Seminar Abstract - Las Positas College
... and how they are regulated. DNA point mutations within individual genes also contribute to the rise of new gene function. Garcia and Segelke will discuss some of the details of these molecular evolution processes, as they occur at the DNA and protein level, as well as the tools and experimental appr ...
... and how they are regulated. DNA point mutations within individual genes also contribute to the rise of new gene function. Garcia and Segelke will discuss some of the details of these molecular evolution processes, as they occur at the DNA and protein level, as well as the tools and experimental appr ...
Null hypotheses in evolutionary biology
... The neutral theory of molecular evolution Motoo Kimura (1968) High levels of polymorphism (variation) in protein and DNA sequences among individuals and species are difficult to reconcile with mutation-selection equilibrium (Ch 5.4) Most mutations affecting fitness are deleterious, hence quickly eli ...
... The neutral theory of molecular evolution Motoo Kimura (1968) High levels of polymorphism (variation) in protein and DNA sequences among individuals and species are difficult to reconcile with mutation-selection equilibrium (Ch 5.4) Most mutations affecting fitness are deleterious, hence quickly eli ...
lecture 9
... Neo-darwinism: merging of Darwinian and Mendelian theory - gave central role to selection in evolution Pan-selectionism: extreme reliance on selection as evolutionary explanation: Fixation events due to positive selection Polymorphisms due to balancing selection ...
... Neo-darwinism: merging of Darwinian and Mendelian theory - gave central role to selection in evolution Pan-selectionism: extreme reliance on selection as evolutionary explanation: Fixation events due to positive selection Polymorphisms due to balancing selection ...
Topics in Ecology and Evolution: Molecular Evolution
... of mutations. Recombination and gene conversion. Molecular markers and polymorphisms. 3. Evolution of sequences. Mutational models. Nucleotide substitutions. GC content and isochores. Amino acid substitutions. Alignments. PAM and BLOSUM matrices. Lab: BLAST, ClustAl and manual alignment. 2. Molecula ...
... of mutations. Recombination and gene conversion. Molecular markers and polymorphisms. 3. Evolution of sequences. Mutational models. Nucleotide substitutions. GC content and isochores. Amino acid substitutions. Alignments. PAM and BLOSUM matrices. Lab: BLAST, ClustAl and manual alignment. 2. Molecula ...
Application of Molecular Biology Techniques in Astrobiology
... Driving ForcesMore Disequilibrium Polymers Molecular / Cellular Waste ...
... Driving ForcesMore Disequilibrium Polymers Molecular / Cellular Waste ...