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Biochemistry

Introduction to Biochemistry

Water and Mineral Salts

Carbohydrates

Lipids

Proteins

Enzymes 

Nucleic Acids

 

 

Cell Biology 

Cell Organization

Membranes

Cytoskeleton and Cell Movement

Cellular Digestion and Secretion

Cell Nucleus

Cell Division

Photosynthesis

Cellular Respiration

Protein Synthesis

 

 

Microbiology

Bacteria

Protists

Fungi

Virus

 

 

Zoology

Introduction to Taxonomy

Poriferans

Cnidarians

Platyhelminthes

Nematodes

Annelids

Molluscs

Arthropods

Echinoderms

Chordates

Fishes

Amphibians

Reptiles

Birds

Mammals

 

 

Physiology

General Histology

Blood

Metabolism and Nutrition

Digestion

Respiration

Circulation

Excretion

Skin and Coverings

Musculoskeletal System

Nervous System

Vision

Hearing and Balance

Endocrine System

Immune System

Gametogenesis

Reproduction

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View chapter-related images

cell cycle interphase mitosis prophase mitosis metaphase mitosis anaphase 

mitosis telophase cytokinesis meiosis I meiosis II crossing over

What is mitosis? What is the importance of mitosis?

 

Mitosis is the process in which one eukaryotic cell divides into two cells identical to the parent cell (generally identical, since alterations in genetic material can occur, more or less organelles may be distributed between the daughter cells, etc.)

 

Mitosis is fundamental for asexual reproduction of eukaryotes, for the embryonic development, for the growth of pluricellular beings and for tissue renewing.

Why in some cases is mitosis synonym of reproduction?

 

In some living beings asexual reproduction occurs by many means: binary division, schizogony, budding, grafting, etc. In asexual reproduction of eukaryotes mitosis is the mechanism by which the constituent cells of the new beings are made.

 

The term mitosis do not apply to prokaryotes since it involves nuclear division and eukaryotic structures.

What is the importance of mitosis for the embryonic development?

 

Every embryo grows from a single cell that suffers mitosis and generates other cells that also divide themselves by mitosis forming tissues and complete organs. The perfect regulation and control of each of those mitosis are fundamental for the creation of a normal individual. Without mitosis the embryonic development would be impossible.

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Embryology

General Embryology

Extraembryonic Membranes

 

 

Botany

Plant Classification and Life Cycles

Bryophytes

Pteridophytes

Gymnosperms

Angiosperms

Plant Tissues

Plant Physiology

 

 

Genetics

Fundamentals of Genetics

Mendel's Laws

Variations of Inheritance

Linkage and Crossing Over

Sex and Sex-Linked Inheritance

Blood Groups

Karyotype and Genetic Diseases

Genetic Distribution

Genetic Manipulation

 

 

Evolution

Hypothesis on the Origin of Life

Evolutionary Theory

 

 

Ecology

Notions on Ecology

Earth Biomes

Energy and Matter in Ecosystems

Biogeochemical Cycles

Biodiversity

Ecological Interactions

Ecological Succession

Populations

Environmental Problems

 

 

Diseases

Notions on Parasitism

Bacterial Infections

Protozoan Infections

Fungal Infections

Viral Infections

AIDS

Worm Infections

Prion Diseases

Degenerative Diseases

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