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ID 15608
Human/Neandertal/Chimp mutation evoluton tree
Description:
Mutations in our DNA can be used to trace the relationships between different populations and species.
Keywords:
species evolution,chimp,mutations,mutation,populations,dna,relationships
This work by
Cold Spring Harbor Laboratory
is licensed under a
Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License
.
Related content:
15980. Accumulating mutations
Mutations are the grist of evolution, and have accumulated in our DNA over time. When populations separate, each group accumulates their own unique set of DNA mutations.
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16611. Problem 27: Mutations are changes in genetic information.
Use mutations to measure human evolution.
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16094. Human, Neandertals, Chimpanzee
Phylogenetic relationships of modern humans, Neandertals, and chimps.
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16608. Video 27: Svante Paabo, clip 2
What molecular genetics tells us about the Neandertal relationship to modern humans.
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16587. Concept 27: Mutations are changes in genetic information.
Some mutations are starting points for evolution, others are responsible for disease.
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15617. DNA nucleotide mutation
A single DNA nucleotide undergoes a "point" mutation, changing an A to a T.
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16095. Chimp, Human, Neandertal HVR1
Variation between mtDNA (HVR1) samples from chimp, Neandertal and human.
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15529. Radiation can cause DNA mutations, 3D animation with narration
Mutations and the molecular clock.
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Human mitochondrial DNA is 16,569 base pairs in length.
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Comparison of genetic diversity in humans and chimpanzees, using sequences from 811 humans and 332 chimps.
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