FileTitleManuscript Id
Chapter Introductionlife11e_ch23_1.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_1_dlap.xml57ac6cfb757a2e352a000000
key concept 23.1 DNA Sequences Record the History of Gene Evolution life11e_ch23_2.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_2_dlap.xml57ac6cfb757a2e352a000000
Evolution of genomes results in biological diversity life11e_ch23_3.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_3_dlap.xml57ac6cfb757a2e352a000000
Genes and proteins are compared through sequence alignment life11e_ch23_4.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_4_dlap.xml57ac6cfb757a2e352a000000
Models of sequence evolution are used to calculate evolutionary divergence life11e_ch23_5.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_5_dlap.xml57ac6cfb757a2e352a000000
Experimental studies examine molecular evolution directly life11e_ch23_6.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_6_dlap.xml57ac6cfb757a2e352a000000
recaplife11e_ch23_7.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_7_dlap.xml57ac6cfb757a2e352a000000
key concept 23.2 Genomes Reveal Both Neutral and Selective Processes of Evolution life11e_ch23_8.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_8_dlap.xml57ac6cfb757a2e352a000000
Much of evolution is neutral life11e_ch23_9.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_9_dlap.xml57ac6cfb757a2e352a000000
Positive and purifying selection can be detected in the genome life11e_ch23_10.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_10_dlap.xml57ac6cfb757a2e352a000000
Genome size also evolves life11e_ch23_11.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_11_dlap.xml57ac6cfb757a2e352a000000
recaplife11e_ch23_12.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_12_dlap.xml57ac6cfb757a2e352a000000
key concept 23.3 Lateral Gene Transfer and Gene Duplication Can Produce Major Changes life11e_ch23_13.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_13_dlap.xml57ac6cfb757a2e352a000000
Lateral gene transfer can result in the gain of new functions life11e_ch23_14.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_14_dlap.xml57ac6cfb757a2e352a000000
Most new functions arise following gene duplication life11e_ch23_15.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_15_dlap.xml57ac6cfb757a2e352a000000
Some gene families evolve through concerted evolution life11e_ch23_16.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_16_dlap.xml57ac6cfb757a2e352a000000
recaplife11e_ch23_17.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_17_dlap.xml57ac6cfb757a2e352a000000
key concept 23.4 Molecular Evolution Has Many Practical Applications life11e_ch23_18.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_18_dlap.xml57ac6cfb757a2e352a000000
Molecular sequence data are used to determine the evolutionary history of genes life11e_ch23_19.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_19_dlap.xml57ac6cfb757a2e352a000000
Gene evolution is used to study protein function life11e_ch23_20.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_20_dlap.xml57ac6cfb757a2e352a000000
In vitro evolution is used to produce new molecules life11e_ch23_21.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_21_dlap.xml57ac6cfb757a2e352a000000
Molecular evolution is used to study and combat diseases life11e_ch23_22.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_22_dlap.xml57ac6cfb757a2e352a000000
recaplife11e_ch23_23.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_23_dlap.xml57ac6cfb757a2e352a000000
Investigating Lifelife11e_ch23_24.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_24_dlap.xml57ac6cfb757a2e352a000000
Chapter Summary life11e_ch23_25.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_25_dlap.xml57ac6cfb757a2e352a000000
Apply What You’ve Learned life11e_ch23_26.html57ac6cfb757a2e352a000000
DLAP questionslife11e_ch23_26_dlap.xml57ac6cfb757a2e352a000000