyle_RevisedPres2015_FINALkkyle_RevisedPres2015_FINAL
kkyle_RevisedPres2015_FINAL
Kathleen (Katie) E. Kyle
 
Dna base pairing practice
Dna base pairing practiceDna base pairing practice
Dna base pairing practice
wendyhilburn
 
Abinitio.ppt
Abinitio.pptAbinitio.ppt
Abinitio.ppt
Lester Smathis
 
Nucleotides- 13
Nucleotides- 13 Nucleotides- 13
Nucleotides- 13
kuldip sodhi
 
Ab Initio Protein Structure Prediction
Ab Initio Protein Structure PredictionAb Initio Protein Structure Prediction
Ab Initio Protein Structure Prediction
Arindam Ghosh
 
Homology modeling
Homology modelingHomology modeling
Homology modeling
Malla Reddy College of Pharmacy
 
Homology modelling
Homology modellingHomology modelling
Homology modelling
Elda Nurafnie
 
Genetic material
Genetic materialGenetic material
Genetic material
Bruno Mmassy
 
methods for protein structure prediction
methods for protein structure predictionmethods for protein structure prediction
methods for protein structure prediction
karamveer prajapat
 
Protein Structure Prediction
Protein Structure PredictionProtein Structure Prediction
Protein Structure Prediction
Balachandramohan Bcm
 
protein sturcture prediction and molecular modelling
protein sturcture prediction and molecular modellingprotein sturcture prediction and molecular modelling
protein sturcture prediction and molecular modelling
Dileep Paruchuru
 
DNA as genetic material
DNA as genetic materialDNA as genetic material
DNA as genetic material
Sayma Zerin
 
DNA Structure PowerPoint
DNA Structure PowerPointDNA Structure PowerPoint
DNA Structure PowerPoint
BiologyIB
 
proteinsynthesis.shayna.dicker
proteinsynthesis.shayna.dickerproteinsynthesis.shayna.dicker
proteinsynthesis.shayna.dicker
punxsyscience
 
Detrie Replication
Detrie ReplicationDetrie Replication
Detrie Replication
punxsyscience
 
Detrie dna replication
Detrie dna replicationDetrie dna replication
Detrie dna replication
punxsyscience
 
Sequenciamento de DNA
Sequenciamento de DNASequenciamento de DNA
Sequenciamento de DNA
felipes
 
Dn areplication
Dn areplicationDn areplication
Dn areplication
punxsyscience
 
Jimmy carrier dna
Jimmy carrier dnaJimmy carrier dna
Jimmy carrier dna
punxsyscience
 
Sequencing.pptx
Sequencing.pptxSequencing.pptx
Sequencing.pptx
saravanakumar301953
 
Chap11 studyppt
Chap11 studypptChap11 studyppt
Chap11 studyppt
Jordi Martin
 
Relationships and Biodiversity State Lab Review(1)
Relationships and Biodiversity State Lab Review(1)Relationships and Biodiversity State Lab Review(1)
Relationships and Biodiversity State Lab Review(1)
gparchment
 
Relationships & Bidodiversity
Relationships & BidodiversityRelationships & Bidodiversity
Relationships & Bidodiversity
ACKademic
 

More Related Content

Viewers also liked

Dna base pairing practice
Dna base pairing practiceDna base pairing practice
Dna base pairing practice
wendyhilburn
 
Abinitio.ppt
Abinitio.pptAbinitio.ppt
Abinitio.ppt
Lester Smathis
 
Nucleotides- 13
Nucleotides- 13 Nucleotides- 13
Nucleotides- 13
kuldip sodhi
 
Ab Initio Protein Structure Prediction
Ab Initio Protein Structure PredictionAb Initio Protein Structure Prediction
Ab Initio Protein Structure Prediction
Arindam Ghosh
 
Homology modeling
Homology modelingHomology modeling
Homology modeling
Malla Reddy College of Pharmacy
 
Homology modelling
Homology modellingHomology modelling
Homology modelling
Elda Nurafnie
 
Genetic material
Genetic materialGenetic material
Genetic material
Bruno Mmassy
 
methods for protein structure prediction
methods for protein structure predictionmethods for protein structure prediction
methods for protein structure prediction
karamveer prajapat
 
Protein Structure Prediction
Protein Structure PredictionProtein Structure Prediction
Protein Structure Prediction
Balachandramohan Bcm
 
protein sturcture prediction and molecular modelling
protein sturcture prediction and molecular modellingprotein sturcture prediction and molecular modelling
protein sturcture prediction and molecular modelling
Dileep Paruchuru
 
DNA as genetic material
DNA as genetic materialDNA as genetic material
DNA as genetic material
Sayma Zerin
 
DNA Structure PowerPoint
DNA Structure PowerPointDNA Structure PowerPoint
DNA Structure PowerPoint
BiologyIB
 

Viewers also liked (12)

Dna base pairing practice
Dna base pairing practiceDna base pairing practice
Dna base pairing practice
 
Abinitio.ppt
Abinitio.pptAbinitio.ppt
Abinitio.ppt
 
Nucleotides- 13
Nucleotides- 13 Nucleotides- 13
Nucleotides- 13
 
Ab Initio Protein Structure Prediction
Ab Initio Protein Structure PredictionAb Initio Protein Structure Prediction
Ab Initio Protein Structure Prediction
 
Homology modeling
Homology modelingHomology modeling
Homology modeling
 
Homology modelling
Homology modellingHomology modelling
Homology modelling
 
Genetic material
Genetic materialGenetic material
Genetic material
 
methods for protein structure prediction
methods for protein structure predictionmethods for protein structure prediction
methods for protein structure prediction
 
Protein Structure Prediction
Protein Structure PredictionProtein Structure Prediction
Protein Structure Prediction
 
protein sturcture prediction and molecular modelling
protein sturcture prediction and molecular modellingprotein sturcture prediction and molecular modelling
protein sturcture prediction and molecular modelling
 
DNA as genetic material
DNA as genetic materialDNA as genetic material
DNA as genetic material
 
DNA Structure PowerPoint
DNA Structure PowerPointDNA Structure PowerPoint
DNA Structure PowerPoint
 

Similar to Intro chapter 10 part1a

proteinsynthesis.shayna.dicker
proteinsynthesis.shayna.dickerproteinsynthesis.shayna.dicker
proteinsynthesis.shayna.dicker
punxsyscience
 
Detrie Replication
Detrie ReplicationDetrie Replication
Detrie Replication
punxsyscience
 
Detrie dna replication
Detrie dna replicationDetrie dna replication
Detrie dna replication
punxsyscience
 
Sequenciamento de DNA
Sequenciamento de DNASequenciamento de DNA
Sequenciamento de DNA
felipes
 
Dn areplication
Dn areplicationDn areplication
Dn areplication
punxsyscience
 
Jimmy carrier dna
Jimmy carrier dnaJimmy carrier dna
Jimmy carrier dna
punxsyscience
 
Sequencing.pptx
Sequencing.pptxSequencing.pptx
Sequencing.pptx
saravanakumar301953
 
Chap11 studyppt
Chap11 studypptChap11 studyppt
Chap11 studyppt
Jordi Martin
 
Relationships and Biodiversity State Lab Review(1)
Relationships and Biodiversity State Lab Review(1)Relationships and Biodiversity State Lab Review(1)
Relationships and Biodiversity State Lab Review(1)
gparchment
 
Relationships & Bidodiversity
Relationships & BidodiversityRelationships & Bidodiversity
Relationships & Bidodiversity
ACKademic
 
Protein synthesis dna rna flipbook_jw
Protein synthesis dna rna flipbook_jwProtein synthesis dna rna flipbook_jw
Protein synthesis dna rna flipbook_jw
punxsyscience
 
FlipbookHannahD
FlipbookHannahDFlipbookHannahD
FlipbookHannahD
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
punxsyscience
 
Presentation1
Presentation1Presentation1
Presentation1
punxsyscience
 

Similar to Intro chapter 10 part1a (20)

proteinsynthesis.shayna.dicker
proteinsynthesis.shayna.dickerproteinsynthesis.shayna.dicker
proteinsynthesis.shayna.dicker
 
Detrie Replication
Detrie ReplicationDetrie Replication
Detrie Replication
 
Detrie dna replication
Detrie dna replicationDetrie dna replication
Detrie dna replication
 
Sequenciamento de DNA
Sequenciamento de DNASequenciamento de DNA
Sequenciamento de DNA
 
Dn areplication
Dn areplicationDn areplication
Dn areplication
 
Jimmy carrier dna
Jimmy carrier dnaJimmy carrier dna
Jimmy carrier dna
 
Sequencing.pptx
Sequencing.pptxSequencing.pptx
Sequencing.pptx
 
Chap11 studyppt
Chap11 studypptChap11 studyppt
Chap11 studyppt
 
Relationships and Biodiversity State Lab Review(1)
Relationships and Biodiversity State Lab Review(1)Relationships and Biodiversity State Lab Review(1)
Relationships and Biodiversity State Lab Review(1)
 
Relationships & Bidodiversity
Relationships & BidodiversityRelationships & Bidodiversity
Relationships & Bidodiversity
 
Protein synthesis dna rna flipbook_jw
Protein synthesis dna rna flipbook_jwProtein synthesis dna rna flipbook_jw
Protein synthesis dna rna flipbook_jw
 
FlipbookHannahD
FlipbookHannahDFlipbookHannahD
FlipbookHannahD
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Bio flipbook
Bio flipbookBio flipbook
Bio flipbook
 
Presentation1
Presentation1Presentation1
Presentation1
 

Recently uploaded

Mariano G Tinti - Decoding SpaceX
Mariano G Tinti - Decoding SpaceXMariano G Tinti - Decoding SpaceX
Mariano G Tinti - Decoding SpaceX
Mariano Tinti
 
みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
名前 です男
 
Ocean lotus Threat actors project by John Sitima 2024 (1).pptx
Ocean lotus Threat actors project by John Sitima 2024 (1).pptxOcean lotus Threat actors project by John Sitima 2024 (1).pptx
Ocean lotus Threat actors project by John Sitima 2024 (1).pptx
SitimaJohn
 
Building Production Ready Search Pipelines with Spark and Milvus
Building Production Ready Search Pipelines with Spark and MilvusBuilding Production Ready Search Pipelines with Spark and Milvus
Building Production Ready Search Pipelines with Spark and Milvus
Zilliz
 
Best 20 SEO Techniques To Improve Website Visibility In SERP
Best 20 SEO Techniques To Improve Website Visibility In SERPBest 20 SEO Techniques To Improve Website Visibility In SERP
Best 20 SEO Techniques To Improve Website Visibility In SERP
Pixlogix Infotech
 
GraphRAG for Life Science to increase LLM accuracy
GraphRAG for Life Science to increase LLM accuracyGraphRAG for Life Science to increase LLM accuracy
GraphRAG for Life Science to increase LLM accuracy
Tomaz Bratanic
 
How to use Firebase Data Connect For Flutter
How to use Firebase Data Connect For FlutterHow to use Firebase Data Connect For Flutter
How to use Firebase Data Connect For Flutter
Daiki Mogmet Ito
 
Webinar: Designing a schema for a Data Warehouse
Webinar: Designing a schema for a Data WarehouseWebinar: Designing a schema for a Data Warehouse
Webinar: Designing a schema for a Data Warehouse
Federico Razzoli
 
Nordic Marketo Engage User Group_June 13_ 2024.pptx
Nordic Marketo Engage User Group_June 13_ 2024.pptxNordic Marketo Engage User Group_June 13_ 2024.pptx
Nordic Marketo Engage User Group_June 13_ 2024.pptx
MichaelKnudsen27
 
OpenID AuthZEN Interop Read Out - Authorization
OpenID AuthZEN Interop Read Out - AuthorizationOpenID AuthZEN Interop Read Out - Authorization
OpenID AuthZEN Interop Read Out - Authorization
David Brossard
 
How to Get CNIC Information System with Paksim Ga.pptx
How to Get CNIC Information System with Paksim Ga.pptxHow to Get CNIC Information System with Paksim Ga.pptx
How to Get CNIC Information System with Paksim Ga.pptx
danishmna97
 
Your One-Stop Shop for Python Success: Top 10 US Python Development Providers
Your One-Stop Shop for Python Success: Top 10 US Python Development ProvidersYour One-Stop Shop for Python Success: Top 10 US Python Development Providers
Your One-Stop Shop for Python Success: Top 10 US Python Development Providers
akankshawande
 
Choosing The Best AWS Service For Your Website + API.pptx
Choosing The Best AWS Service For Your Website + API.pptxChoosing The Best AWS Service For Your Website + API.pptx
Choosing The Best AWS Service For Your Website + API.pptx
Brandon Minnick, MBA
 
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
Speck&Tech
 
Fueling AI with Great Data with Airbyte Webinar
Fueling AI with Great Data with Airbyte WebinarFueling AI with Great Data with Airbyte Webinar
Fueling AI with Great Data with Airbyte Webinar
Zilliz
 
TrustArc Webinar - 2024 Global Privacy Survey
TrustArc Webinar - 2024 Global Privacy SurveyTrustArc Webinar - 2024 Global Privacy Survey
TrustArc Webinar - 2024 Global Privacy Survey
TrustArc
 
20240607 QFM018 Elixir Reading List May 2024
20240607 QFM018 Elixir Reading List May 202420240607 QFM018 Elixir Reading List May 2024
20240607 QFM018 Elixir Reading List May 2024
Matthew Sinclair
 
Taking AI to the Next Level in Manufacturing.pdf
Taking AI to the Next Level in Manufacturing.pdfTaking AI to the Next Level in Manufacturing.pdf
Taking AI to the Next Level in Manufacturing.pdf
ssuserfac0301
 
Main news related to the CCS TSI 2023 (2023/1695)
Main news related to the CCS TSI 2023 (2023/1695)Main news related to the CCS TSI 2023 (2023/1695)
Main news related to the CCS TSI 2023 (2023/1695)
Jakub Marek
 
Programming Foundation Models with DSPy - Meetup Slides
Programming Foundation Models with DSPy - Meetup SlidesProgramming Foundation Models with DSPy - Meetup Slides
Programming Foundation Models with DSPy - Meetup Slides
Zilliz
 

Recently uploaded (20)

Mariano G Tinti - Decoding SpaceX
Mariano G Tinti - Decoding SpaceXMariano G Tinti - Decoding SpaceX
Mariano G Tinti - Decoding SpaceX
 
みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
 
Ocean lotus Threat actors project by John Sitima 2024 (1).pptx
Ocean lotus Threat actors project by John Sitima 2024 (1).pptxOcean lotus Threat actors project by John Sitima 2024 (1).pptx
Ocean lotus Threat actors project by John Sitima 2024 (1).pptx
 
Building Production Ready Search Pipelines with Spark and Milvus
Building Production Ready Search Pipelines with Spark and MilvusBuilding Production Ready Search Pipelines with Spark and Milvus
Building Production Ready Search Pipelines with Spark and Milvus
 
Best 20 SEO Techniques To Improve Website Visibility In SERP
Best 20 SEO Techniques To Improve Website Visibility In SERPBest 20 SEO Techniques To Improve Website Visibility In SERP
Best 20 SEO Techniques To Improve Website Visibility In SERP
 
GraphRAG for Life Science to increase LLM accuracy
GraphRAG for Life Science to increase LLM accuracyGraphRAG for Life Science to increase LLM accuracy
GraphRAG for Life Science to increase LLM accuracy
 
How to use Firebase Data Connect For Flutter
How to use Firebase Data Connect For FlutterHow to use Firebase Data Connect For Flutter
How to use Firebase Data Connect For Flutter
 
Webinar: Designing a schema for a Data Warehouse
Webinar: Designing a schema for a Data WarehouseWebinar: Designing a schema for a Data Warehouse
Webinar: Designing a schema for a Data Warehouse
 
Nordic Marketo Engage User Group_June 13_ 2024.pptx
Nordic Marketo Engage User Group_June 13_ 2024.pptxNordic Marketo Engage User Group_June 13_ 2024.pptx
Nordic Marketo Engage User Group_June 13_ 2024.pptx
 
OpenID AuthZEN Interop Read Out - Authorization
OpenID AuthZEN Interop Read Out - AuthorizationOpenID AuthZEN Interop Read Out - Authorization
OpenID AuthZEN Interop Read Out - Authorization
 
How to Get CNIC Information System with Paksim Ga.pptx
How to Get CNIC Information System with Paksim Ga.pptxHow to Get CNIC Information System with Paksim Ga.pptx
How to Get CNIC Information System with Paksim Ga.pptx
 
Your One-Stop Shop for Python Success: Top 10 US Python Development Providers
Your One-Stop Shop for Python Success: Top 10 US Python Development ProvidersYour One-Stop Shop for Python Success: Top 10 US Python Development Providers
Your One-Stop Shop for Python Success: Top 10 US Python Development Providers
 
Choosing The Best AWS Service For Your Website + API.pptx
Choosing The Best AWS Service For Your Website + API.pptxChoosing The Best AWS Service For Your Website + API.pptx
Choosing The Best AWS Service For Your Website + API.pptx
 
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
 
Fueling AI with Great Data with Airbyte Webinar
Fueling AI with Great Data with Airbyte WebinarFueling AI with Great Data with Airbyte Webinar
Fueling AI with Great Data with Airbyte Webinar
 
TrustArc Webinar - 2024 Global Privacy Survey
TrustArc Webinar - 2024 Global Privacy SurveyTrustArc Webinar - 2024 Global Privacy Survey
TrustArc Webinar - 2024 Global Privacy Survey
 
20240607 QFM018 Elixir Reading List May 2024
20240607 QFM018 Elixir Reading List May 202420240607 QFM018 Elixir Reading List May 2024
20240607 QFM018 Elixir Reading List May 2024
 
Taking AI to the Next Level in Manufacturing.pdf
Taking AI to the Next Level in Manufacturing.pdfTaking AI to the Next Level in Manufacturing.pdf
Taking AI to the Next Level in Manufacturing.pdf
 
Main news related to the CCS TSI 2023 (2023/1695)
Main news related to the CCS TSI 2023 (2023/1695)Main news related to the CCS TSI 2023 (2023/1695)
Main news related to the CCS TSI 2023 (2023/1695)
 
Programming Foundation Models with DSPy - Meetup Slides
Programming Foundation Models with DSPy - Meetup SlidesProgramming Foundation Models with DSPy - Meetup Slides
Programming Foundation Models with DSPy - Meetup Slides
 

Intro chapter 10 part1a

  • 1.
  • 2.
  • 3.
  • 4.
  • 5.
  • 6.
  • 7.
  • 8.
  • 9.
  • 10.
  • 11.
  • 12.
  • 13.
  • 14.
  • 15.
  • 16. Molecular Genetics This is a short piece of DNA. This will serve as the template or “mother” DNA upon which copies can be made. Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A
  • 17.
  • 18. Molecular Genetics DNA polymerase Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
  • 19.
  • 20. Molecular Genetics nucleotides A A G G C C T T C C T T G A A G C T C T G A Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
  • 21. Molecular Genetics nucleotides A A G G C C T T C C T T G A A G C T C T G A Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
  • 22.
  • 23. Molecular Genetics nucleotides Original 3  5 strand A A G G C C T T C T G A A G C T C T G A G T C G C A A T C T G A T G C T A T G C C A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A
  • 24. Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
  • 25. Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
  • 26. Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
  • 27. Molecular Genetics A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G
  • 28. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A
  • 29. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A
  • 30. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A
  • 31. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G
  • 32. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G
  • 33. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G
  • 34. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T
  • 35. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T
  • 36. Molecular Genetics NEW 5  3 strand A C C T C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T
  • 37. Molecular Genetics NEW 5  3 strand C C C T G A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C G A
  • 38. Molecular Genetics NEW 5  3 strand C C C T G A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C G A
  • 39. Molecular Genetics NEW 5  3 strand C C C T G A C C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C G A T
  • 40. Molecular Genetics NEW 5  3 strand C C C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C A
  • 41. Molecular Genetics NEW 5  3 strand C C C T G A A C T C T G C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C A G
  • 42. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
  • 43. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
  • 44. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
  • 45. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T
  • 46. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T T A
  • 47. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T T A
  • 48. Molecular Genetics NEW 5  3 strand C C C G A A C T C T A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T T C G A T Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T G T G G C A T A G C A T C A G T C G A A C G G T T A
  • 49.
  • 50. Molecular Genetics nucleotides A A G G C C T T C C T T G A A G C T C T G A Original 5  3 strand Original 3  5 strand A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
  • 51. Molecular Genetics Original 5  3 strand A A G G C C T T C C T T G A A G C T C T G A T C A G G C T T A G A C T A C G A T A C G G T G Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A
  • 52. Molecular Genetics A A G G C C T T C C T T G A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
  • 53. Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
  • 54. Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
  • 55. Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
  • 56. Molecular Genetics A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C
  • 57. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 58. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 59. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 60. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 61. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 62. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 63. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 64. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 65. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 66. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 67. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T
  • 68. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G
  • 69. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A
  • 70. Molecular Genetics NEW 3  5 strand A A G G C C T T C C T T G A A G C T C T G A Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A
  • 71. Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A
  • 72. Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C
  • 73. Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G
  • 74. Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A
  • 75. Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C
  • 76. Molecular Genetics NEW 3  5 strand A A G G C C T T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C
  • 77. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C
  • 78. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A
  • 79. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C
  • 80. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G
  • 81. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T
  • 82. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T
  • 83. Molecular Genetics A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T
  • 84. Molecular Genetics NEW 3  5 strand A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A
  • 85. Molecular Genetics NEW 3  5 strand A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A
  • 86. Molecular Genetics NEW 3  5 strand A C T A G C Original 3  5 strand A G T C G C A A T C T G A T G C T A T G C C A C T A G G C T C C T T G A T C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A
  • 87.
  • 88. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 89. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 90. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 91. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 92. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 93. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 94. Molecular Genetics C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A NEW 3  5 strand DNA ligase
  • 95. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 96. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 97. Molecular Genetics NEW 3  5 strand C C T T G A C T G A Original 5  3 strand T C A G G C T T A G A C T A C G A T A C G G T G A T C T G A C G A C A C G T T A DNA ligase
  • 98.
  • 99. Molecular Genetics Now we have two DNA molecules that are identical to each other and to the original DNA. These are sister chromatids. They are still connected to each other at the centromere Newly formed 5  3 strand Original 3  5 strand Original 5  3 strand Newly formed 3  5 strand centromere A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A A G T C G C T C A G G C A A T T T A C G T A G C A T A T C G C G T A A T A T G C C G C G A T C G T A
  • 100.
  • 101.
  • 102.
  • 103.
  • 104.