Tree 3) Use the data below showing the number of nucleotide differences in the DNA sequences of four human species to conduct a UPGMA analysis and make a tree showing how they are related. Use this page for calculating mean differences among groups. Use the empty tables to fill in the calculated data for steps 2 and 3. Draw your final tree on the back of this page. Include a scale bar and draw branch lengths to scale. Tree 3 data Us Neanderthal Denisovan H. erectus Us 202 384 622 Neanderthal Denisovan 186 583 547 H. erectus Pick the pair with the fewest differences to be your first group. Fill in the group and remaining species in the table below. Calculate the mean number of differences between your group and the remaining organisms. Copy the differences for un-grouped species from the table above. us 100 Tree 3 Step 2 us 293 200 243 H.E 565 0 622 N-D N-D us H.e 300+ Pick the pair with the fewest differences to be your next group. Fill in your new group and remaining species in the table below. Calculate the mean number of differences between your group and the remaining organism. Tree 3 Step 3 N-D-U H.e NDU He 0.
Tree 3) Use the data below showing the number of nucleotide differences in the DNA sequences of four human species to conduct a UPGMA analysis and make a tree showing how they are related. Use this page for calculating mean differences among groups. Use the empty tables to fill in the calculated data for steps 2 and 3. Draw your final tree on the back of this page. Include a scale bar and draw branch lengths to scale. Tree 3 data Us Neanderthal Denisovan H. erectus Us 202 384 622 Neanderthal Denisovan 186 583 547 H. erectus Pick the pair with the fewest differences to be your first group. Fill in the group and remaining species in the table below. Calculate the mean number of differences between your group and the remaining organisms. Copy the differences for un-grouped species from the table above. us 100 Tree 3 Step 2 us 293 200 243 H.E 565 0 622 N-D N-D us H.e 300+ Pick the pair with the fewest differences to be your next group. Fill in your new group and remaining species in the table below. Calculate the mean number of differences between your group and the remaining organism. Tree 3 Step 3 N-D-U H.e NDU He 0.
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:Tree 3) Use the data below showing the number of nucleotide differences in the DNA sequences of four
human species
page for calculating mean differences among groups. Use the empty tables to fill in the calculated data
for steps 2 and 3. Draw your final tree on the back of this page. Include a scale bar and draw branch
lengths to scale.
oconduct a UPGMA analysis and make a tree showing how they are related. Use this
Tree 3 data
Us
Neanderthal Denisovan H. erectus
Us
Neanderthal
Denisovan
202
384
622
186
583
547
H. erectus
Pick the pair with the fewest differences to be your first group. Fill in the group and remaining species
in the table below. Calculate the mean number of differences between your group and the remaining
organisms. Copy the differences for un-grouped species from the table above.
us
10
Tree 3 Step 2
us
293
200
243
Hi.E
565
0622
N-D
N-D
us
H.e
300
Pick the pair with the fewest differences to be your next group. Fill in your new group and remaining
species in the table below. Calculate the mean number of differences between your group and the
remaining organism.
Tree 3 Step 3
N-D-U
H.C
NDU
He
0.
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