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How are erythrocytes specialised to carry oxygen
Biconcave shape provides large SA for gas exchange
Enucleated more room for haemoglobin
Small about 7µm and flexible allows them to go along narrow capillaries

How are neutrophils specialised to defend against disease
Many lysosomes to ingest invading microbes
Well developed cytoskeleton to move lysosomes to vesicles
Many mitochondria provide energy for phagocytosis
Well developed Golgi
Lots of receptors on cell membrane to recognise foreign cells
Flexible shape to help engulf pathogens

How are epithelial cells specialised for absorption of food into blood
Microvilli increase SA for absorption of food
Many mitochondria provide energy for active transport
Many RER for protein synthesis (enzymes)
Folded basal membrane increases SA
Tight junctions join neighbouring cells together

How are epithelial cells specialised in moving dust from lungs
Cilia beat rhythmically to move dirt and dust
Many mitochondria provide energy for beating cilia
Goblet cells secrete mucus which traps dust
How are sperm cells specialised for fertilisation of egg
Flagellum to swim
Many mitochondria to provide energy through respiration
Haploid (23)
Acrosome contains digestive enzymes to penetrate egg
How are palisade cells specialised for photosynthesis
Many chloroplasts to absorb sunlight
Thin walls to allow short diffusion path for CO2
Positioned in upper part of leaf
How are root cells specialised for the uptake of mineral ions and water
Large SA to maximise diffusion of water and ions
Thin cell walls so ions and water can enter cell easily
Numerous mitochondria provide energy for active transport
How are guard cells specialised for lining the stomata of leaves
Open and close stomata
Vacuole to uptake water and become turgid
Chloroplasts to synthesise sugar to become turgid
Cellulose hoops only allow for cell to extend lengthways
Inner wall is thicker and less flexible than outer wall forcing cells to bend bean shaped and become turgid so open stomata