Lancaster University (LU)

A comprehensive summary of developmental psychology lecture notes including theory of mind, language, learning etc Suitable for 1st-year university and A-level students

A comprehensive summary of lecture notes on neuroscience including the Nervous system, Hearing, Vision etc. Suitable for 1st-year university and A-level students

All lecture notes and partial readings from Psych111 on cognitive psychology suitable for 1st-year university and A-level students

These 10 pages contain all of the content learnt in the first half of the BIOL243 Medical Microbiology module! This includes bacterial structure, classification and guilds, host invasion, biofilm development and strategies to avoid ingestion and digestion.

This essay was written over a 23 hour period as part of a second year foundations of cognitive neuroscience exam in Psychology BSc at Lancaster University. Word limit was 2000 words. This exam essay received an A grade.

Developmental psychology lecture notes in mind map format. Covers all lectures from PSYC205 Developmental Psychology module second year psychology BSc, Lancaster University. Topics covered: Theories of development, Prenatal Development, Object processing and permanence, Ostensive communication & natural pedagogy, Neural basis of communication, Natural pedagogy: Evidence in infants and children, Speech perception & language development, Referential understanding of words, Categorisat...

ACF 211 notes

Notes from W2L1 character sets, didn't do much for binary since most of what was covered I knew

Notes from w1l1 with info on sets

n-array + compliment sets for scc.120

W1L2 lec covering ordered pairs

Diagrams and notes from W2L1 lec for SCC.130 containing information and diagrams on network packets

Lecture notes

Lecture 1: Global Impact of Infectious Diseases Lecture 2: Innate Immune System Lecture 3: Adaptive Immunity Lecture 4: Immune Processes Lecture 5: Influenza Lecture 6: Human Immunodeficiency Virus Lecture 7: The Plague Lecture 8: Malaria Lecture 9: Nematodes Lecture 10: Schistosomes Lecture 11: Cestodes Lecture 12: Vaccination

Lecture 1: Microbiology Lecture 2: Introduction & Overview of Prokaryotes and their Cell Structure Lecture 3: Bacterial Nutrition & Growth Lecture 4: Bacterial Pathogenicity Lecture 5: Protists 1 Lecture 6: Protists 2 Lecture 7: Protists & Prokaryotes Lecture 8: Intro to Fungi Lecture 9: Fungi as Pathogens Lecture 10: Putting Fungi to Good Use Lecture 11: Viruses Lecture 12: Classification of Viruses & Animal Viruses

Lecture 1: Serum Albumin Lecture 2: The EF Hand & Calcium Lecture 3: Myoglobin Lecture 4: Haemoglobin Lecture 5: Haemoglobin & Retinol-Binding Protein Lecture 6: Enzymes I Lecture 7: The Active Site Lecture 8: Enzyme Kinetics Lecture 9: Enzyme Inhibitors Lecture 10: Catalytic Mechanisms Lecture 11: Activity & Regulation Lecture 12: Post Translation Modification of Enzymes

Lecture 1: Principles of Recombinant DNA Technology Lecture 2: Gene Analysis Lecture 3: Gene Expression Analysis Lecture 4: Human Genome Project & Genomics Lecture 5: Microbial Biotechnology I Lecture 6: Microbial Biotechology II Lecture 7: Plant Biotechnology I Lecture 8: Plant Biotechnology II Lecture 9: Animal Cell Biotechnology Lecture 10: Genetically Engineered Animals & Gene Therapy Lecture 11: DNA Testing for Diseases Lecture 12: Genes & Identity

Lecture 1: Mendelian Inheritance & Role of Meiosis in Determining the Pattern of Inheritance Lecture 2: Linkage, Recombination & Deviations from Mendelian Ratios Lecture 3: Chromosomal Abnormalities Lecture 4: The Molecular Basis of Inheritance Lecture 5: From Gene to Protein Lecture 6: The Mechanism of Protein Synthesis Lecture 7: Mutation, Mutagens & DNA Repair Lecture 8: Single Gene Disorders Lecture 10: Bacterial Genetics Lecture 11: Gene Expression in Eukaryotes Lecture 12: Geneti...

Lecture 1: Energy, Elements, Atoms & Bonding Lecture 2: Water, Concentration, Equilibrium Constants, pH Lecture 3: Molecule Shape, Functional Groups & Isomerism Lecture 4: Nucleic Acids Lecture 5: Amino Acids Lecture 6: Polypeptides & Protein Folding Lecture 7: Protein Structure & Function 1 Lecture 8: Protein Structure & Function 2 Lecture 9: Carbohydrates 1 Lecture 10: Carbohydrates 2 Lecture 11: Lipids Lecture 12: Biological Membranes

Introduction to Accounting Information Systems ACF 211