PowerPoint Slides for Chapter 17:Emergent Properties at the Cellular Level

byA. Malcolm Campbell, Laurie J. Heyer, and

Chris Paradise

Sections 17.1 & 17.3

Title Page

Integrating Concepts in Biology

Asynchronous Clonal Cells

Opening Figure

Bacteria Co-opted by Squid

Fig. 17.2

E. coli Uses Quorum Sensing Too

Fig. 17.3

Biofilm Functions as Phalanx

Fig. 17.4

Biofilms Can Purify Water

Fig. 17.5

Oxygen Distribution in Biofilm

Fig. 17.6

Biofilm Facilitates Distribution

Fig. 17.7

Slime Mold as Model Organism

Fig. 17.8

Slime Mold Multicellular Behavior

Fig. 17.9

Signal Transduction in Slime Mold

Fig. 17.10

Waves of Cells and cAMP

Fig. 17.11

Fig. 17.12

Regulating Stomata Closing

Fig. 17.13

Ion Movement in Guard Cells

Fig. 17.14

K+ Ion Concentrations

Fig. 17.15

Actin Inside Guard Cells

Fig. 17.16

Patches of Leaf Cells

Fig. BME 17.1.1

Cellular Automata Model

Fig. 17.17

Sea Slug (Aplysia) Learning

Learning Units of Neurons

Fig. 17.18

Learning Neural Circuitry

Fig. 17.19

Short- & Long-term Memory

Fig. 17.20

Training Neurons In Vitro

Fig. 17.21

no serotonin

Producing Long-term from Short

Fig. 17.22

Lactose Structure

Fig. ELSI 17.1

Fig. 17.23

Non-identical Genomic Clones

Fig. 17.23

Non-identical Genomic Clones

Fig. 17.24

Noisy Circuits Produce Variation

Fig. 17.24

GFP greatermedium TMG

Random Phenotype Is Heritable

Table 17.1

Table 17.1

Fig. 17.25

Random mRNA Changes Heritable

Circuit Complexity Alters Phenotype

Fig. 17.26

Circuit Complexity Alters Phenotype

Fig. 17.26

Fig. 17.27

Noise Affected By Complexity

Tolerance of Noisy Inputs

Fig. 17.28

5 minutes of aTc 45 minutes of aTc