Royal Australian Chemical Institute

Slides:



Advertisements
Similar presentations
Chemistry of Carbon Molecules
Advertisements

Why do you need food? Food provides your body with materials to grow and repair tissues. It provides energy for everything you do. Your body breaks down.
Molecules of Life Section 3.3
Molecules of Life Chapter 22 Great Idea:
Carbon Compounds The building blocks of life. Key Ideas Describe why the element Carbon is a great building block Explain the role of carbohydrates, lipids,
Introduction to Cellular Respiration. Your combustion engine Energy used by living things comes in the form of chemical energy Organisms are ultimately.
Life Science Chapter 2-Lesson 3 The Chemistry of Life.
SB1bc Test Review Macromolecules and Enzymes. Since enzymes are proteins they are made of ……what? Amino acids joined by peptide bonds.
Organic Molecules Objective 2.01:
Chap 2 Chemical Composition of Cells. Key Knowledge General role of the enzymes in biochemical activities of cells Composition of cells –Major groups.
NFS 386 H FOOD CHEMISTRY Professor: Dr. Lilian U. Thompson Room 318 Fitzgerald Building 150 College St. Office Hours: 5-6 pm Wednesdays Appointment:
Organic Chemistry Notes All organic compounds contain carbon. Carbon is able to form covalent bonds with other carbon atoms and many other elements easily.
Macromolecules. 1. What does “macro” mean in macromolecules? Macro means large.
Regents Biology The Chemistry of Life What are living creatures made of? We have to take in raw materials for metabolic reactions (rxns) cells.
Food Science What is the study of Food Science? Ask your neighbor… what is the study of Food Science…?
Organic Chemistry  Carbon is a component of almost all biological molecules. 6.4 The Building Blocks of Life Chemistry in Biology.
Regents Biology The Chemistry of Life What are living creatures made of? Why do we have to eat?
Chemical Compounds in Cells. Review of basic chemistry Element – any substance that cannot be broken down into a simpler substance –Ex – carbon, nitrogen,
MACROMOLECULES. The four macromolecules are: Carbohydrates Proteins Lipids Nucleic acids.
Biochemistry MACROMOLECULES The molecules of life!!!!
Organic Compounds in the Body 7 th Grade. Organic Compounds 1) A compound MUST have CARBON (C) to make it ORGANIC. If there is CARBON (C), you must also.
11.1 The chemistry of carbon Organic chemistry is the branch of chemistry that specializes in carbon and carbon compounds. Organic molecules are found.
Aim: What are the digestive & synthesis products of organic compounds? DO NOW 1.What are the four main groups of organic compounds? 2.Which two elements.
CH 24 – Nutrition James F. Thompson, Ph.D.. Nutrition  The various nutrients are summarized in tables in your textbook. Know the ones listed in the exam.
VCE UNIT 3 BIOLOGY Headstart Lecture Presented by: THUSHAN HETTIGE.
What is the function of food for animals? In Ecology we began to examine how organisms interact with each other. One major way they seem to interact is.
Chemistry and Biomolecules Chapter 2.3. Chemical Reactions Bonds between atoms are built and broken causing substances to combine and recombine as different.
Environmental Literacy Project Michigan State University Plants Unit Activity 4.3: Materials Plants Are Made Of.
Notes Nutrient.
MACROMOLECULES.
NUTRITION.
Chemistry of Cells Section 2-3.
Organic Compounds Essential Standard
What food do they need more or less of?
BELL WORK: The table below provides information about the composition and function of four important molecules in living organisms. Which of the.
Ch.3-1 Cell Processes Chemistry of life.
Homeostasis and Biochemistry
Chemistry of Life Chapter 6 By PresenterMedia.com.
Carbon Compounds and the Chemistry of Cells
Notes: Macromolecule Table Objective: Cell biology standard 1h – Students will learn that most macromolecules (carbohydrates, lipids, proteins and nucleic.
Do Now Hand in Yesterday’s challenge sheet
Chemistry of Living Things
KEY CONCEPT Carbon-based molecules are the foundation of life.
Molecules and Life Quiz 3C.
Organic Compounds Essential Standard
Chemical Compounds in Cells
BCM208 Metabolic Biochemistry
Chemistry and Biomolecules
NUTRITION.
Chapter 2: Section 3 Chemistry of Cells
Video: Nutrition Carbohydrates, Proteins, Fats, Vitamins, and Minerals
Chapter 13.3 Learning Goals
Nutrition & Metabolism
Day 5 AIM: What are Organic and Inorganic molecules?
Notes: Macromolecule Table Objective: Cell biology standard 1h – Students will learn that most macromolecules (carbohydrates, lipids, proteins and.
Unit C Environmental Chemistry
16.3 Molecules and Carbon Compounds
Chemistry of Living Things
SB1. Students will analyze the nature of relationships between structures and functions in living things Macromolecules c. Identify the function of the.
DO NOW On the top of you note packet, write down 3 things that you might see on the nutrition label on the back of a can of food.
Changes in Matter. Changes in Matter Chapter Eighteen: The Chemistry of Living Systems 18.1 The Chemistry of Carbon 18.2 Protein, Fats, and Nucleic.
Introduction: The Six Nutrients
Introduction: The Six Nutrients
Introduction: The Six Nutrients
Molecular Biology Vocabulary.
Cellular Macromolecules
Energy and Your Health 8th Grade Science.
16.3 Molecules and Carbon Compounds
Activity 2.2: Molecules Cells Are Made Of
Presentation transcript:

Royal Australian Chemical Institute 2016 Youth Lecture Presented by the Royal Australian Chemical Institute Kitchen Chemistry Dr Chris Thompson Monash University The chemistry of food is fascinating. The atoms and molecules that we put in our mouths and sustain us with energy and nutrition span the periodic table and come in a broad range of shapes and sizes. Dr Chris Thompson's RACI Youth Lecture will explore the macronutrients (carbohydrates, fats & proteins) alongside the role of vitamins, minerals and enzymes. Key topics will include some key chemical reactions and the role of enzymes in the metabolism of food. Case studies will include glucose, sucrose and artificial sweeteners, the rancidity of fats and oils, and how amino acids polymerise to generate protein structure. Dr Chris Thompson is an Education-Focused Senior Lecturer from the School of Chemistry at Monash University, and holds degrees from the Australian National Univeristy and Monash University. He is currently the Associate Dean Education in the Faculty of Science, and Unit Coordinator for the Food Chemistry course. Chris has almost 50 research papers to his name, across the fields of spectroscopy, computational chemistry and chemistry education. He is the Chair of the RACI Chemistry Education Division, sits on the board of the not-for-profit Chemistry Education Association, co-author of the past four VCE Chemistry exams, Chief Examiner for the Monash Foundation Year program in Chemistry, and is heavily engaged with secondary school outreach, where Monash's School of Chemistry hosts over 2000 primary and secondary science students annually. His particular interests are in active learning in university classrooms, and is specifically passionate about enabling students to harness their imagination to visualise chemistry.