Course content
Introduction to Biology
2Cell Structure and Function
3Cell Organelles
4Cell Division: Mitosis and Meiosis
5Cell Division: Mitosis and Meiosis: Cell Cycle
6Cell Division: Mitosis and Meiosis: Mitosis
7Cell Division: Mitosis and Meiosis: Phases of Mitosis
8Cell Division: Mitosis and Meiosis: Importance of Mitosis
9Cell Division: Mitosis and Meiosis: Meiosis
10Cell Division: Mitosis and Meiosis: Phases of Meiosis
11Cell Division: Mitosis and Meiosis: Importance of Meiosis
12Cell Division: Mitosis and Meiosis: Differences Between Mitosis and Meiosis
13Molecular Biology: DNA and RNA
14Molecular Biology: DNA and RNA: Structure of DNA
15Molecular Biology: DNA and RNA: Structure of RNA
16Molecular Biology: DNA and RNA: DNA Replication
17Molecular Biology: DNA and RNA: Transcription of DNA to RNA
18Molecular Biology: DNA and RNA: Translation from RNA to Protein
19Molecular Biology: DNA and RNA: Genetic Code
20Molecular Biology: DNA and RNA: Genetic mutation
21Molecular Biology: DNA and RNA: Genetic Recombination
22Molecular Biology: DNA and RNA: Gene Expression
23Molecular Biology: DNA and RNA: Molecular Genetics
24Molecular Biology: DNA and RNA: Genetic Engineering
25Protein Synthesis
26Classical Genetics
27Molecular Genetics
28Biological Evolution
29Ecology and Environment
30Biogeochemical Cycles
31Ecological Relations
32Structure and Function of Tissues
33Human Body Systems
34Circulatory System
35Respiratory System
36Digestive System
37Excretory System
38Nervous System
39Endocrine System
40Immune System
41Human biological conception system
42Human Embryology
43Botany: Structure and Function of Plants
44Photosynthesis
45Classification of Living Beings
46Classification of Living Beings: Systematic
47Classification of Living Beings: Taxonomy
48Classification of Living Beings: Nomenclature
49Classification of Living Beings: Kingdoms
50Classification of Living Beings: Domains
51Classification of Living Beings: Hierarchical Classification
52Classification of Living Things: Characteristics of living things
53Classification of Living Things: Classification of living things into groups
54Classification of Living Things: Classification of living things into species
55Classification of Living Things: Classification of living things into genera
56Classification of Living Things: Classification of living things into families
57Classification of Living Things: Classification of living things in orders
58Classification of Living Things: Classification of living things into classes
59Classification of Living Things: Classification of living things in phyla
60Classification of Living Things: Classification of living things into kingdoms
61Classification of Living Beings: Classification of living beings in domains
62Classification of Living Beings: Phylogenetic Tree
63Classification of Living Things: Evolution of Living Things
64Viruses, Bacteria and Fungi
65Protozoa and Invertebrates
66Vertebrates
67Brazilian Biomes
68Environmental Impacts
69Biotechnology and Genetic Engineering
70Renewable Energies
71Infectious and Parasitic Diseases
72Epidemiology and Public Health
73Biochemistry: Metabolism and Cellular Respiration
74Animal Histology
75Zoology: Study of Animals
76Microbiology
77Parasitology
78Population Genetics
79Mutation and Genetic Recombination
80Marine Biology
81Conservation Biology
82Ethology: Animal Behavior
83Plant Physiology
84Developmental Biology
85Forensic Biology
86Cancer Biology
87Neurobiology
88Endocrinology
89Genomics and Proteomics
90Computational Biology
91Biophysics
Course Description
The Complete Biology Course for Exams is a comprehensive resource tailored to equip students with an extensive understanding of essential biological concepts. Spanning across 91 pages, this course falls under the Basic Studies category, specifically within the Biology subcategory, and aims to prepare learners for exams effectively through structured and thorough content coverage.
The journey begins with an Introduction to Biology, inviting students to explore the vital principles and scope of the subject. Following this foundation, the course delves into the intricate Cell Structure and Function, where learners examine the fundamental units of life, and the dynamics within. The section on Cell Organelles reveals the specialized structures that each play a critical role in maintaining cellular activity.
A crucial part of the course is dedicated to Cell Division, encompassing detailed discussions on Mitosis and Meiosis. Students will engage with the Cell Cycle and understand each phase of cell division, the importance of these processes, and their differences. These concepts are pivotal as they underscore the mechanisms of growth, development, and genetic variability.
Further advancing into the molecular realm, the section on DNA and RNA unpacks the building blocks of heredity. The course details the structures of DNA and RNA, DNA replication, and the processes of Transcription from DNA to RNA and Translation from RNA to proteins, capturing the essence of the Genetic Code, mutations, and recombination. This segment enriches the learner's grasp of genetic control and manipulation, veering into Genetic Engineering and Molecular Genetics.
Extending from molecular genetics, the course explores Protein Synthesis, Classical Genetics, and Biological Evolution, fostering a robust understanding of genetic principles and the evolutionary processes shaping life. Embracing ecological aspects, the curriculum covers Ecology and Environment, Biogeochemical Cycles, and Ecological Relations, essential for comprehending the interactions within biological communities and ecosystems.
The human aspect of biology receives significant attention, with comprehensive topics on Structure and Function of Tissues and Human Body Systems, inclusive of the Circulatory, Respiratory, Digestive, Excretory, Nervous, Endocrine, and Immune Systems. The course elaborates on human development through Embryology and the biological conception processes.
Plant biology is addressed through sections on Botany and Photosynthesis, enhancing awareness of plant structures and their vital functions. The classification of life is meticulously explored, detailing the systematic organization from Domains to Phyla and the characteristics defining each category.
Covering a wide array of life forms, the course includes the study of Viruses, Bacteria, Fungi, Protozoa, Invertebrates, and Vertebrates. It also encompasses specialized fields like Biochemistry, Microbiology, Parasitology, Population Genetics, Marine Biology, Conservation Biology, Ethology, and more.
This all-encompassing course ensures that learners are well-prepared for their exams, providing a robust foundation in biology and broadening their understanding of the living world. Through diligent study, students can expect to achieve mastery in each topic, propelling their academic and professional pursuits in the biological sciences.
This free course includes:
5h08m free online audio course
91 content pages
Certificate of course completion
Exercises to train your knowledge