| 1 | How genetic continuity is provided between the cells and organisms, mitosis and meiosis and describe operations.With the phenotype and genotype, they can distinguish the interaction between being. |
| 2 | Chromosome theory of heredity based on Mendelian genetics can predict the results of crossbreeding.Pedigree analysis to determine the inheritance pattern of diseases in humans or the use of characters. |
| 3 | The estimated results of genetic crosses, chi-square analysis to evaluate.Mendelian and non-Mendelian type of inheritance may explain patterns. |
| 4 | Autosomal inheritance of characters connected with the sex of the characters can predict the results of crossbreeding. |
| 5 | Incomplete dominance, kodominantlık, multiple alleles and lethal alleles cause a deviation of the characters, such as rates of Mendelian inheritance can explain the shape. |
| 6 | Quantitative genetics can predict how many gene pairs are effective.Genetic links and chromosome maps and explain the importance. |
| 7 | Somatic mutations and reproductive cells and they can distinguish between the individual and the species-level effects.Compares the number and structure of chromosomal mutations that occur. |
| 8 | One gene, silent, frame shift, deletion, and insertion-type mutations may predict.Summarizes the causes of mutations. |
| 9 | Identifies the sources of non-chromosomal inheritance of mitochondria and chloroplast genes, and discusses examples .Retroviruses that can change at the genetic elements, discusses the role of bacteria and eukaryotes. |
| 10 | Using the Hardy-Weinberg equilibrium, allele frequencies of the accounts.Allele frequencies change in populations of natural selection, mutation, genetic drift and migration can identify factors, such as. |
| 11 | These courses (Genetics, Genetic-I and-II) successful completion, students will have knowledge in different fields of genetics and progress in this regard and will have the basic knowledge needed to do post-graduate studies. |