Test 6- Comparing the DNA (Gene) Code for Dopamine Active Transport Protein Once dopamine triggers a sensation of pleasure, special proteins on the surface of nerve cells, called Dopamine Active Transport Proteins (DATP), begin active transport of dopamine back into the nerve cells so that it can be stored for reuse. The DATP gene carries coded information that is used by neurons to make dopamine active transport proteins. 1. The sequence of DNA bases shown on blue "DATP Gene" sheet represent small parts of the DATP gene DATP Dopamine from a human. The letters represent DNA bases in the DATP gene. Dopamine Active Transport Protein (DATP) Genes Human TT ATT CCGG ATCGAT CGAC GGATATA CTCCG|G|TATTA AT C G AT CGAT CGCCGGATATACTCCGGTAATATC Mouse TC Cat TCCGGATCGATCG CCCGATATACTCCTGTAATATC AT Baboon TCCGGATCGATCGCCGGATATTCTC GGTAATATC 2. Circle the DNA bases on the mouse (pink), cat (green), and baboon (yellow) gene sequences (order of A, T, G, and C's) that are different from the human base sequence. 3. Count and record the number of differences in the DNA base sequences on the data table.
Test 6- Comparing the DNA (Gene) Code for Dopamine Active Transport Protein Once dopamine triggers a sensation of pleasure, special proteins on the surface of nerve cells, called Dopamine Active Transport Proteins (DATP), begin active transport of dopamine back into the nerve cells so that it can be stored for reuse. The DATP gene carries coded information that is used by neurons to make dopamine active transport proteins. 1. The sequence of DNA bases shown on blue "DATP Gene" sheet represent small parts of the DATP gene DATP Dopamine from a human. The letters represent DNA bases in the DATP gene. Dopamine Active Transport Protein (DATP) Genes Human TT ATT CCGG ATCGAT CGAC GGATATA CTCCG|G|TATTA AT C G AT CGAT CGCCGGATATACTCCGGTAATATC Mouse TC Cat TCCGGATCGATCG CCCGATATACTCCTGTAATATC AT Baboon TCCGGATCGATCGCCGGATATTCTC GGTAATATC 2. Circle the DNA bases on the mouse (pink), cat (green), and baboon (yellow) gene sequences (order of A, T, G, and C's) that are different from the human base sequence. 3. Count and record the number of differences in the DNA base sequences on the data table.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:Data Table: Comparison of Mammalian Species (Humans, Mice, Cats, and
Baboons) Test 6 Number of Differences in DNA base sequence for DATP gene *
1
4
Mouse
Cat
Baboon
Transcribed Image Text:Test 6- Comparing the DNA (Gene) Code for Dopamine Active Transport Protein
Once dopamine triggers a sensation of pleasure, special
proteins on the surface of nerve cells, called Dopamine
Active Transport Proteins (DATP), begin active transport
of dopamine back into the nerve cells so that it can be
stored for reuse. The DATP gene carries coded
information that is used by neurons to make dopamine
active transport proteins.
1. The sequence of DNA bases shown on blue "DATP
Gene" sheet represent small parts of the DATP gene
DATP
Dopamine
from a human. The letters represent DNA bases in the DATP gene.
Dopamine Active Transport Protein (DATP) Genes
Human
TT
ATT CCGG ATCGAT CGAC GGATATA CTCCG|G|TATTA
AT
CGATCGCCGGATATACTCCGGTAATATC
Mouse
TC
Cat
AT
TCCGGATCGATCG CCCGATATACTCCTGTAATATC
Baboon
AT
TCCGGATCGATCGCCGGATATTCTC
GGTAATATC
2. Circle the DNA bases on the mouse (pink), cat (green), and baboon (yellow) gene sequences
(order of A, T, G, and C's) that are different from the human base sequence.
3. Count and record the number of differences in the DNA base sequences on the data table.
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