0610 IGCSE Biology: past papers

Classifying Chlorella: binomial names, eukaryotic cell structures and the kingdoms of living things.

Mitochondria, plants vs fungi, and anaerobic respiration in yeast measured by carbon dioxide production.

Mammal features and sexual reproduction, the female reproductive system and the placenta.

Classifying Chlorella: binomial names, eukaryotic cell structures and the kingdoms of living things.

Classifying Chlorella: binomial names, eukaryotic cell structures and the kingdoms of living things.

Active uptake of nitrate ions by root hair cells, nitrogen fixation, and osmosis.

Red blood cells and clotting, and an osmosis experiment with red cells in salt solutions.

Active uptake of nitrate ions by root hair cells, nitrogen fixation, and osmosis.

Synapses and Parkinson's disease, protein shape and receptor function, and carrier proteins.

Synapses and Parkinson's disease, protein shape and receptor function, and carrier proteins.

Effect of pH on two proteases, denaturation, and where proteases act in the gut.

Effect of temperature on photosynthesis in leaf discs, and enzymes.

Magnesium and chlorophyll, a hydrogencarbonate indicator experiment on algae in light and dark, and translocation of sucrose.

Effect of temperature on photosynthesis in leaf discs, and enzymes.

Magnesium and chlorophyll, a hydrogencarbonate indicator experiment on algae in light and dark, and translocation of sucrose.

Adaptive features of hydrophytes such as the water lily, and comparing stomata numbers.

Effect of pH on two proteases, denaturation, and where proteases act in the gut.

Types of teeth, the villus and lacteal, and the route of digested protein to the liver.

Adaptive features of xerophytes such as marram grass.

Magnesium and chlorophyll, a hydrogencarbonate indicator experiment on algae in light and dark, and translocation of sucrose.

Single vs double circulation, blood vessels to organs, and the liver in excretion.

Identifying blood cells and their functions, and how pathogens are transmitted.

Red blood cells and clotting, and an osmosis experiment with red cells in salt solutions.

Identifying blood cells and their functions, and how pathogens are transmitted.

Ovarian hormones, antibodies crossing the placenta, breastfeeding, and passive immunity.

The gas exchange system and breathing in, protecting the airways, and a genetic diagram for cystic fibrosis.

The human gas exchange system, protection of the airways, and pressure and volume changes during breathing.

Mitochondria, plants vs fungi, and anaerobic respiration in yeast measured by carbon dioxide production.

Filtration and reabsorption in the kidney nephron from data on blood, filtrate and urine.

Single vs double circulation, blood vessels to organs, and the liver in excretion.

Sense organs, the eye and accommodation, reflex pathways and synapses, and sex-linked colour blindness.

Synapses and Parkinson's disease, protein shape and receptor function, and carrier proteins.

Species, self-pollination and cross-pollination, and the parts of a flower.

Mammal features and sexual reproduction, the female reproductive system and the placenta.

Ovarian hormones, antibodies crossing the placenta, breastfeeding, and passive immunity.

Where mitosis and meiosis happen in life cycles, and cell specialisation by gene expression.

The gas exchange system and breathing in, protecting the airways, and a genetic diagram for cystic fibrosis.

Inheritance of ABO blood groups: codominance, discontinuous variation and a genetic diagram.

Sense organs, the eye and accommodation, reflex pathways and synapses, and sex-linked colour blindness.

Adaptive features of xerophytes such as marram grass.

Inheritance of ABO blood groups: codominance, discontinuous variation and a genetic diagram.

Adaptive features of hydrophytes such as the water lily, and comparing stomata numbers.

Active uptake of nitrate ions by root hair cells, nitrogen fixation, and osmosis.

The nitrogen cycle: fixation, deamination, nitrification and denitrification.

Growth of GM maize, how genes are transferred by genetic modification, and the risks and benefits of GM crops.