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28 Sep 2019
1.distinguish between the starting sequences, ending sequences, andenzymes used to initiate, polymerize, and terminate replication,transcription and translation
2.explain how the Central dogma of molecular genetics illustrateshow hereditary Genotype becomes hereditary Phenotype in an organism( 3 processes involved in Heredity and " Gene Expression").
3.Describe 6 properties of DNA structure and DNA replication thatare essential to its successful synthesis, stability, andfunction.
4.Distinguish the carbon and energy sources for all of thetrophisms: chemo-, photo-, hetero-, auto-,and combination of each.
1.distinguish between the starting sequences, ending sequences, andenzymes used to initiate, polymerize, and terminate replication,transcription and translation
2.explain how the Central dogma of molecular genetics illustrateshow hereditary Genotype becomes hereditary Phenotype in an organism( 3 processes involved in Heredity and " Gene Expression").
3.Describe 6 properties of DNA structure and DNA replication thatare essential to its successful synthesis, stability, andfunction.
4.Distinguish the carbon and energy sources for all of thetrophisms: chemo-, photo-, hetero-, auto-,and combination of each.
2.explain how the Central dogma of molecular genetics illustrateshow hereditary Genotype becomes hereditary Phenotype in an organism( 3 processes involved in Heredity and " Gene Expression").
3.Describe 6 properties of DNA structure and DNA replication thatare essential to its successful synthesis, stability, andfunction.
4.Distinguish the carbon and energy sources for all of thetrophisms: chemo-, photo-, hetero-, auto-,and combination of each.
Deanna HettingerLv2
28 Sep 2019
