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300802 Lecture Notes - Lecture 12: Symbiogenesis, Endoplasmic Reticulum, Red Algae

find more resources at oneclass.com Biodiversity Protists and fungi Protists- primal eukaryotes differ from prokaryotes by presence of cytoskeleton, nuclear en...

University of Western Sydney
300802
tony haigh
300802 Lecture Notes - Lecture 6: Selective Breeding, Permineralization, Calcium Carbonate

Biodiversity Types of selection Artificial selection- selective breeding Human selection of particular traits Human intervention E.g. fruit fly- selective breeding for more bristles on the thorax of flies E.g. corn- modern...

University of Western Sydney
300802
tony haigh
300802 Lecture 5: Biodiversity evidence of evolution

find more resources at oneclass.com Biodiversity Evidence for evolution Darwins theory of natural selection Darwins finches: all differing in beak size beak si...

University of Western Sydney
300802
tony haigh
300816 Lecture 6: Cell biology genetic material

find more resources at oneclass.com Cell biology Genetic material Salient points: DNA structure DNA and inheritance DNA replication DNA damage and repa...

University of Western Sydney
300816
anonymous
300816 Lecture 11: Cell biology patterns of inheritance

find more resources at oneclass.com Cell biology Patterns of inheritance Salient points: Alleles Phenotype vs genotype Mendel Segregation Inheritance: ...

University of Western Sydney
300816
anonymous
300802 Lecture Notes - Lecture 4: Assortative Mating, Genetic Drift, Phenotype

Biodiversity Agents of evolutionary change Moves a population out of hardy-Weinburg equilibrium May brig changes in allele or genotype proportions Movement of alleles from one population to another Mating of individuals fr...

University of Western Sydney
300802
tony haigh
300802 Lecture 3: Biodiversity genes within population

find more resources at oneclass.com Biodiversity Genes within population Genetic variation- differences in alleles of genes found within individuals of a population Gene...

University of Western Sydney
300802
tony haigh
300802 Lecture Notes - Lecture 1: Chemical Element, Macromolecule, Homeostasis

Biodiversity The science of biology Characters shared by living organisms: Cell organization: all organisms consist of cells- which are the basic activities of live - The body is composed of cells with complex molecule str...

University of Western Sydney
300802
tony haigh
300816 Lecture 8: Cell biology gene expression

find more resources at oneclass.com Cell biology Gene expression Salient points: Gene regulation in prokaryotes Mechanisms of gene regulation Regulatory p...

University of Western Sydney
300816
anonymous
300816 Lecture 7: Cell biology GENES AND HOW THEY WORK 2

Cell biology Genes and how they work (part 2) Translation: The process of synthesizing specific polypeptide on a ribosome Can be carried out by proteins in the cytoplasm or the rough ER How proteins are targeted for transl...

University of Western Sydney
300816
anonymous
300816 Lecture 7: Cell biology genes how and they work 1

Cell biology Genes and how they work Salient points: DNA vs RNA Transcription Translation Mutations DNA vs RNA: DNA: Stores information Directs the synthesis of proteins Chemically changes (i.e. Mutates) genetic characteri...

University of Western Sydney
300816
anonymous
300816 Lecture 5: Cell biology enzymes

Cell biology Enzymes Enzymes: Enzymes are biological catalysts and hence lower the activation energy Enzymes have a specific shape in which only specific substrates can bind to the activation site - When the substrate bind...

University of Western Sydney
300816
anonymous
300816 Lecture 4: Cell biology metabolism

find more resources at oneclass.com Cell biology Metabolism Salient points: The laws of energy transformation Energy in a biological system Energy and m...

University of Western Sydney
300816
anonymous
300816 Lecture Notes - Lecture 3: Fluid Mosaic Model, Lipid Bilayer, Cell Membrane

Cell biology Membranes Salient points: Structure of membranes Phospholipids Membrane proteins Permeability of the plasma membrane Function of membranes: Separates a living cell from non-living surroundings Controls traffic...

University of Western Sydney
300816
anonymous
300816 Lecture 3: Cell biology membrane proteins

find more resources at oneclass.com Cell biology Membranes Membrane proteins: Proteins determine membranes specific functions - Cell membrane and organelle ...

University of Western Sydney
300816
anonymous

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