 | Cytology Cell membrane Glycocalix Cellulosic wall Membrane proteins Plasmatic membrane transport Passive Transport Active transport Endocytosis and Exocytosis Cytoplasm Cyclosis Amoeboid movement Endoplasmic reticulum Vacuoles Golgi apparatus Lysosomes Peroxisomes Glyoxysomes Cytoskeleton Centrioles Eyelashes and Flagella Mitochondria Plastos Chloroplasts Leukoplasts |
 | The cell nucleus The library The chromatin The nucleoli Chromosomes Genes and genome Cell division Animal cell mitosis Plant cell mitosis Cell cycle control Origin of Cancer Meiosis Variability - crossing-over Gametogenesis Fertilization: the return to diploidy Nucleic Acids: Cellular Control Replication Transcription The genetic code Translation Gene mutation |
 | Chemistry of Life Carbohydrates Monosaccharides Oligosaccharides Polysaccharides Lipids Protein Enzymes Protein in Food Nucleic Acid Composition |
 | reproduction Embryology |
 | Evolution BIG BANG: The Formation of the Universe Spontaneous Generation / Abiogenesis Biogenesis vs. Abiogenesis Pasteur's experiments Oparin hypothesis Oparin Miller's Experiment The evolution of metabolism Heterotrophic Hypothesis Autotrophic Hypothesis Multicellular life What is biological evolution? Creationism and smart design Fossils and evolution Evidence of evolution Molecular Evidence of Evolution Lamarck's ideas The History of Darwinism The publication of Darwin's theory Natural selection The synthetic theory of evolution Genetic basis of evolution The Mendelian Population Concept Gene frequencies in populations Hardy-Weinberg Principle Factors that alter gene balance Gene drift Founder's Principle |
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