Biology flashcards
181 VCE Biology cards across 4 modules (71 definitions, 76 key facts, 34 fill-the-gap, 0 formulas). Each session gives you 20 cards, due cards first. Swipe right for easy, left for hard, down for again. Keyboard: Space to flip, 1 to 4 to rate.
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What this deck covers
Unit 1: How do organisms regulate their functions? (45 cards, 9 dot points)
- Adaptations of plants and animals to their environment: VCE Biology Unit 1 (5)
- Animal cells, tissues, organs and systems (digestive, endocrine, excretory): VCE Biology Unit 1 (5)
- Apoptosis, disruption to the cell cycle and cancer: VCE Biology Unit 1 (5)
- Cell organelles and the endosymbiotic theory: VCE Biology Unit 1 (5)
- Cell size and the surface area to volume ratio: VCE Biology Unit 1 (5)
- Plant cells, tissues and water transport: VCE Biology Unit 1 (5)
- Plasma membrane structure and transport: VCE Biology Unit 1 (5)
- Prokaryotic and eukaryotic cells: VCE Biology Unit 1 (5)
- The cell cycle, mitosis and binary fission: VCE Biology Unit 1 (5)
Unit 2: How does inheritance impact on diversity? (47 cards, 10 dot points)
- Chromosomes, autosomes, sex chromosomes and karyotypes: VCE Biology Unit 2 (5)
- DNA manipulation: PCR and gel electrophoresis: VCE Biology Unit 2 (5)
- Genes, alleles and the genome: VCE Biology Unit 2 (5)
- Genes, environment and epigenetics: VCE Biology Unit 2 (5)
- Meiosis, crossing over and genetic diversity: VCE Biology Unit 2 (5)
- Models of inheritance (dominant, codominant, incomplete dominance, multiple alleles, sex-linked): VCE Biology Unit 2 (5)
- Monohybrid crosses and test crosses: VCE Biology Unit 2 (5)
- Pedigree analysis: VCE Biology Unit 2 (2)
- Reproductive cloning and genetic screening: VCE Biology Unit 2 (5)
- Two-gene crosses: linked and unlinked genes: VCE Biology Unit 2 (5)
Unit 3: How do cells maintain life? (39 cards, 8 dot points)
- Cell signalling and apoptosis: VCE Biology Unit 3 (5)
- Cellular respiration (glycolysis, Krebs cycle, electron transport chain): VCE Biology Unit 3 (5)
- Enzyme action and rate of reaction: VCE Biology Unit 3 (5)
- Gene expression in eukaryotes (transcription, RNA processing, translation): VCE Biology Unit 3 (5)
- Gene structure and regulation (trp operon): VCE Biology Unit 3 (4)
- Nucleic acid structure (DNA and RNA): VCE Biology Unit 3 (5)
- Photosynthesis (light-dependent and Calvin cycle): VCE Biology Unit 3 (5)
- Protein structure: primary, secondary, tertiary and quaternary (VCE Biology Unit 3) (5)
Unit 4: How does life change and respond to challenges over time? (50 cards, 11 dot points)
- Evidence for evolution (fossils, biogeography, comparative anatomy, molecular biology): VCE Biology Unit 4 (5)
- Evolution by natural selection (Darwin, Wallace, fitness, adaptation): VCE Biology Unit 4 (5)
- Gene and chromosomal mutations (point, frameshift, block, causes and effects): VCE Biology Unit 4 (5)
- Genetic diversity through meiosis and fertilisation (independent assortment, crossing over): VCE Biology Unit 4 (3)
- Human evolution (hominin lineage, Australopithecus, Homo, out-of-Africa): VCE Biology Unit 4 (5)
- Innate and adaptive immunity (barriers, B and T cells, antibodies, memory): VCE Biology Unit 4 (5)
- Pathogens and disease management (bacteria, viruses, vaccines, antibiotics): VCE Biology Unit 4 (5)
- Speciation (allopatric, sympatric, reproductive isolation): VCE Biology Unit 4 (5)
- Unit 4 AoS 3 error analysis and data evaluation: VCE Biology (4)
- Unit 4 AoS 3 logbook and authentication: VCE Biology (4)
- Unit 4 AoS 3 student-designed practical investigation: VCE Biology (4)
Sample cards from this deck
Definition
Adaptations of plants and animals to their environment: VCE Biology Unit 1
Define Physiological (functional) adaptations
Internal biochemical or physiological processes. Examples: countercurrent heat exchange, antifreeze proteins in Antarctic fish, sweat production, CAM photosynthesis.
Definition
Chromosomes, autosomes, sex chromosomes and karyotypes: VCE Biology Unit 2
Define Double helix
Two complementary DNA strands wound together (about 2 nm wide).
Definition
Cell signalling and apoptosis: VCE Biology Unit 3
Define Reception
The signalling molecule binds a specific receptor on or inside the target cell.
Definition
Define Archaeopteryx
Archaeopteryx (about 150 million years old): feathered dinosaur with teeth, claws on its wings and a bony tail, linking theropod dinosaurs to modern birds.
Definition
Animal cells, tissues, organs and systems (digestive, endocrine, excretory): VCE Biology Unit 1
Define Connective tissue
Cells in an extracellular matrix (fibres and ground substance). Includes loose connective tissue, adipose (fat), cartilage, bone, blood and lymph. Function: support, attachment, storage, transport.
Definition
DNA manipulation: PCR and gel electrophoresis: VCE Biology Unit 2
Define DNA profiling
DNA profiling (paternity, forensic identification, disease diagnosis).
Definition
Cellular respiration (glycolysis, Krebs cycle, electron transport chain): VCE Biology Unit 3
Define Cellular respiration
Cellular respiration is the controlled breakdown of glucose to release energy as ATP. The diagram traces aerobic respiration through its three stages, the cell location of each, and the net ATP yield.
Definition
Evolution by natural selection (Darwin, Wallace, fitness, adaptation): VCE Biology Unit 4
Define Charles Darwin
Charles Darwin (1809-1882) developed his ideas during the voyage of HMS Beagle (1831-1836), particularly from observations of finches and tortoises in the Galapagos Islands. He proposed that species change over time through descent with modification, driven by natural selection. He delayed publication for over twenty years while gathering evidence.
Definition
Apoptosis, disruption to the cell cycle and cancer: VCE Biology Unit 1
Define Apoptosis
Apoptosis is programmed cell death: a regulated, energy-requiring process by which the cell dismantles itself in a controlled way. It is essential for development, tissue homeostasis and elimination of damaged or infected cells.
Definition
Genes, environment and epigenetics: VCE Biology Unit 2
Define Himalayan rabbits
Himalayan rabbits are mostly white but have dark fur on the cool extremities (ears, nose, paws, tail). The melanin-producing enzyme is heat-sensitive: it folds correctly only at low temperatures. So pigment forms only where the body surface is cold. Genotype identical across the body.