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Biochemistry
Biochemistry
By: wei chen lai
365 Cards –17 Decks –1 LearnerSample Decks: Amino acid metabolism, Stepwise breakdown, Roles of ATP, NAD+, FAD, Structures, Properties of 20 Amino acidsShow Class -
Cardio Phys
Cardio Phys
By: Matthew Lam
425 Cards –30 Decks –2 LearnersSample Decks: A L1.1 Risk factors for coronary diseases, A L1.2 variation in BP, A L1.3 BP & envShow Class -
AU13 Biochemistry Final
AU13 Biochemistry Final
By: Courtney Kast
421 Cards –14 Decks –1 LearnerSample Decks: Leys - Intracellular Compartments and Protein Sorting, Leys - Nutrition, Leys - VitaminsShow Class -
BIOSCI 106
BIOSCI 106
By: Hayley K
332 Cards –26 Decks –7 LearnersSample Decks: Lecture 1 2 3; universal, interactions, water, Lecture 4: protein folding and disease, Lecture 5 : Antibody bindingShow Class -
Sociology
Sociology
By: hunaira shah
59 Cards –4 Decks –1 LearnerSample Decks: Domestic Violence!, BIO- MONOMERS AND POLYMERS!, Sociology- The Role Of Education In SocietyShow Class -
CAN
CAN
By: charlie haslam
287 Cards –23 Decks –2 LearnersSample Decks: L01-Introduction to course and ‘What is Cancer?’, L02-Cancer and Environmental Factors, L03-Tumour BiologyShow Class -
Biology- Organisation
Biology- Organisation
By: katie minchella
95 Cards –5 Decks –2 LearnersSample Decks: Cell Organisation, The Role Of Enzymes And Food Tests, The Lungs And Circulatrory SystemShow Class -
RHS Level 2 - SARAH
RHS Level 2 - SARAH
By: Nick Wilkes
1,110 Cards –57 Decks –32 LearnersSample Decks: R2101 1.1 – 1.4 Plant Classification & Life Cycles, R2101 2.1 & 2.3 Structure of Plant cell & Roots, R2101 2.2 Plant TissueShow Class -
IMS
IMS
By: Scott Leigh
1,009 Cards –13 Decks –1 LearnerSample Decks: Nucleic acids- Human genome, DNA structure and replication and cancer, Cells- Histology, epithelial tissues and mesenchymal tissues, Proteins- Protein structure, relating structure to function – haemoglobinopathies and proteins in health and diseaseShow Class -
Foundations
Foundations
By: Smita Armstrong
348 Cards –18 Decks –1 LearnerSample Decks: Intro to Classical Vignettes, Rational Approach to the Use of Labs and Imaging, Intro to PhysiologyShow Class -
Fundamentals of Neuroscience
Fundamentals of Neuroscience
By: Georgia Toulson-Clarke
173 Cards –9 Decks –1 LearnerSample Decks: Membranes and Cell Excitation, Basis of neuronal excitability, Synapses and the role of NeurotransmittersShow Class -
UNDERSTANDING THE BRAIN
UNDERSTANDING THE BRAIN
By: evieee blackledge
224 Cards –30 Decks –2 LearnersSample Decks: Structure of the nervous system, Action Potential, Role of Myelination and Multiple sclerosisShow Class -
IMS
IMS
By: Alexandros Kizas
1,394 Cards –74 Decks –3 LearnersSample Decks: W1- Lecture 1- prokaryotic and eukaryotic cells, W1- Lecture 2- Plasma Membrane, W1- Lecture 3- Transport Across MembraneShow Class -
GCSE Biology
GCSE Biology
By: Maya Bown
127 Cards –9 Decks –2 LearnersSample Decks: Biology 3 - Blood and circulation, Biology 3 - Nervous system, Biology 3 - Role of kidneys in homeostasisShow Class -
EMS - Mechanisms Of Disease
EMS - Mechanisms Of Disease
By: Sam Quesne
184 Cards –8 Decks –1 LearnerSample Decks: MoD AfLs, L7 Acute Inflammation, L1Show Class -
U3 Bio: How do cells maintain life?
U3 Bio: How do cells maintain life?
By: Jemma Sch
255 Cards –25 Decks –12 LearnersSample Decks: Plasma Membranes, Modes of transport across the plasma membrane, Roles of organelles in transporting proteins by exocytosisShow Class -
Physiology - essay 1-16
Physiology - essay 1-16
By: Benedicte Mæhlum
222 Cards –16 Decks –2 LearnersSample Decks: Topic 1: Milieu Interieur. Compartments, Changes of Water Compartments, Topic 2: Volume Quantification of Fluid Compartments, Topic 3: Factors influencing the EC and IC compartments, anelectrolite and electrolite components of the blood plasmaShow Class -
AP Biology
AP Biology
By: Anastasia Ferraro
170 Cards –20 Decks –2 LearnersSample Decks: Summer Assignment, The Cell, Organic MoleculesShow Class -
CAN
CAN
By: J M
336 Cards –20 Decks –1 LearnerSample Decks: L01 - What is Cancer?, L02 - Cancer & Environmental Factors, L03 - Tumour BiologyShow Class -
L5 - 2 - Plant Science
L5 - 2 - Plant Science
By: David O'Shea
186 Cards –40 Decks –8 LearnersSample Decks: LO 1.0 - Discuss the Structure and Function of Typical Plant External and Internal Anatomy, Final Exam Revision, LO 1.1 - Cells, Tissues, GroundShow Class -
Biology
Biology
By: Zac Lau
249 Cards –3 Decks –1 LearnerSample Decks: Terms - S2, BIOMACROMOLECULES, ROLE OF MEMBRANES IN CELLSShow Class -
4/ CAN
4/ CAN
By: laura edgar
510 Cards –39 Decks –3 LearnersSample Decks: Lecture 1 - What is Cancer?, Lecture 2 - Cancer and Environmental Factors, Lecture 3 - Tumour Biology - The Nature of CancerShow Class -
Essay 1-16, 1st midterm
Essay 1-16, 1st midterm
By: Nora Skaar
186 Cards –16 Decks –9 LearnersSample Decks: Topic 1: Milieu Interieur. Compartments, Changes of Water Compartments, Topic 2: Volume Quantification of Fluid Compartments, Topic 3: Factors influencing the EC and IC compartments, anelectrolite and electrolite components of the blood plasmaShow Class -
Cells Tissues and organs
Cells Tissues and organs
By: Isla Tierney
61 Cards –7 Decks –1 LearnerSample Decks: Connective Tissue, Epithelial Tissue, Nervous tissueShow Class -
EXAM prep year 3 sem 1
EXAM prep year 3 sem 1
By: Benjamin Jabbari
19 Cards –2 Decks –1 LearnerSample Decks: Cell signalling pathways roles, IFsShow Class -
104T2
104T2
By: Ingrid Bekono
130 Cards –7 Decks –1 LearnerSample Decks: Role of ATP in living cells, Mitochondrial respiratory chain, Mitochondrial myopathiesShow Class -
Neuroimmunology
Neuroimmunology
By: Annabel Smith
83 Cards –11 Decks –2 LearnersSample Decks: Glial Cell Biology ILO 1 - Identify key components of the central immune system, Glial Cell Biology ILO 2 - Understand the cellular and genetic differences between various glial cells in the brain, Glial Cell Biology ILO 3 - Outline the main functions of brain glial cells in relation to neuroinflammationShow Class -
Human Embryology and Developmental Biology
Human Embryology and Developmental Biology
By: Andrew Pruett
200 Cards –20 Decks –6 LearnersSample Decks: Week 1 Objective 1 and 2: list and describe the four phases of gametogenesis, Week 1 Objective 3: list stages of meiosis and relate to gametogenesis in males and females, Week 1 Objective 4: list and describe types of meiotic disturbances resulting in chromosomal aberrationsShow Class -
Module 104: Nutrition, Metabolism and Excretion
Module 104: Nutrition, Metabolism and Excretion
By: Anna Rogerson
322 Cards –23 Decks –1 LearnerSample Decks: Theme 1: Lecture 1 - Malnutrition, Theme 1: Lecture 2 - Understanding the peritoneal cavity, Theme 1: Lecture 3 - Contents of the abdomenShow Class -
Physiology final exam
Physiology final exam
By: Jorunn Nordrum
1,394 Cards –111 Decks –5 LearnersSample Decks: Topic 1 - Milleau Interieur, compartments, changes of water compartments, Topic 2 - Volume quantification of fluid compartments, Topic 3 - Factors influencing the EC and IC compartments; anelectrolite and electrolite components of the blood plasmaShow Class -
Advanced Esthetics Review Questions
Advanced Esthetics Review Questions
By: Elena Buckner
239 Cards –28 Decks –2 LearnersSample Decks: Ayurveda Theory and Treatments, Advanced Makeup, Spa TxShow Class -
bio 167 - spring 2022
bio 167 - spring 2022
By: Angeli Reynoso
158 Cards –28 Decks –2 LearnersSample Decks: CH. 23 - Unit V Diversity, 23.1 Introduction to Microorganisms, 23.1 - Archaea and Bacteria Are Ancient Lineages That Continue to Be Abundant TodayShow Class -
biology
biology
By: lauren hughes
212 Cards –9 Decks –1 LearnerSample Decks: properties of water, role of carbon in organisms, chemical reactions and enzymesShow Class -
CELS 191
CELS 191
By: Nathan Ryken
134 Cards –10 Decks –1 LearnerSample Decks: Lecture 2: The Diversity of Life, Lecture 3: Building Blocks of Cells, Lecture 4: Plasma Membrane and OrganellesShow Class -
MRCOG Subfertility
MRCOG Subfertility
By: Anna Hay
318 Cards –19 Decks –2 LearnersSample Decks: Sub-fertility, IVF and its complications, An overview of assisted reproductive technology procedures 2018 TOGShow Class -
Botany Theory
Botany Theory
By: Oliver Woodroffe
357 Cards –28 Decks –22 LearnersSample Decks: A.1 - Importance and short history of Botany, A.2 - Morphology and modifications, A.3 - Morphology of reproductive organsShow Class -
ATS EMS MOD
ATS EMS MOD
By: Anjali Singh
152 Cards –4 Decks –1 LearnerSample Decks: Lecture 2 - Role of pathology, Lecture 3 - Cell injury and death, Lecture 4 - Acute inflammationShow Class -
FUN-2
FUN-2
By: Yumna Salman
75 Cards –9 Decks –2 LearnersSample Decks: 1. Introduction to Cells and Systems of the Immune System, 2. Inflammation, 3. Innate Immune Cells and their Roles in ImmunityShow Class -
Foundation 1
Foundation 1
By: Harry Grimshaw
107 Cards –13 Decks –1 LearnerSample Decks: L1 Eukaryotic Cell, L2 Medical Genetics, L3 TranscriptionShow Class -
*** Immunohematology 3th
*** Immunohematology 3th
By: H. JG
271 Cards –22 Decks –1 LearnerSample Decks: Blood collection & Processing, Automated Collection of blood products, Blood components, preparation, storage and transportShow Class -
biology topic 4
biology topic 4
By: isabella rotheram
300 Cards –46 Decks –2 LearnersSample Decks: biodiversity pack 7, diversity index pack 7, definitions biodiversity pack 7Show Class -
BIO 101 EXAM 3
BIO 101 EXAM 3
By: Anna Sar
111 Cards –12 Decks –1 LearnerSample Decks: 10.1 photosynthesis uses light to make carbohydrates, 10.2 photosynthesis converts light energy into chemical energy, 10.3 chemical energy trapped in photosynthesis is used to synthesize carbohydratesShow Class -
Microbiology
Microbiology
By: Ellen Bryson
214 Cards –19 Decks –1 LearnerSample Decks: Cell walls and Membranes, Plant Pathogens, Parasitic NematodesShow Class -
Biology Topic 1: Maintaining a Balance
Biology Topic 1: Maintaining a Balance
By: Jaskiran Kaur
157 Cards –23 Decks –9 LearnersSample Decks: section 1. (1) Identify the role of enzymes in metabolism, describe their chiemical compositions and use a simple model to describe their specificity on substrates, section 1 (2)Explain why the maintenance of a constant internal environment is important for optimal metabolic efficiency, section 1. (3+ 4) describe homeostasis as the process by which organisms maintain a relatively stable internal environment+ 2 stages of homeostasisShow Class -
Pathology
Pathology
By: Henriette Nyembo
668 Cards –80 Decks –5 LearnersSample Decks: Anatomy to Pathology (foundations of cellular pathology), Germ Theory Of Disease, Origin Of Molecular MedicineShow Class -
Biology of Cancer
Biology of Cancer
By: Charlotte Smith
180 Cards –8 Decks –1 LearnerSample Decks: Lectures 1 + 2 - Carcinogenesis, Oncogenes and TSGs, Lectures 3 + 4 - Growth Factors and Cell Cycle Control, Lectures 6 + 7 - Role of the Lab and BiomarkersShow Class -
GCSE Biology AQA
GCSE Biology AQA
By: Gabriel Hume
51 Cards –47 Decks –4 LearnersSample Decks: Movement, Animal And Plant Cells, Prokaryotic And Eukaryotic CellsShow Class -
AP Science Unit C
AP Science Unit C
By: Maria Guardado
53 Cards –3 Decks –1 LearnerSample Decks: C2.1 The Cell As An Efficient, Open Systen, C1.0-undersanting Cells, C2.2 The Role Of The Cell Membrane In TransportShow Class -
BIOL 211 - Cell Biology
BIOL 211 - Cell Biology
By: Unknown Unknown
151 Cards –21 Decks –1 LearnerSample Decks: Lecture 1 - Techniques for studying cells, Lecture 2 - Ion transport across membranes, Lecture 3 - Ion ChannelsShow Class -
MHD
MHD
By: Jane Schumacher
133 Cards –6 Decks –1 LearnerSample Decks: Exam I (August 15) Review, Overview Microbial, Bacterial Cell StructureShow Class