Homeostasis and Biochemistry

Slides:



Advertisements
Similar presentations
Enzymes, Metabolism & Nutrients. Metabolism Metabolism: all of the chemical reactions which occur in a cell Catabolism: large molecules are broken down.
Advertisements

Enzymes. Enzymes are… Catalysts – is any substance that works to accelerate a chemical reaction Most enzymes are proteins.
Regents Biology collagen (skin) Proteins insulin –muscle –skin, hair, fingernails, claws ______________________ –_____________ digestive enzyme in stomach.
Digestion summary. What goes where? How does chemical digestion happen ?
DO NOW WAIT FOR ASSIGNED SEAT Then…. Chemical Reactions Enzymes.
Characteristics of Life & Cells
Chemistry of Living Things. Homeostasis: Homeostasis: A balanced state in an organism’s body. Failure to maintain homeostasis results in disease or death.
METABOLISM. WHAT IS METABOLISM? OUR BODIES GET THE ENERGY THEY NEED FROM FOOD THROUGH METABOLISM THE CHEMICAL REACTIONS IN THE BODY'S CELLS THAT CONVERT.
Pages Macromolecules Organic molecules; they all contain carbon Carbohydrates (Polysaccharides) Lipids (fats) Proteins Nucleic Acids (DNA/RNA/ATP-ADP)
1-3 Chemical Compounds in Cells. Element Element Any substance that cannot be broken down into simpler substances Any substance that cannot be broken.
Similarities and Differences Among Living Organisms.
Mrs. Kooiman La Serna High School. A. Forms of Energy  Mechanical, Light and Chemical Energy B. Energy can be absorbed or released by a chemical reaction.
ENZYMES Who cares?. ENZYMES  speed up chemical reactions  put chemicals together (synthesis reactions)  break chemicals apart (decomposition)
Connect How many of you have heard “Chew your food”? Why is it important? What does your body use to assist in digestion? Do you know someone who is lactose-intolerant?
Biochemistry The study of chemical reactions of living things.
AIM: What are enzymes and why are they important? DN: What are proteins? What are the building blocks of proteins? Give some examples of proteins.
Role of Enzymes. 1. Cells are possibly the smallest chemical factories in the world. They build chemical compounds (anabolism) from raw materials and.
1. Organic Compounds 1. Organic Compounds – A compound containing Carbon and Hydrogen 2. The most common elements in living things are: 1. Carbon 2. Hydrogen.
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.
Carbohydrates, Proteins, Lipids, Nucleic Acids Section 3 Energy and Chemical Reactions Grade 10 Biology Fall 2010.
With the person next to you, answer the following questions, which are based on your homework: 1. What types of nutrients are found in foods? 1. What makes.
Which of the following macromolecules is this? A. lipid B. Carbohydrate C. Protein D. Nucleic acid.
Jeopardy Acid or BaseOrganic and inorganic molecules CarbohydratesLipids and Proteins Enzymes and Nucleic Acids Final Jeopardy.
Date: October 19, 2016 Aim #17: What functions do lipids serve to living things? HW: Test Corrections due Friday Textbook HW due day of test! Do Now:
BASIC BIOCHEMISTRY.
GREEN BOOK REVIEWS – BIOCHEMISTRY
BIOCHEMISTRY REVIEW – HOLIDAY BREAK 2016
Chemistry of Living Things
GREEN BOOK REVIEWS – BIOCHEMISTRY
Bio-Chemistry What is it? BIO.
BIOCHEMISTRY REVIEW – HOLIDAY BREAK 2016
Jeopardy: Biochemistry
Chemistry of Life Do you know what you are made of?
Unit 3: Biochemistry Part 1 Review
ENZYMES.
Aim What is an Enzyme?.
Regulate cell chemisty
Do Now: Explain what enzymes do
Organic Molecules SC Biology Standard- B Summarize how the structures of organic molecules are relative to their caloric value and the function.
PROTEINS.
BIOCHEMISTRY STAAR Review
Biology Notes Biochemistry Part 4 Pages 50-56
Macromolecules/ AKA: Macronutrients
Chapter 2: Section 3 Chemistry of Cells
What are living creatures made of? Why do we have to eat?
Nutrition & Metabolism
Biology Notes Biochemistry Part 4 Pages 50-56
Lesson 7a: Organic Molecules
Topic 1 Vocabulary.
Proteins.
sugar- hiding in plain sight
What are living creatures made of? Why do we have to eat?
What are living creatures made of? Why do we have to eat?
Unit 1: Biochemistry and Digestion
Nutrition.
Biochemistry.
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.
PROTEINS!~.
This IS Jeopardy.
Organic Chemistry.
Organic Chemistry.
What are living creatures made of? Why do we have to eat?
What are living creatures made of? Why do we have to eat?
Chapter 3 section 5 Digestion and pH.
Enzymes (a special protein)
The Digestive System The Digestive System Mechanical Digestion
What are living creatures made of? Why do we have to eat?
What are living creatures made of? Why do we have to eat?
ENZYMES.
Presentation transcript:

Homeostasis and Biochemistry REVIEW

Molecules Starch is made from molecules of – Simple Sugars Proteins are made from molecules of – Amino Acids What metabolic Activity Builds Larger Molecules from smaller ones Synthesis

What metabolic activity breaks down large molecules into smaller ones Digestion (Hydrolysis) When Carbohydrates are digested what is the end product Simple Sugars (Glucose) What are carbohydrates used for Source of Energy

When Proteins are digested what is the end product Amino Acids What do we then do with the amino acid – Synthesize them into our proteins What important protein controls metabolism Enzymes Where did you get the amino acids to make your enzymes The foods you eat

Enzymes What is the job of Enzymes All chemical reactions (Digestion, Synthesis etc.) What are enzymes made of Proteins So what are the building blocks of enzymes Amino Acids Every enzymes acts upon only One Substance

Enzymes work only in specific conditions like Temperature pH Concentration

Hormones What are they Chemical Messengers Where do the messengers go to Cells What on the cells do they interact with Receptors Why are only certain cells affected by hormones Cells have specific receptors

Receptors They work according to their – Shape Play an important role in communication between Cells

Feedback Mechanisms Maintain Homeostasis

  Person is outside and their body temperature decreases   Person is outside and their body temperature decreases The person begins to shiver and blood vessels in the skin constrict Body Temperature increases

 Carbohydrate