Biological Molecules: Lipids - Triglycerides Flashcards by Michaela Rabano

Practical & Maths Skills: Getting Good Results

Practical & Maths Skills: Statistical Tests

Biological Molecules: Monomers & Polymers

Biological Molecules: Carbohydrates

Biological Molecules: Polysaccharides

Biological Molecules: Lipids

Biological Molecules: Lipids - Triglycerides

Biological Molecules: Triglycerides

Biological Molecules: Phospholipids

Biological Molecules: Proteins

Biological Molecules: Enzymes

Biological Molecules: Nucleic Acids - Structure of DNA & RNA

Biological Molecules: Nucleic Acids - DNA Replication

Biological Molecules: ATP

Biological Molecules: Water

Biological Molecules: Inorganic Ions

Cells: Structure of Eukaryotic Cells - Structure & Function

Cells: Structure of Eukaryotic Cells - Structure of Organelles

Cells: Structure of Eukaryotic Cells - Functions of Organelles

Cells: Structure & Replication of Prokaryotic Cells

Cells: Structure & Replication of Viruses

Cells: Magnification & Resolution of Microscopes

Cells: Cell Fractionation

Cells: The Cell Cycle

Cells: Mitosis

Cells: Mitosis - Cancer

Cells: Mitosis - Preparing a Root Tip Cell Squash

Cells: Cell Membranes

Cells: Transport Across Membranes - Diffusion

Cells: Transport Across Membranes - Osmosis

Cells: Investigating Water Potential Practical

Cells: Transport Across Membranes - Active Transport

Cells: Investigating Cell Membrane Permeability Practical

Cells: Cell Recognition & the Immune System - Antigens

Cells: Cell Recognition & the Immune System - Phagocytosis

Cells: Cell Recognition & the Immune System - Lymphocytes

Cells: Cell Recognition & the Immune System - HIV

Cells: Cell Recognition & the Immune System - Vaccines

Cells: Cell Recognition & the Immune System - Antigenic Variation

Cells: Cell Recognition & the Immune System - Monoclonal Antibodies

Cells: Cell Recognition & the Immune System - ELISA Tests

Organisms Exchange Substances with their Environment: Surface Area to Volume Ratio

Organisms Exchange Substances with their Environment: Gas Exchange - Plants

Organisms Exchange Substances with their Environment: Gas Exchange - Insects

Organisms Exchange Substances with their Environment: Gas Exchange - Fish

Organisms Exchange Substances with their Environment: Gas Exchange - Humans (Structure)

Organisms Exchange Substances with their Environment: Gas Exchange - Humans (Ventilation)

Organisms Exchange Substances with their Environment: Gas Exchange - Humans (Alveoli)

Organisms Exchange Substances with their Environment: Gas Exchange - Humans (Lung Disease)

Organisms Exchange Substances with their Environment: Digestion & Absorption - Digestion

Organisms Exchange Substances with their Environment: Digestion & Absorption - Absorption

Organisms Exchange Substances with their Environment: Mass Transport in Animals: Circulatory System

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Circulatory System - Structure of Blood Vessels

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Structure of the Heart

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Cardiac Cycle

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Control of the Heart Beat

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Human Haemoglobin

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Other Types of Haemoglobin

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Tissue Fluid

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Cardiovascular Disease

Organisms Exchange Substances with their Environment: Mass Transport in Animals - Risk Factors for Cardiovascular Disease

Organisms Exchange Substances with their Environment: Mass Transport in Plants - Xylem

Organisms Exchange Substances with their Environment: Mass Transport in Plants - Transpiration

Organisms Exchange Substances with their Environment: Mass Transport in Plants - Phloem

Genetics: DNA, Genes & Chromosomes - DNA

Genetics: DNA & Protein Synthesis - RNA & Genome

Genetics: DNA & Protein Synthesis - Transcription

Genetics: DNA & Protein Synthesis - Translation

Genetics: Genetic Diversity - Mutations

Genetics: Genetic Diversity - Meiosis

Genetics: Genetic Diversity - Diploid Cells, Gametes & Fertilisation

Genetic Information, Variation and Relationships Between Organisms: Genetic Diversity & Adaptations - Genetic Diversity

Genetic Information, Variation and Relationships Between Organisms: Genetic Diversity & Adaptations - Natural Selection

Genetic Information, Variation and Relationships Between Organisms: Biodiversity Within a Community

Energy Transfers in and Between Organisms: Photosynthesis - Light-Dependent Reactions

Energy Transfers in and Between Organisms: Photosynthesis - Light-Independent Reactions

Energy Transfers in and Between Organisms: Photosynthesis - Required Practical 7, Chromatography

Energy Transfers in and Between Organisms: Respiration - Glycolysis

Energy Transfers in and Between Organisms: Aerobic Respiration - Link Reaction

Energy Transfers in and Between Organisms: Aerobic Respiration - Krebs Cycle

Energy Transfers in and Between Organisms: Aerobic Respiration - Oxidative Phosphorylation

Energy Transfers in and Between Organisms: Energy and Ecosystems - Ecosystem Basics

Energy Transfers in and Between Organisms: Energy and Ecosystems - Measuring Biomass

Energy Transfers in and Between Organisms: Nutrient Cycles - Role of Microorganisms

Energy Transfers in and Between Organisms: Nutrient Cycles - Phosphorus Cycle

Energy Transfers in and Between Organisms: Nutrient Cycles - Nitrogen Cycle

Energy Transfers in and Between Organisms: Photosynthesis - Required Practical 8, Effect of Light Intensity on Dehydrogenase Activity

Energy Transfers in and Between Organisms: Respiration - Required Practical 9, Effect of Temperature on the Rate of Respiration in Yeast

Organisms Respond to Changes in their Internal and External Environments: Stimuli, Both Internal and External, are Detected and Lead to a Response - Survival and Response (Kineses and Taxes)

Organisms Respond to Changes in their Internal and External Environments: Stimuli, Both Internal and External, are Detected and Lead to a Response - Survival and Response in Plants

Organisms Respond to Changes in their Internal and External Environments: Stimuli, Both Internal and External, are Detected and Lead to a Response - Survival and Response, Reflexes

Organisms Respond to Changes in their Internal and External Environments: Stimuli, Both Internal and External, are Detected and Lead to a Response - Control of Heart Rate

Organisms Respond to Changes in their Internal and External Environments - Receptors, Pacinian Corpuscle

Organisms Respond to Changes in their Internal and External Environments - Receptors, Retina

Organisms Respond to Changes in their Internal and External Environments: Nervous Coordination - Nerve Impulses, Structure of a Motor Neurone

Organisms Respond to Changes in their Internal and External Environments: Nervous Coordination - Nerve Impulses, Passage of Action Potentials

Organisms Respond to their Changes in their Internal and External Environments: Nervous Coordination - Nerve Impulses, Speed of Conductance

Organisms Respond to Changes in their Internal and External Environments: Nervous Coordination - Synaptic Transmission, Structure of Synapse & Neuromuscular Junction

Organisms Respond to Changes in their Internal and External Environments: Nervous Coordination - Synaptic Transmission

Organisms Respond to their Internal and External Environments: Homeostasis - Control of Blood Glucose Concentration, Insulin & Glucagon

Organisms Respond to their Internal and External Environments: Homeostasis - Control of Blood Glucose Concentration, Adrenaline

Organisms Respond to their Internal and External Environments: Homeostasis - Control of Blood Water Potential, Ultrafiltration & Selective Reabsorption

Organisms Respond to their Internal and External Environments: Homeostasis - Control of Blood Water Potential, ADH, DCT & Collecting Duct

Organisms Respond to their Internal and External Environments: Homeostasis - Control of Blood Water Potential, Loops of Henle, DCT & Collecting Tube

Genetics, Populations, Evolution and Ecosystems: Inheritance - Linkage

Genetics, Populations, Evolution and Ecosystems: Evolution May Lead to Speciation - Variation & Speciation

Genetics, Populations, Evolution and Ecosystems: Populations -

The Control of Gene Expression: Gene Expression is Controlled by a Number of Features - Most of a Cell's DNA is Not Translated

The Control of Gene Expression: Gene Expression is Controlled by a Number of Features - Regulation of Transcription and Translation - Controlling Transcription & Oestrogen

The Control of Gene Expression: Gene Expression is Controlled by a Number of Features - Regulation of Transcription and Translation, Epigenetics

The Control of Gene Expression: Gene Expression is Controlled by a Number of Features - Regulation of Transcription and Translation - RNAi

The Control of Gene Expression: Gene Expression is Controlled by a Number of Features - Gene Expression and Cancer

The Control of Gene Expression: Gene Technologies - Recombinant DNA Technology

The Control of Gene Expression: Using Genome Projects

The Control of Gene Expression: Gene Technologies - Genetic Fingerprinting

Organisms Respond to Changes in their Internal and External Environments: Nervous Coordination - Nerve Impulses, Generating Action Potentials

Control of Gene Expression: Recombinant DNA Technology - Amplifying DNA Fragments

Biological Molecules: Lipids - Triglycerides Flashcards

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