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This PowerPoint presentation dives into Chapter 7 of "Integrated Systems Biology", focusing on evolutionary processes at the cellular level. Key concepts include the role of natural selection in diverse species, genomic comparisons (including E. coli), and antibody evolution. It also explores the implications of genome duplication in cancer and the ecological impact of corals and their thermal responses. Each slide presents vital figures that enhance understanding of these fundamental biological principles, making it an essential resource for students and educators in biological sciences.
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Integrated Systems Biology Title Page PowerPoint Slides for Chapter 7: Evolution at the Cellular Level Section 7.1 by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise
Life is Ancient Opening Figure
Diversity and Natural Selection Fig. 7.1
Diversity and Natural Selection Fig. 7.2
Diversity and Natural Selection Fig. 7.3
Mendel’s Short Pea Plant Fig. 7.4
E. coli Genomes Compared Fig. 7.5
E. coli O157:H7 Genome Fig. 7.6
Genome Ploidy in Cancer Cells Fig. 7.7
Puffer Fish as Model Vertebrate Fig. 7.8
Human Data of Genome Duplication Fig. 7.9
Are GMOs Good? Fig. ELSI 7.1
Integrated Systems Biology Title Page PowerPoint Slides for Chapter 7: Evolution at the Cellular Level Section 7.2 by A. Malcolm Campbell, Laurie J. Heyer, and Chris Paradise
Antibody Structure Fig. 7.10
Primary and Secondary Responses Fig. 7.11
Immune Responses Independent Fig. 7.12
Cell Lineage of Immune Responses Fig. 7.13
Evolution of Antibody Sequences Fig. 7.14
Natural Selection in B Cells Fig. 7.15
Peanut Allergies vs. PB&J Fig. ELSI 7.2
Table 7.5 Table 7.5
Coral Life Cycle Fig. 7.16
Larval Acquisition of Algae Fig. 7.17
Seasonal Coral Bleaching Fig. 7.18
Bleaching and Temperature Fig. 7.19
Global Distribution of Bleaching Fig. 7.20
Predictive Models of Coral Bleaching Fig. 7.21
Species-specific Thermal Responses Fig. 7.22
