'Base sequences' presentation slideshows

DNA

Honors Forensic Science. DNA. I. DNA is identical in every cell in body. A. DNA can be left at a crime scene even if there is no blood B. DNA can survive longer than a fingerprint. Has even been performed on Egyptian mummies. c. Can indicate familial relationships.

742 views • 64 slides

DNA and Its Functions

DNA and Its Functions. 3.1 DNA Structure. Double-stranded helical polymer of nucleotides, held together by H-bond between bases A, T, G, C Deoxyribose and phosphate group. Within any DNA molecule, the amount of thymine is always equal to the amount of adenine (same for GC)

723 views • 54 slides

CH. 8

CH. 8. IDENTIFYING DNA AS THE GENETIC MATERIAL. CH. 5 & 6 REVIEW. ANSWER THE FOLLOWING QUESTIONS: 1. What macromolecule group does DNA & RNA belong in? 2. What monomer do we use to assemble the macromolecule group from question #1. CH. 5 & 6 REVIEW. ANSWER THE FOLLOWING QUESTIONS:

540 views • 41 slides

DNA Replication

DNA Replication. Part 1 Principle Features. Mechanistic Overview. Identical base sequences. Figure 11.1. More than 1 way to replicate a cat . Figure 11.2. How does it really happen?. 1958 - Matthew Meselson and Franklin Stahl

911 views • 24 slides

DNA Fingerprinting

750 views • 22 slides

Evolution and Biology (day 28)

257 views • 11 slides

Principles of Evolution

Principles of Evolution. Chapter 15. Objectives. Be familiar with the concept of evolution Understand what mechanisms contribute to the evolution of species Describe the forms of evidence that support evolution as a process. Evidence for Evolution.

328 views • 10 slides

Practically Genomic A hands-on bioinformatics IAP

Practically Genomic A hands-on bioinformatics IAP. Course Materials: http://rous.mit.edu/index.php/IAP_2012 Instructors : Paola Favaretto, Sebastian Hoersch, Charlie Whittaker and Courtney Crummett KI for Integrative Cancer Research at MIT and MIT Libraries

223 views • 8 slides