Gains

... drift in that direction, or already are. How long it would take an isolated genome to speciate depends on its genetic learning rate (how fast it gains or changes new information/genes). Sexual reproduction has a good amount of crossover exchange which greatly accelerates the ability to adapt ...

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... with no transitional fossils possible. How long it would take an isolated genome to slowly speciate depends on its learning rate (how fast it gains or changes new information/genes). Sexual reproduction has a good amount of crossover exchange which greatly accelerates the ability to adapt ...

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... we know which did not exist back then. How long it would take an isolated genome to slowly speciate much depends on its learning rate (how fast it gains or changes new information/genes). Sexual reproduction has a good amount of crossover exchange which greatly accelerates the ability to adapt ...

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... we know which did not exist back then. How long it would take an isolated genome to slowly speciate much depends on its learning rate (how fast it gains or changes new information/genes). Sexual reproduction has a good amount of crossover exchange which greatly accelerates the ability to adapt ...

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... is around 20bp dsDNA + 10 bp ssDNA ) 2. running at 250 v for 30mins, 3. stain and cut the desired band; 4. cursh the gel by yellow tips into small gains; 5. add 2volume TE buffer (100ug gel ~ 200ul TE buffer)., rotating the mixture for overnight at room temperature (~24C); 6. centrifuge the mixture ...

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