Section Title: Archaebacteria vs. Eubacteria

Similar documents
Vocabulary- Bacteria (34 words)

Kingdom Monera(Archaebacteria & Eubacteria)

Chapter 19 Notes Kingdoms Archaebacteria andeubacteria

Kingdom Monera Bacteria

Introduction to Bacteria

Bacteria and Viruses. 1 Bacteria CHAPTER 18. MAINIDEA Bacteria are prokaryotic cells.

Current evidence indicates that eukaryotes evolved from prokaryotes between 1 and 1.5 billion years ago.

Obligate anaerobes - cannot grow in the presence of oxygen Facultative anaerobes - can grow with or without oxygen Aerobic - require oxygen

KINGDOM MONERA. Bacterial Cell Shape 8/22/2010. The Prokaryotes: Archaebacteria and Eubacteria

Bacteria outline-- CHAPTER 19 Bacteria

Kingdom Bacteria Kingdom Archaea

TRACING BACK TO THE BEGINNING

Bacteria are very small

Bacteria are very small

Lecture 2: Kingdoms Monera, Protoctista and Fungi

Classifying Prokaryotes: Eubacteria Plasma Membrane. Ribosomes. Plasmid (DNA) Capsule. Cytoplasm. Outer Membrane DNA. Flagellum.

Classification. Old 5 Kingdom system. New 3 Domain system. reflects a greater understanding of evolution & molecular evidence

The invention of the microscope has opened to us a world of extraordinary numbers. A singular drop of pond water reveals countless life forms

Characteristics. Nucleoid Region single circular chromosome plasmids mesosome

Kingdom Monera. These notes are to help you check your answers in your Bacteria unit handout package that you received in class.

20 Viruses and Prokaryotes Bacteria

Notes - Microbiology Monera

Section 19 1 Bacteria (pages )

Cells & Bacteria Notes

9/8/2017. Bacteria and Archaea. Three domain system: The present tree of life. Structural and functional adaptations contribute to prokaryotic success

Outline. Viruses, Bacteria, and Archaea. Viruses Structure Classification Reproduction Prokaryotes Structure Reproduction Nutrition Bacteria Archaea

There are 5 kingdoms: Animalia multicellular animals, heterotrophic (eat other things), evolved 700,000,000 years ago (1,000,000 2,000,000 species)

Kingdom Monera - The Bacteria

19-1 Notes Bacteria. Named after the Greek word Little stick because many bacteria have a stick-like shape when viewed under a microscope

Archaebacteria and Eubacteria

Archea and Bacteria- The PROKARYOTES

Ch. 19 Bacteria and Viruses Review: Prokaryote and Eukaryote

Biology. Slide 1 of 40. End Show. Copyright Pearson Prentice Hall

Origins - Three Domain Classification PROKARYOTES

BACTERIA AND ARCHAEA 10/15/2012

4/17/2014. Prokaryotes have inhabited the Earth for billions of years

Name Block Chapter 6, Section 3, Bacteria, pages Information taken from Prentice Hall Science Explorer, Life Science, 2004

Early History and Primitive Life. Unit 2: How do cells support life? Chapter: What are the origins of life? What are the simplest forms of life?

11/15/2011. Outline. Prokaryotes. Why care about the small stuff. Bacteria in our bodies. I. Categories of life. II.

Prokaryotes. Chapter 27. PowerPoint Lectures for Biology, Seventh Edition. Lectures by Chris Romero. Neil Campbell and Jane Reece

B. Correct! Bacillus anthraces produces spores that can cause anthrax. D. Incorrect! Diphtheria is caused by Corynebacterium diphtheriae.

Unit 5. Organisms C H A P T E R 1 5. Bacteria: Unicellular R E A D P

Some history. Now, we know that Robert Hooke was not looking at living cells, but the remains of dead cell walls.

Directed Reading A. Section: Bacteria CHARACTERISTICS OF BACTERIA. bacteria? a. cocci b. spirilla c. flagella d. bacilli.

Domains and Kingdoms

Prokaryotes Reading Bacteria Classification of Bacteria

CH 5 Mostly Microorganisms. Microorganisms covered in this chapter:

Unit 13.1: Prokaryotes

BIOLOGY. Bacteria and Archaea

Announcements KEY CONCEPTS

BACTERIA. Bacteria - small one celled monerans Bacteria like a warm, dark, and moist environment They are found almost everywhere: -on most objects

CHAPTER 3 : MONERA. Metabolic diversity. Metabolic diversity. Metabolic diversity 1/10/2016 BACTERIA

MORPHOLOGY: the study of form and structure

Chapter 21 PROKARYOTES AND VIRUSES

Domains and Kingdoms. Images, from left to right: Cholera bacteria, Volvox colony, Strep bacteria

LECTURE PRESENTATIONS

MAJOR EPISODES IN THE HISTORY OF LIFE

The Prokaryotic World

NOTES: 20.2 (& 20.3)

- A virus is a short piece of DNA or RNA, sometimes with some associated enzymes.

Microbiology. Viruses

Classification. Classifying Organisms. * Organisms are divided into 3 domains and 6 kingdoms based on the following characteristics

Prokaryotes Vs. Eukaryotes

Biology Study Guide. VOCABULARY WORDS TO KNOW (+5 for making flashcards)

Intro to Prokaryotes Lecture 1 Spring 2014

The Microbial World. Microorganisms of the Sea

Prokaryotes (Domains Bacteria & Archaea) KEY POINTS

Archaea Ancient Oddities

1/21/2017. Lecture 5: Chapters 26 & 27 Diversity of Prokaryotes & Protists

Have you had a cold, flu, or other infectious disease recently? Do you

MICROBE MISSION - SAMPLE TOURNAMENT #1 by Karen L. Lancour

Biological Kingdoms. An introduction to the six kingdoms of living things

(A) Exotoxin (B) Endotoxin (C) Cilia (D) Flagella (E) Capsule. A. Incorrect! Only gram-positive bacteria secrete exotoxin.

Chapter 1. Basics of Microbiology

Chapter 17B. Table of Contents. Section 1 Introduction to Kingdoms and Domains. Section 2 Advent of Multicellularity

SG 9.2 notes Ideas about targets and terms: 9.2 In the past, all living things were classified in either the kingdom of animals or plants

Brief history of life on Earth

Viruses p.122. Viruses are very small structures which can make other organisms sick.

Classification by Aristotle and Theophrastus. Early Classification. Living Things

1. Prokaryotic Nutritional & Metabolic Adaptations

BACTERIA. CLS 212: Medical Microbiology Miss Zeina Alkudmani

Chapter 19 Bacteria and Viruses. Name Class Date

Bacteria & Archaea. Ms.Tanyaratana Dumkua Biology Department, MahidolWittayanusorn school

Figure Page 117 Microbiology: An Introduction, 10e (Tortora/ Funke/ Case)

MODULE #2: Kingdom Monera Prokaryota(pro kehreeaht' uh)

Broughton High School. Name: Class: Date: / /

Name: Key Period: Date: EVOLUTION UNIT 1 STUDY GUIDE. b. A physical structure or part of an organism s anatomy that helps it survive

TER 26. Preview for 2/6/02 Dr. Kopeny. Bacteria and Archaea: The Prokaryotic Domains. Nitrogen cycle

Biology Study Guide. VOCABULARY WORDS TO KNOW (+5 for making flashcards)

Curriculum for Plant Biology 17 Kingdom Monera and Viruses. Prerequisite Skills. Skills. Framework Standard(s) Biology

Eubacteria Archaea Eukarya

Scientific names allow scientists to talk about particular species without confusion

Creating a Dichotomous Key

Unit 4 Cell Structure, Cell Processes, Cell Reproduction, and Homeostasis. Mrs. Stahl AP Biology

1B Review Questions (54)

Overview: Masters of Adaptation. Prokaryotes thrive almost everywhere, including places too acidic, salty, cold, or hot for most other organisms

Introduction to Microbiology. CLS 212: Medical Microbiology Miss Zeina Alkudmani

1A Review Questions. Matching 6. Class 7. Order 8. Binomial nomenclature 9. Phylum 10. Species

Name Class Exam Date Unit 10 Bacteria, Virus, Protist, Fungi

Microbiology / Active Lecture Questions Chapter 10 Classification of Microorganisms 1 Chapter 10 Classification of Microorganisms

Transcription:

Unit: 3.1 Name: Section Title: Archaebacteria vs. Eubacteria Latin Root Word: Review of Old Information: None New Information: Bacteria Notes Basic Bacteria Facts Classification of Bacteria: Kingdom Archaebacteria Major Bacteria Phyla: Archaebacteria Classification of Bacteria Kingdom Eubacteria

Shapes of Eubacteria: Draw and Label Eubacteria Eubacteria: Heterotrophs Photosynthetic: Autotrophs Eubacteria: Chemosynthetic Autotrophs Major Bacteria Phyla: Eubacteria

Most Bacteria Reproduce by 1 of 2 means Asexual Reproduction Sexual Reproduction Gram Stain

Activity: Book Work pg. 467-473 The two Kingdoms of bacteria are known as and. One reason Archaebacteria is placed into a separate kingdom is because its cell walls do not have, which is a protein carbohydrate compound found in the cell walls of Eubacteria. Archaebacteria were first discovered in extreme environments, such as,, and. The three phylogenetic groups of archaebacteria are,, and. Methanogens found in anaerobic conditions such as at the bottom of and, where they convert H2 and CO2 into. Extreme halphiles are archaebacteria, and live in environments with very high salt concentrations such as the Dead Sea. Thermoacidophiles live in extremely environments that have high temperatures, such as volcanic or hydrothermal vents. Eubacteria account for most bacteria and have three basic shapes. Eubacteria that are rod shaped are called. Eubacteria that are sphere shaped are called. Eubacteria that are spiral shaped are called. When cocci occur in chains they are called, and when cocci occur in grape like clusters they are called. Eubacteria are divided into 12 different phyla. Some basic phyla of bacteria are (table 24-1),,, and. Phylum cyanobacteria were once known as blue-green algae, but do not have a membrane bound nucleus. To acquire energy cyanobacteria perform. Phylum spirochetes are shaped heterotrophic bacteria and are known to cause the STD syphilis. Phylum Gram positive bacteria are a main producer of, which inhibit growth or kill microscopic organisms. Phylum proteobacteria is the one of the largest and most diverse bacteria kingdoms and include bacteria and. Class Review Questions: 1. Which of the following types of bacteria would you most likely to find in very salty water? a. Chemoautotroph b. Extreme halophile c. Cyanobacterium d. Thermoacidophile 2. Archaebacteria and eubacteria are placed into separate kingdoms because archaebacteria a. lack cell membranes b. have cell walls that contain peptidoglycan c. evolved after eubacteria evolved d. have some genes that closely resemble those found in eukaryotes 3. Rod shaped bacteria are called a. cocci b. bacilli

c. halophiles d. spirilla 4. Thermoacidophiles are a. eubacteria b. cyanobacteria c. archaebacteria d. spirochetes 5. Gram positive bacteria stain a. blue b. pink c. red d. purple Bacteria and Disease Type of Disease Areas Affected Mode of Transmission Botulism nerves Improper preserved foods Cholera intestines Contaminated water Tooth Decay teeth Bacteria in mouth Gonorrhea Urethra/ fal.tubes Sexual contact Lyme Disease Skin, joints, heart Tick bite Rocky Mountain Spotted Fever Blood, skin Tick bite Salmonella intestines Contaminated food

Strep throat Respiratory tract Sneezing/coughing Tetanus nerves Contaminated wounds Tuberculosis Lungs, bones, etc coughing Ways Bacteria Cause Disease Activity: Book Work: pg. 478-479 The scientific study of disease is called. Bacteria that causes disease is known as. Some bacteria cause disease by producing poisons called toxins. are toxins produced by Gram-positive bacteria and are secreted into the surrounding environment. Toxins that are associated with Gram-negative bacteria and are not released from the bacteria until it dies are known as. Class Review Questions 1. One bacterial disease that is transmitted by contaminated drinking water is a. Lyme disease b. Gonorrhea c. Tuberculosis d. Cholera 2. A poison that is released from the outer membrane of dead Gram negative bacteria is called a. a pathogen b. an exotoxin c. an endotoxin d. a broad-spectrum toxin 3. Which of the following is not a way that bacteria cause disease in humans? a. Destroying body tissues b. Conjugating human cells c. Damaging blood vessels d. Dissolving blood clots 4. Bacteria that cause disease are known as a. Pathology

b. Endotoxins c. Pathogens d. Exotoxins 5. A poison that is produced by gram positive bacteria while the bacteria are still alive is known as a. Pathology b. Endotoxin c. Pathogens d. Exotoxin Unit: 3.2 Name: Section Title: Useful Bacteria Latin Root Word: Review of Old Information: 1. Bacteria that can survive ONLY in the absence of oxygen are called obligate anerobes. a. True b. False 2. Ancient bacteria are typically referred to as archaebacteria. a. True b. False 3. Which of the following bacteria would you most likely find in very salty water? a. Chemoautotroph c. Halophile b. Cyanobacterium d. Thermoacidophile 4. One structure not found in a bacterial cell is a a. Cell wall b. Plasmid c. Nucleus d. DNA 5. The type of bacteria that feeds on other dead and decaying organisms is called a(n) a. Heterotroph c. Photoautotroph b. Saprophyte d. Chemoautotroph 6. Which type of bacteria CANNOT live without oxygen? a. Obligate anaerobes b. Obligate aerobes c. Facultative anaerobes d. All bacteria 7. Cocci bacteria are typically shaped like a. Grape-like clusters b. Spirals c. Rods d. Spheres 8. Pili serve what function in bacteria? a. Movement

b. Regulates movement of material into the cell c. Helps bacteria attach to other surfaces d. Helps protect bacteria in harsh environments Matching #1 9. staphylo a. rod-shaped 10. coccus b. chain 11. bacilli c. grape-like clusters 12. spirilla d. sphere shaped 13. strepto e. spiral shaped Matching #2 14. Cyanobacteria a. Archaebacteria; live ONLY in anaerobic anaerobic conditions like swamps and sewage. 15. Spirochetes b. Eubacteria; spiral-shaped; move using corkscrew motion. 16. Proteobacteria c. Archaebacteria; love hot and acidic environments. 17. Methanogens d. Eubacteria; photosynthetic; once referred to as blue-green algae. 18. Thermoacidophiles e. Eubacteria; chemoautotrophic; one type is enteric bacteria. 19. Which of the following appear purple when gram stained because of a thick peptidoglycan layer. a. Gram positive c. Archaebacteria b. Gram negative d. Methanogens 20. What archaebacteria live in extreme environments with high temperatures such as hot springs? a. Methanogens c. Thermoacidophiles b. Halophiles d. Cyanobacteria 21. Which of the following would have a blue green color? a. Spirochetes b. Proteobacteria c. Thermoacidophiles d. Cyanobacteria 22. Which is a type of asexual reproduction carried out by bacteria? a. Chemosynthesis b. Binary fission c. Eutrophication d. Peptidoglycan

23. Bacteria is known to cause diseases such as botulism and lyme disease. These bacteria would be known as a. Pathology b. Saprophytes c. Pathogens d. Antibiotics