Biology dna notes Study guides, Class notes & Summaries

This set of notes details everything in Chapters 12-17, or Module 3, of Biology 1020. Chapter 12 starts out with the cell cycle and critical aspects of cell division. The phases of the cell cycle, including mitosis, are explained with descriptions and diagrams. Chapter 13 continues with meiosis and sexual versus asexual reproduction. It also introduces chromosomes and genes and how they contribute to life. Chapter 14 goes deeper into genes and covers all of what Gregor Mendel discovered about ge...

Get ready to ace your Grade 12 Biology exam with our comprehensive Biology Exam Review Notes! Designed specifically for students tackling biochemistry, metabolic processes, molecular genetics, and homeostasis, our study guide is your ultimate resource for mastering these key topics. Biochemistry: Dive into the fascinating world of biochemistry and unravel the intricacies of biomolecules. From understanding the structure and function of carbohydrates, lipids, proteins, and nucleic acids to exp...

These notes include everything you need to study for the IEB Life Sciences P2. Topics include DNA, RNA & protein synthesis, meiosis, chromosomes, genetics, genetic engineering and other subtopics. I made these notes to consolidate all of the information that is examinable in an organised manner, and have based the notes on the grade 12 CAPS life science textbook, along with notes I made in class and my teacher's notes. These notes come with definitions, diagrams and tips on how to write a biolog...

This document summarises the entire IEB syllabus requirements for Life Science, fulfilling the IEB SAGS conditions. Using these notes will ensure outstanding results as they provide excellent information, summarised in a way that is easy to understand. These notes cover practical Biology applications, essay writing, DNA, Biotechnology, Genetics, Meiosis, Reproduction, Speciation, and Evolution. Moreover, these notes are derived from the examiner for Life Sciences Paper 2.

A complete set of notes on the DNA + RNA & Chromosomes + Meiosis Section of the IEB Matric / Grade 12 Syllabus for Life Sciences (Biology). Includes colourful diagrams as well as detailed descriptions of various processes. Contents: DNA, DNA Replication + RNA, Protein Synthesis (Transcription + Translation), Genetic Aberrations + Mutations, Application of DNA Technology, Chromosomes + Meiosis, Meiosis 1 - Reduction Division, Meiosis 2 - Copying Division, Meiosis + Crossing Over, Mitosis vs Meios...

This document contains notes, neat diagrams, and illustrations for the following topics: DNA & RNA Recombinant DNA Genetic engineering techniques Human genome project Mendel’s 3 Laws Germline gene therapy Polymerase Chain Reaction (PCR) Gene mutations A Genetically Modified Organism (GMO) Artificial Selection Methods of selective breeding Essay writing skills It covers the really important topics for the Life science paper 2 final Matric exam.

This aesthetic, in-depth, neatly typed document summarises 3.1 of strand 3 of the IEB grade 12 Mind Action Series textbook: DNA - Code of life. It includes the full 3.1 Code of life syllabus as well as additional class notes, own research notes and all relevant diagrams.

Autopsy - The internal and external examination of a body after death. An autopsy is performed to confirm or determine the cause of death and establish other pre-death conditions, such as the type of food last consumed and the time it was consumed. Ballistics - The study of the motion of bullets and their examination for distinctive characteristics after being fired. Examiners can use this evidence to match bullets or bullet fragments to specific weapons. Blood Splatter - The pattern of bl...

Primavera Biology B Unit 3: Genomics (2023/2024) Already Graded A CHECKPOINT 12 Genes located close together on a chromosome tend to be inherited together. What is this called? genetic linkage Which of the following genes are linked in pea plants? flower color and pollen-grain shape A Punnett square incorrectly predicts the outcome of a dihybrid cross. There are only two phenotypes in the F2 offspring instead of four. Why? The genes are completely linked. A Punnett square predicts that the...

Revision notes for Cancer Biology covering control of the cell cycle, molecular mechanisms (CDK and Cyclins), cell cycle checkpoints, response to DNA damage. Introduction to oncogenes and tumor suppressors and how various mechanisms link to the hallmarks of cancer.