Biologyacademic

Our Revision Notes and Textbook Answers will guide you through biology's core concepts, improving retention and saving time in exam preparation.

Study Resources

0(40 filtered)

699resources

Resource Type

Document Type

Flashcard Deck:

Biology Paper 2 - 2.6 Cell Division, Cell Diversity and Cell Diffentiation

This flashcard set outlines the M phase of the cell cycle, including checkpoints and key events. It covers chromatin condensation, the metaphase checkpoint, stages of mitosis, and cytokinesis.

Biology Paper 2 - 2.1 Cell Structure

This flashcard set explains the structure and function of the nucleus, nuclear envelope, and nucleolus. It covers their roles in storing genetic material, producing ribosomes, regulating transport through pores, and controlling cell activities.

Biology Paper 2 - 2.5 Biological Membranes

This flashcard set covers the functions of biological membranes, both within cells and at the surface. It highlights their roles in selective transport, cell recognition, signalling, enzyme activity, and providing sites for chemical reactions.

Biology Paper 2 - 2.2 Biological Molecules

A covalent bond forms between non-metal atoms when they share electrons to fill their outer electron shells, creating a stable molecule.

Biology Paper 2 - 1 Practical Skills

Accuracy refers to how close your data is to the true or known value. It can be improved by collecting more data within a narrower range and using smaller, precise increments in the independent variable.

Foundations of Microbiology

This deck covers fundamental concepts in microbiology, including types of microorganisms, their characteristics, and modes of infection and immunity.

My EPPP - EPPP Practice Questions: Lifespan Big 6

For traits like blond hair or green eyes to show up (which are recessive), a child must inherit two copies of the recessive allele—one from each parent. That’s called being homozygous.

EMT: Prefix, Suffix, Abbreviations Part 1

This deck covers essential prefixes, suffixes, and abbreviations used in EMT terminology, focusing on their meanings and applications.

Anthro Human Evolution Theories

This deck covers the main postulates of Lamarckism, its mechanisms, and the critics of each postulate.

Chapter 41: Species Interactions Part 2

This deck covers key concepts from Chapter 41 on species interactions, including symbiotic relationships, species diversity, trophic structures, ecological succession, and the island equilibrium model.

Chapter 40: Population Ecology & the Distribution of Organisms Part 2

This deck covers key concepts from Chapter 40 on population ecology and the distribution of organisms, including factors affecting population density, types of lakes, and patterns of dispersion.

Chapter 40: Population Ecology & the Distribution of Organisms Part 1

This flashcard deck covers key concepts from Chapter 40, focusing on population ecology, the distribution of organisms, and the factors influencing terrestrial and aquatic biomes.

BIOL1020 - Lecture 24: Real World Genetics II

This deck covers key concepts from BIOL1020 Lecture 24, focusing on polygenetic traits, quantitative traits, phenotypic variation, and heritability.

BIOL1020 - Lecture 23: Real World Genetics 1

This deck covers key concepts from a genetics lecture, focusing on Hardy-Weinberg equilibrium, types of dominance, gene expression, and more.

BIOL1020 - Lecture 22 - Case Studies in Genetics

This deck covers key concepts from a lecture on genetics, focusing on evolution's impact on medicine, agriculture, and conservation.

BIOL1020 - Lecture 21 - Testing for Evolution Using Hardy Weinberg

The Hardy-Weinberg principle is a mathematical model that predicts allele and genotype frequencies in a non-evolving population under ideal conditions (no mutation, selection, drift, or non-random mating). It serves as a null model to detect evolutionary forces in real populations.

BIOL1020 - Lecture 20 - Evolution, Adaptation, And Natural Selection

This deck covers key concepts from Lecture 20 on evolution, adaptation, and natural selection, including definitions, mechanisms, and principles of evolutionary change.

BIOL1020 - Lecture 19 - Linkage, recombination and mapping

This deck covers key concepts from BIOL1020 Lecture 19, focusing on genetic linkage, recombination, and mapping. It includes definitions, processes, and calculations related to genetic analysis.

BIOL1020 - Lecture 18 - Independent Assortment

This deck covers key concepts from Mendel's laws, di-hybrid crosses, sex-linked genes, and the definition of hemizygous, as discussed in BIOL1020 Lecture 18.

BIOL1020 - Lecture 16 - Mendel's First Law - Segregation

This deck covers key concepts from Mendel's First Law of Segregation, including Mendel's method of inheritance and his principles of dominance, segregation, and independent assortment.

BIOL1020 - Lecture 15 - Inheritance and Sexual Reproduction

This deck covers key concepts from BIOL1020 Lecture 15, focusing on inheritance and sexual reproduction, including life cycles, meiosis, genetic variation, and errors in meiosis.

BIOL1020 - Lecture 14 - Phenotypic variation and inheritance

Inheritance, or heredity, refers to the passing of traits from one generation to the next, explaining why related individuals resemble each other. Heredity is the phenomenon by which offspring resemble their parents, while variation explains why they are not identical.

BIOL1020 - Lecture 13: How Viruses Break the Rules

This deck covers key concepts about viruses, including their discovery, structure, lifecycle, and specific examples like HIV and polio. It also explores the debate on whether viruses are living organisms.

Chapter 7: Cellular Respiration and Fermentation

This deck covers key concepts of cellular respiration and fermentation, including pathways, chemical reactions, and the roles of various molecules in energy production.

Chapter 6: An Introduction to Metabolism Part 2

This flashcard deck covers key concepts from Chapter 6, focusing on metabolism, enzyme function, and reaction dynamics. It includes questions and answers on ATP regeneration, enzyme mechanisms, and factors affecting reaction rates.

BIOL1020 - Lecture 11 - Gene Regulation in Bacteria

This deck covers key concepts of gene regulation in bacteria, focusing on bacterial cell structure, gene expression, operons, and specific examples like the lac and trp operons.

BIOL1020 - Lecture 10 - Genes To Traits

This deck covers key concepts from the BIOL1020 lecture on genes and traits, including definitions, experiments, and molecular structures.

BIOL1020 - Lecture 9 - Cell Cycle Control

This deck covers the key concepts of cell cycle control, including checkpoints, regulatory proteins, and the genetic factors leading to cancer.

BIOL1020 - Lecture 8 - Cell Division

This deck covers key concepts of cell division, including types of cell division, stages of the cell cycle, and specific processes in mitosis and cytokinesis.

BIOL1020 - Lecture 7 - Cellular Energy Generation and Photosynthesis

This deck covers key concepts from cellular respiration and photosynthesis, including equations, processes, and differences between the two systems.

BIOL1020 - Lecture 6 - Cellular Energy

This deck covers key concepts from BIOL1020 Lecture 6, focusing on cellular energy, metabolism, and thermodynamics. It includes definitions, properties of reactions, and the significance of energy transformations in biological systems.

Chapter 3: Carbon and Molecular Diversity of Life Part 3

This deck covers key concepts related to protein structure, nucleic acids, and their roles in biological processes, as outlined in Chapter 3.

Chapter 3: Carbon and Molecular Diversity of Life Part 2

This deck covers the key concepts and definitions related to carbohydrates, lipids, and proteins, focusing on their structures, functions, and characteristics.

BIOL1020 - Lecture 5: Life and Cellular Functions

This deck covers key concepts from BIOL1020 lecture 5, including cellular structures, functions, and processes in both prokaryotic and eukaryotic cells.

BIOL1020 - Lecture 4 - DNA structure and replication

This deck covers key concepts from BIOL1020 Lecture 4, focusing on DNA structure, replication methods, and the enzymes involved in the process.

Chapter 3: Carbon and Molecular Diversity of Life Part 1

This flashcard deck covers key concepts from Chapter 3, focusing on carbon's role in molecular diversity, macromolecules, functional groups, and isomerism.

BIOL1020 - Lecture 3: What are Cells Made Of?

This deck covers the fundamental components of cells, focusing on macromolecules such as carbohydrates, lipids, proteins, and nucleic acids. It explores their structures, functions, and roles in cellular processes.

BIOL1020 - Lecture 2 - Evolution and the domains of life

This deck covers key concepts from BIOL1020 Lecture 2, including taxonomy, evolution theories, cell structures, and the differences between prokaryotic and eukaryotic cells.

Chapter 1 - Key Concepts in Biology and Evolution Part 3

This deck covers key concepts in biology and evolution, focusing on scientific theories, biological processes, and classification systems.

Chapter 1 - Key Concepts in Biology and Evolution Part 2

This deck covers fundamental concepts in biology and evolution, including the roles of producers and consumers, the process of natural selection, and the scientific method.

Showing 561 to 600 of 699 results

Biologyacademic

Resource Type

Document Type

Company

Explore

Study Tools