Question 1 A 2B B 1A зв 2C 4C 3C C v vi 2D 3D 5D D * ++ 2E 3E 5E iii iv E Species tree Gene order on chromosome 3 / 6 points Consider the three figures above. The species tree shows the phylogenetic relationships for 5 species (A,B,C,D, and E). The 'gene order on chromosome' figure shows different genes (the boxes) arranged on a chromosome. The symbols denote the different functions of each gene. The letters above each box correspond to the gene names. Gene functions are denoted with symbols and gene names refer to the species (letter) and gene function (number). For example, species E has genes 2E (gene 2 in species E) with function "star", 3E (gene 3 in species E) with function "lightning bolt" and 5E (gene 5 in species 5) with function "moon". Finally, the gene tree shows the evolutionary relationships among the 12 genes from the 5 species. Six gene evolution events are noted on the species tree with roman numerals. Match each of the six events with the type of event they represent (duplication, neofunctionalization or subfunctionalization). 2 Event ii 1 Event vi 3 Event v 2 Event iv 1 Event i 1 Event iii 1. Duplication event 2. Neofunctionalization 3. Subfunctionalization 1A 2E 2D 2B 4C 2C 3C 3B 3E 3D 5E 5D Gene tree
Question 1 A 2B B 1A зв 2C 4C 3C C v vi 2D 3D 5D D * ++ 2E 3E 5E iii iv E Species tree Gene order on chromosome 3 / 6 points Consider the three figures above. The species tree shows the phylogenetic relationships for 5 species (A,B,C,D, and E). The 'gene order on chromosome' figure shows different genes (the boxes) arranged on a chromosome. The symbols denote the different functions of each gene. The letters above each box correspond to the gene names. Gene functions are denoted with symbols and gene names refer to the species (letter) and gene function (number). For example, species E has genes 2E (gene 2 in species E) with function "star", 3E (gene 3 in species E) with function "lightning bolt" and 5E (gene 5 in species 5) with function "moon". Finally, the gene tree shows the evolutionary relationships among the 12 genes from the 5 species. Six gene evolution events are noted on the species tree with roman numerals. Match each of the six events with the type of event they represent (duplication, neofunctionalization or subfunctionalization). 2 Event ii 1 Event vi 3 Event v 2 Event iv 1 Event i 1 Event iii 1. Duplication event 2. Neofunctionalization 3. Subfunctionalization 1A 2E 2D 2B 4C 2C 3C 3B 3E 3D 5E 5D Gene tree
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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Transcribed Image Text:Question 1
A
2B
B
1A
зв
2C
4C
3C
C
v vi
2D
3D
5D
D
*
++
2E
3E 5E
iii iv
E
Species tree
Gene order on
chromosome
3 / 6 points
Consider the three figures above. The species tree shows the phylogenetic relationships for 5 species
(A,B,C,D, and E). The 'gene order on chromosome' figure shows different genes (the boxes) arranged on a
chromosome. The symbols denote the different functions of each gene. The letters above each box
correspond to the gene names. Gene functions are denoted with symbols and gene names refer to the
species (letter) and gene function (number). For example, species E has genes 2E (gene 2 in species E) with
function "star", 3E (gene 3 in species E) with function "lightning bolt" and 5E (gene 5 in species 5) with
function "moon". Finally, the gene tree shows the evolutionary relationships among the 12 genes from the
5 species.
Six gene evolution events are noted on the species tree with roman numerals. Match each of the six events
with the type of event they represent (duplication, neofunctionalization or subfunctionalization).
2 Event ii
1
Event vi
3
Event v
2
Event iv
1
Event i
1 Event iii
1. Duplication event
2. Neofunctionalization
3. Subfunctionalization
1A
2E
2D
2B
4C
2C
3C
3B
3E
3D
5E
5D
Gene tree
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