Figure 10.1A

Figure 10.1A DNA is the carrier of genetic information Head DNA Tail Tail fiber

Figure 10.1B Emptyprotein shell Radioactiveprotein Phage The radioactivityis in the liquid. Bacterium PhageDNA DNA Batch 1:Radioactiveproteinlabeled inyellow Centrifuge Pellet 3 1 2 4 Batch 2:RadioactiveDNA labeledin green RadioactiveDNA Centrifuge The radioactivityis in the pellet. Pellet

Figure 10.2A T A C G Sugar-phosphatebackbone T A Phosphategroup C G T A C G A Nitrogenousbase A G Nitrogenous base(can be A, G, C, or T) Covalentbondjoiningnucleotides A T Sugar G C T A C C C C T A C G T A DNAnucleotide Thymine (T) T T A DNAdouble helix T Phosphategroup G G Sugar(deoxyribose) DNA nucleotide G G Two representationsof a DNA polynucleotide

Figure 10.2B Cytosine (C) Guanine (G) Thymine (T) Adenine (A) Pyrimidines Purines

Fig. 10-3a

Figure 10.3D Hydrogen bond Base pair Computermodel Ribbonmodel Partial chemicalstructure

Central Dogma: information flow from genes to proteins The term ‘central dogma’ is a hypothesis attributed to Francis Crick, the co-discoverer of the DNA double helix structure DNA Interactive (www.dnai.org)

Figure 10.4A_s1 A T C G G C A T T A A parentalmoleculeof DNA

Figure 10.4A_s2 T A T A A T C G C G G C G C G C C A A T T A Freenucleotides T A T A A parentalmoleculeof DNA The parental strandsseparate and serveas templates

Figure 10.4A_s3 T A T A T A T A A T C G C G C G C G G C G C G C G G C C C A A T A T T A A T Freenucleotides T A T A T A T A A parentalmoleculeof DNA The parental strandsseparate and serveas templates Two identicaldaughter moleculesof DNA are formed

Figure 10.4B AT G C A T Parental DNAmolecule A T T A C G G C T Daughterstrand A C G C G Parentalstrand C G T C G A A T C G A T T A C G G C A T T A T A G C AT Daughter DNAmolecules

Figure 10.5A ParentalDNAmolecule Parental strand Origin of replication Daughter strand “Bubble” TwodaughterDNAmolecules

Figure 10.9 TerminatorDNA RNA polymerase DNA of gene PromoterDNA Initiation 1 Area shownin Figure 10.9A Elongation 2 GrowingRNA Termination 3 CompletedRNA RNApolymerase

Figure 10.10 Intron Exon Exon Intron Exon DNA TranscriptionAddition of cap and tail Cap RNAtranscriptwith capand tail Introns removed Tail Exons spliced together mRNA Coding sequence NUCLEUS CYTOPLASM

Figure 10.13A Start of genetic message Cap End Tail

Figure 10.1A

Figure 10.1A

Presentation Transcript

INNOV-1: OpenEdge 10.1A Overview

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Copy 10.1a onto Portfolio p01

Lesson 10.1a 2-proportion z-interval

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10.1A

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10.1A Parametric Equations