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Biochemical EVidence for Evolution

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Alex Posley

on 20 April 2015

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Transcript of Biochemical EVidence for Evolution

Amino Acid Sequence
How Anatomy is Effected
Phenotype
Bibliography
Biochemistry's Impact on the concept of Evolution
Biochemistry
Biochemical Evidence for Evolution
Basic Biochemical Molecules
From a Biochemical stand point,
What causes a new species to evolve?
Pigs and Monkeys
Mutations
Chromosomal Changes
Homologous Structures
Analogous Structures
Vestigial Structures
Graphs and Diagrams
AMino Acids
DNA
Proteins
RNA
Initial Interpretations?

Physically expressed genes
similar structures inherited from a common ancestor
similar structures due to
common environment
Anatomical features that are developed in one
Species but may be reduced in another species.
Adenine, Guanine, Cytosine, Thymine
Nucleotides
Translocation, Inversion
Eye color
As scientist have gained more detailed knowledge about biochemistry and how it impacts the DNA of organisms, the idea of evolution has continued to give reason to how and why we have a such a diverse biosphere. With all of the evidence for evolution ,gathered by biochemical means, the theory has gained popularity not only within the scientific community but also the general public.
Cox, Dave, and Jeffrey A. Isaacson. "Evidence of Evolution." Inquiry into Life. By Sylvia A. Mader and Micheal Windelspecht. 14th ed. N.p.: McGraw-Hill, n.d. 541-42. Print.
"Origins and Biochemical Evidence." Origins and Biochemical Evidence. N.p., n.d. Web. 20 Apr. 2015.
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
Environment and Biochemistry
Compatibility
Divergence of Species and the formation of New Species
Population Pressures: Bottle Neck,Founders Effect.
Charles Darwin and Fitness
Natural Selection
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