Biology 107

Learn before lecture assignment number 8 from the biology 106 course in spring 2019 excellent source, all answers directly from required text great way to study for the exams and tests, easy way to learn, counts as homework points

Learn before lecture (LBL) assignment Completed in 2020 spring semester under Jorgensen/richie professors counted as homework points excellent way to review and study for exams answers directly from textbook information

Introduction and reference section document from biology107 in the 2021 spring semester. This document is not for plagiarism purposes, it is my own work and has appropriate citations.

This document contains all of the answers to the biology 107 journal article analysis number 2 for Dr. Davis' class. This was assigned in October and I received great marks. This document is intended for example only.

DETAILED LECTURE NOTES COVERING THE FOLLOWING INFORMATION - Macromolecules: Monomers vs. Polymers - How are polymers formed: Dehydration vs. Hydrolysis - Biological Polymers: Nucleic acids, proteins, and carbohydrates - Enzymes and their involvement in dehydration and hydrolysis - Nucleic Acids: DNA and RNA - Discovery of DNA Structure - Nucleotide Structure - Nitrogen Bases and their structures - Sugars: DNA and RNA - Phosphodiester bones - Watson Crick DNA structure ** Contains Que...

A VISUAL NOTE TAKING STYLE COVERING THE FOLLOWING INFORMATION **RNA processing in eukaryotic cells** - 3 regions of pre-mRNA - Functions of the 3 regions of pre-mRNA - Mature mRNA **Intro the Translation: Genetic Code** - Start codons and stop codons - The processes involved with the ribosome and pre-mRNA during translation - The different types of RNA needed in translation - The features of tRNA

Visual Notes Covering: **Ribosome** - The catalyst for peptide bond formation - The functions carried out by the ribosome during translation - A breakdown of the structure of the ribosome: large and small subunits: A site, P site, E site **3 stages of translation** A detailed breakdown of each individual stage and substage for the following processes** - Initiation - Elongation - Termination **What happens to the polypeptide chain after translation** - Protein Folding - some of the prob...

Lecture Notes Covering: - Gene Expression - Central Dogma - Differences in Prokaryotes and Eukaryotes * Basics of Transcription - Stage 1: Initiation - Stage 2: Elongation - Stage 3: Termination

Protein Structure - Primary Structure - Secondary Structure - Tertiary Structure