IMAT BIOLOGY

1. Biological Chemistry

1.1. The chemistry of living beings
1.2. The biological importance of weak interactions
1.3. The organic molecules present in organisms and their respective functions 01
1.3. The organic molecules present in organisms and their respective functions 02
1.3. The organic molecules present in organisms and their respective functions 03
1.4. The role of enzymes

2. Cell Biology

2.1. The cell as the basis of life
2.2. Cell theory
2.3. Cell dimensions
2.4. Prokaryotic and eukaryotic cells (animal and plant) 01
2.4. Prokaryotic and eukaryotic cells (animal and plant) 02
2.5. Viruses
2.6. The cell membrane
2.6.1. Structure and functions
2.6.2. Transport across the membrane 01
2.6.2. Transport across the membrane 02
2.7. Cellular structures and their specific functions 01
2.7. Cellular structures and their specific functions 02
2.7. Cellular structures and their specific functions 03
2.7. Cellular structures and their specific functions 04
2.8. Cell cycle and cell reproduction
2.8.1. Mitosis and meiosis 01
2.8.1. Mitosis and meiosis 02
2.8.2. Chromosomal set and chromosomal maps

3. Reproduction and Genetics

3.1. Reproduction and heredity
3.2. Life cycles
3.3. Sexual and asexual reproduction
3.4. Mendelian genetics
3.4.1. Mendel’s laws and their applications 01
3.4.1. Mendel’s laws and their applications 02
3.5. Classical genetics: chromosomal theory of heredity, models of inheritance 01
3.5. Classical genetics: chromosomal theory of heredity, models of inheritance 02
3.6. Molecular genetics
3.6.1. Structure and duplication of DNA 01
3.6.1. Structure and duplication of DNA 02
3.6.2. Genetic code and protein synthesis 01
3.6.2. Genetic code and protein synthesis 02
3.6.3. Prokaryotic DNA
3.6.4. Structure of the eukaryotic chromosome
3.6.5. Genes and regulation of gene expression
3.7. Human genetics
3.7.1. Transmission of mono- and polyfactorial traits
3.7.2. Autosomal and X-linked hereditary diseases 01
3.7.2. Autosomal and X-linked hereditary diseases 02

4. Evolution and Mutations

5. Biotechnology

6. Anatomy and Physiology

6.1. Anatomy and physiology of humans
6.1.1. Musculoskeletal system and their interactions 01
6.1.1. Musculoskeletal system and their interactions 02
6.1.2. Nervous system and their interactions 01
6.1.2. Nervous system and their interactions 02
6.1.2. Nervous system and their interactions 03
6.1.3. Cardiovascular system and their interactions 01
6.1.3. Cardiovascular system and their interactions 02
6.1.4. Respiratory system and their interactions 01
6.1.4. Respiratory system and their interactions 02
6.1.5. Digestive system and their interactions
6.1.6. Endocrine system and their interactions 01
6.1.6. Endocrine system and their interactions 02
6.1.7. Immune system and their interactions 01
6.1.7. Immune system and their interactions 02
6.1.8. Reproductive system and their interactions
6.1.9. Excretory system (kidneys and nephron) and their interactions
6.2. Anatomy and physiology of animals
6.3. Animal tissues
6.4. Homeostasis

Test Content

1. Biological Chemistry

1.1. The chemistry of living beings

1.2. The biological importance of weak interactions

1.3. The organic molecules present in organisms and their respective functions 01

1.3. The organic molecules present in organisms and their respective functions 02

1.3. The organic molecules present in organisms and their respective functions 03

1.4. The role of enzymes

2. Cell Biology

2.1. The cell as the basis of life

2.2. Cell theory

2.3. Cell dimensions

2.4. Prokaryotic and eukaryotic cells (animal and plant) 01

2.4. Prokaryotic and eukaryotic cells (animal and plant) 02

2.5. Viruses

2.6. The cell membrane

2.6.1. Structure and functions

2.6.2. Transport across the membrane 01

2.6.2. Transport across the membrane 02

2.7. Cellular structures and their specific functions 01

2.7. Cellular structures and their specific functions 02

2.7. Cellular structures and their specific functions 03

2.7. Cellular structures and their specific functions 04

2.8. Cell cycle and cell reproduction

2.8.1. Mitosis and meiosis 01

2.8.1. Mitosis and meiosis 02

2.8.2. Chromosomal set and chromosomal maps

3. Reproduction and Genetics

3.1. Reproduction and heredity

3.2. Life cycles

3.3. Sexual and asexual reproduction

3.4. Mendelian genetics

3.4.1. Mendel’s laws and their applications 01

3.4.1. Mendel’s laws and their applications 02

3.5. Classical genetics: chromosomal theory of heredity, models of inheritance 01

3.5. Classical genetics: chromosomal theory of heredity, models of inheritance 02

3.6. Molecular genetics

3.6.1. Structure and duplication of DNA 01

3.6.1. Structure and duplication of DNA 02

3.6.2. Genetic code and protein synthesis 01

3.6.2. Genetic code and protein synthesis 02

3.6.3. Prokaryotic DNA

3.6.4. Structure of the eukaryotic chromosome

3.6.5. Genes and regulation of gene expression

3.7. Human genetics

3.7.1. Transmission of mono- and polyfactorial traits

3.7.2. Autosomal and X-linked hereditary diseases 01

3.7.2. Autosomal and X-linked hereditary diseases 02

4. Evolution and Mutations

4.1. Mutations

4.2. Natural and artificial selection

4.3. Evolutionary theories

4.4. Genetic bases of evolution

4.5. Heredity and environment

5. Biotechnology

5.1. Recombinant DNA technology and its applications

6. Anatomy and Physiology

6.1. Anatomy and physiology of humans

6.1.1. Musculoskeletal system and their interactions 01

6.1.1. Musculoskeletal system and their interactions 02

6.1.2. Nervous system and their interactions 01

6.1.2. Nervous system and their interactions 02

6.1.2. Nervous system and their interactions 03

6.1.3. Cardiovascular system and their interactions 01

6.1.3. Cardiovascular system and their interactions 02

6.1.4. Respiratory system and their interactions 01

6.1.4. Respiratory system and their interactions 02

6.1.5. Digestive system and their interactions

6.1.6. Endocrine system and their interactions 01

6.1.6. Endocrine system and their interactions 02

6.1.7. Immune system and their interactions 01

6.1.7. Immune system and their interactions 02

6.1.8. Reproductive system and their interactions

6.1.9. Excretory system (kidneys and nephron) and their interactions

6.2. Anatomy and physiology of animals

6.3. Animal tissues

6.4. Homeostasis

7. Bioenergetics

7.1. The energy currency of cells: ATP