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Biology - mr ellis
> BIOLOGY MODULE 4 (papers 2 & 3) > Flashcards
BIOLOGY MODULE 4 (papers 2 & 3) Flashcards
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Biology - mr ellis
(76 decks)
module 2 - 2.1 microscopy
module 2 - 2.2 magnification and calibration
module 2 - 2.3 more microscopy
module 2 - 2.4 eukaryotic cell structure & 2.5 the ultrastructure of plants
module 2 - 2.5 continued - cytoskeleton of eukaryotic cells
module 2 - 3.8 nucleic acids
module 2 - 3.9 DNA replication and the genetic code
module 2 - 3.10 protein synthesis
module 2 - 3.11 ATP
module 2 - 5.1 structure and function of membranes
module 2 - 5.2 factors affecting membrane structure
module 2 - 5.3 diffusion and passive transport
module 2 - 5.4 active transport
module 2 - 5.5 osmosis
module 2 - 6.1 the cell cycle
module 2 - 6.2 mitosis
module 2 - 6.3 meiosis
module 2 - 6.4 organisation and specialisation of specialised cells & 6.5 stem cells
module 3 - 7.1 specialised exchange surfaces
module 3 - 7.2 mammalian gaseous exchange system
module 3 - 7.3 measuring the process of breathing
module 3 - 7.4 ventilation and gas exchange in other organisms
module 3 - 8.1 transport systems in multicellular organisms
module 3 - 8.2 blood vessels
module 3 - 8.3 blood, tissue fluid and lymph
module 3 - 8.4 transport of oxygen and carbon dioxide in the blood
module 3 - 8.5 the heart
module 4 - 10.1 classification
module 4 - 10.2 the 5 kingdoms
module 4 - 10.3 phylogeny
module 4 - 10.4 evidence for evolution
module 4 - 10.5 types of variation
module 4 - 10.6 representing variation graphically
module 5 - 10.7 adaptations
module 4 - 10.8 changing populations characteristics
module 5 - 13.1 coordination
module 5 - 13.2 neurones
module 5 - 13.3 sensory receptors
module 5 - 13.4 nervous transmission
module 5 - 13.5 synapses
module 5 - 13.6 organisation of the nervous system
module 5 - 13.7 structure and function of the brain
module 5 - 13.8 reflexes
module 5 - 13.9 voluntary and involuntary muscles
module 5 - 13.10 the sliding filament model
module 5 - 14.1 hormonal communication
module 5 - 14.2 structure and function of the pancreas
module 5 - 14.3 regulation of blood glucose concentration
module 5 - 14.4 diabetes and its control
module 5 - 14.5 coordinated responses
module 5 - 14.6 controlling heart rate
15.1 the principles of homeostasis
15.2 thermoregulation in ectotherms
15.3 thermoregulation in endotherms
15.4 exctretion, homeostasis and the liver
15.5 structure and function of the mammalian kidney
15.6 the kidney and osmoregulation
15.7 urine and diagnosis & 15.8 kidney failure
module 5 - 16.1 plant hormones and growth in plants
module 5 - 16.2 and 16.3 plant responses to abiotic stress and herbivory
module 5 - 16.4 tropisms in plants & 16.5 the commercial uses of plant hormones
module 5 - 17.1 energy cycles & 17.2 ATP synthesis
module 5 - 17.3 photosynthesis (1)
module 2 - 17.3 photosynthesis (2)
module 5 - 17.4 factors affecting photosynthesis
module 5 - 18.1 glycolysis & 18.2 linking glycolysis and the Krebs cycle
module 5 - 18.3 the krebs cycle
module 5 - 18.4 oxidative phosphorylation
module 5 - 18.5 anaerobic respiration
module 5 - 18.6 respiratory substrates
BIOLOGY MODULE 2 (papers 1,2, & 3)
BIOLOGY MODULE 3 (papers 1 & 3)
BIOLOGY MODULE 4 (papers 2 & 3)
BIOLOGY MODULE 5 (papers 1 & 3) incomplete - add plant hormone PAGs and kidney stuff after mocks
BIOLOGY MODULE 6 (papers 2 & 3)
A LEVEL BIOLOGY KEY TERMS
