Lý thuyết & cách giải sinh 12

Synthesis of theory of mathematics 12 thematic and all types of formulas with enough formulas, methods and condensed summaries with applied exercises.


Chapter 1: Genetic mechanism and malformation
Lesson 1: Genes, genetic codes and DNA replication process
Lesson 2: Transcription and translation
Lesson 3: Regulating gene activity
Lesson 4: Mutation
Lesson 5: Chromosomes and mutations in chromosome structure
Lesson 6: Mutation in the number of chromosomes
Lesson 7: Practice: Observe the mutations in the number of chromosomes on a fixed template and on a temporary template
Chapter 2: The regularity of genetic phenomena
Lesson 8: The Law of Black Men: The Law of Separation
Lesson 9: The Law of Black Men: The Law of Independent Separation
Lesson 10: Gene interaction and the potency of genes
Lesson 11: Gene bonding and gene permutation
Lesson 12: Genetics linked with sex and genetics outside the nucleus
Lesson 13: Effect of the environment on gene expression
Lesson 14: Practice: Hybrid breeding
Lesson 15: Exercise chapters 1 and 2
Chapter 3: Population genetics
Lesson 16: The genetic structure of the population
Lesson 17: Genetic structure of populations (continued)
Chapter 4: Genetic applications
Lesson 18: Selecting livestock breeds and plants based on the source of combined variation
Lesson 19: Breeding using mutagenic methods and cell technology
Lesson 20: Breeding using genetic technology
Chapter 5: Human genetics
Lesson 21: Medical genetics
Lesson 22: Protection of human genetic capital and some social issues of genetics
Lesson 23: Review the genetics section
Part 6: Evolution
Chapter 1: Evidence and mechanism of evolution
Lesson 24: Evidence of evolution
Lesson 25: The doctrine of Lamac and the doctrine of DACuyn
Lesson 26: Theory of modern integrated evolution
Lesson 27: The process of forming adaptive populations
Lesson 28: Species
Lesson 29: The process of forming species
Lesson 30: The process of forming species (continued)
Lesson 31: Great evolution
Chapter 2: The birth and development of life on earth
Lesson 32: Origin of life
Lesson 33: Development of biosphere through the great geology
Lesson 34: Human birth
Part 7: Ecology
Chapter 1: Individuals and creature populations
Lesson 35: Habitat and ecological factors
Lesson 36: Biological population and the relationship between individuals in a population
Lesson 37: Basic characteristics of biological populations
Lesson 38: Basic characteristics of biological populations (continued)
Lesson 39: Fluctuations of individuals of biological populations
Chapter 2: Biomes
Lesson 40: Biomes and some basic features of the communities
Lesson 41: Ecological succession
Chapter 3: Biosphere ecosystem and environmental protection
Lesson 42: Ecosystems
Lesson 43: Material exchange in ecosystems
Lesson 44: The cycle of biochemistry and biosphere
Lesson 45: Energy flows in ecosystems and ecological performance
Lesson 46: Practice: Managing and sustainable use of natural resources
Lesson 47: Review the evolution and ecology section
See also: Brief and detailed Biological Theory 12