Northumbria University (UNN)

Concise and easy to read notes on ABH, GBH and GBH with intent

A summary of the first steps into ascertaining where a boundary is situated. Looking at different documents available on the HMLR and which takes precedence. With case law and diagrams.

This document is a clear, exam-focused PowerPoint covering Flow Dynamics, Tubular Heat Exchangers, and Ultra Heat Treatment (UHT) Processing, designed specifically for Food Processing / Food Engineering students. The content is simplified into easy-to-remember bullet points that are ideal for written exams, last-minute revision, and revision sticks. Topics covered: • Heat transfer flow dynamics in food processing • Parallel flow vs Counter flow (advantages, limitations, exam compa...

This document is a clear, exam-focused revision PowerPoint for the topic Food Fermentation (AP0620 – Food Processing and Preservation). It covers all key concepts in a simple, structured, and easy-to-memorise format, designed specifically for written university exams. What’s included: • Definition and history of food fermentation • Microorganisms used in food fermentation • Liquid State vs Solid State Fermentation (exam comparison points) • Solid state fermentation pri...

This document is a comprehensive, beginner-friendly study guide on the lac operon and bacterial gene regulation, designed to help first-time learners fully understand these fundamental concepts in molecular biology. It explains the structure and function of the lac operon, including the roles of structural genes (LacZ, LacY, LacA), regulatory genes (LacI), and regulatory proteins (repressor, inducer, and CAP/activator). The guide provides step-by-step mechanisms of lac operon regulation under...

This document is a comprehensive study guide on genome maintenance mechanisms and hereditary cancer syndromes, designed for students, medical professionals, and researchers. It covers Familial Adenomatous Polyposis (FAP), Hereditary Nonpolyposis Colorectal Cancer (HNPCC/Lynch syndrome), BRCA1/2-related breast and ovarian cancer, and key DNA repair pathways including mismatch repair (MMR), homologous recombination, base excision repair (BER), and nucleotide excision repair (NER). The guide inc...

Ace your exams with this complete cell biology and genetics study guide on cell death—necrosis vs apoptosis. Structured like a graduate-level exam guide, these notes are perfect for quick revision and deep understanding. What’s Inside: • Detailed Theory & Key Concepts – Clear explanations of molecular pathways, triggers, and outcomes of apoptosis and necrosis. • High-Yield Comparison Tables – Side-by-side apoptosis vs necrosis differences for rapid memorization. • Clinical...

This document is a complete undergraduate-level study guide for Module 4: Gene Expression & Regulation, designed to be clear, detailed, and exam-focused. It explains the central concepts of gene expression (transcription and translation), the genetic code, and the mechanisms of gene regulation in both prokaryotes (operons, with emphasis on the lac operon) and eukaryotes (epigenetic modifications such as DNA methylation and histone acetylation). In addition, it provides a beginner-friendly int...

This study guide provides a complete, exam-oriented package for mastering each topic. It includes: • Concise Concept Paragraphs – Clear explanations to build understanding. • Key-Point Cheat Notes – Quick-glance summaries for last-minute revision. • Detailed Diagrams & Labels – Visual aids to reinforce complex structures and processes. • Practice Questions with Answers – • MCQs for rapid recall • Short-Answer Questions (SAQs) for focused responses • Long Quest...

This document is a comprehensive, visually enhanced study guide on Cell Division and the Cell Cycle, designed for students and learners aiming for a deep understanding or exam preparation. It combines detailed explanations, flowcharts, diagrams, and key concepts in a clear, professional, yet accessible format. Key Features: Historical Background: Covers the development of cell theory and contributions of scientists like Hooke, Leeuwenhoek, Schleiden, Schwann, and Virchow. Cell Cycle Ove...