'Kingdom bacteria' presentation slideshows

Life Science Chapter 4

Life Science Chapter 4. Bellwork. Discuss a scientific observation you made over the weekend. Make a Book!. Work with a partner, but everyone needs their own book. Spend about 5-10 minutes and read section 1 on your own Then, get with a partner and make the title page of your book.

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Objective 2

Objective 2. The student will demonstrate an understanding of the organization of living systems. Living things are. Organized into cells. Grow and develop. Respond to the environment. Use energy Reproduce. Cells are organized into. Tissues, like types of cells

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The student will demonstrate an understanding of the organization of living systems. 2011-12

TAKS Objective 2. The student will demonstrate an understanding of the organization of living systems. 2011-12. Living things are. Organized into cells. Grow and develop. Respond to the environment. Use energy Reproduce. Cells are organized into. Tissues, like types of cells

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CLASSIFICATION

CLASSIFICATION. Classification = the grouping of objects or organisms based on a set of criteria. TAXONOMY = A branch of biology that groups and names organisms. I. History. A. Aristotle (384-322 B.C.) Greek philosopher 1 st method of classification 2 groups: plants & animals.

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Origin of Life

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Classification and Prokaryotes (adapted from K. Foglia)

Classification and Prokaryotes (adapted from K. Foglia). Eukaryote. Prokaryote. Archaebacteria & Bacteria. Classification. Old 5 Kingdom system Monera , Protists, Plants, Fungi, Animals New 3 Domain system reflects a greater understanding of evolution & molecular evidence

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Ch. 18, Classification

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Bacteria

Bacteria. Archae- bacteria. Protista. Plantae. Fungi. Animalia. 0. Cenozoic. Colonization of land by animals. Mesozoic. Paleozoic. 500. Appearance of animals and land plants. First multicellular organisms. 1000. PROTEROZOIC. Oldest definite fossils of eukaryotes. 1500. 2000.

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Classification & the New Taxonomy

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Chapter 1; Section 2 Themes in Biology

Chapter 1; Section 2 Themes in Biology. Diversity and Unity of Life Interdependence of Organisms Evolution of Life. 1. Diversity and Unity of Life. Diversity refers to the variety of life forms that exist. Unity refers to features that all living things have in common

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UNIFYING THEMES OF BIOLOGY

UNIFYING THEMES OF BIOLOGY. There is UNITY in the DIVERSITY OF LIFE. There are FEATURES that all LIVING THINGS HAVE IN COMMON. FEATURES that all LIVING THINGS HAVE IN COMMON. GENETIC CODE (genome) Governs the use of heredity information

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The student will demonstrate an understanding of the organization of living systems.

TAKS Objective 2. The student will demonstrate an understanding of the organization of living systems. Living things are. Organized into cells. Grow and develop. Respond to the environment. Use energy Reproduce. Cells are organized into. Tissues, like types of cells

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KEY CONCEPT The current tree of life has three domains.

KEY CONCEPT The current tree of life has three domains. Plantae. Animalia. Classification is always a work in progress. The tree of life shows our most current understanding. New discoveries can lead to changes in classification. Until 1866: only two kingdoms, Animalia and Plantae.

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The Diversity of Life

The Diversity of Life. Chapters 2, 3. Objectives. Be familiar with an evolutionary tree Be familiar with the Linnaean taxonomic system of classification Recognize the different Kingdoms of Life Describe the unique characteristics of each kingdom. Evolutionary Trees.

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Photosynthetic Prokaryotes Chapter 13

Photosynthetic Prokaryotes Chapter 13. Kingdom - Bacteria Phylum- Cyanobacteria. Cyanobacteria- Gram Negative Bacteria. Gram positive - peptidoglycan layer; stains with crystal violet.

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Primary and Secondary Metabolites

Primary and Secondary Metabolites. Despite the extremely varied characteristics of living organisms , the pathways for generally modifying and synthesizing carbohydrates , proteins , fats , and nucleic acids are essentially the same in all organisms, apart from minor variations .

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KEY CONCEPT The current tree of life has three domains.

KEY CONCEPT The current tree of life has three domains. Plantae. Animalia. Classification is always a work in progress. The tree of life shows our most current understanding. New discoveries can lead to changes in classification. Until 1866: only two kingdoms, Animalia and Plantae.

270 views • 11 slides

DOMAINS AND KINGDOMS

DOMAINS AND KINGDOMS. Zebra Book Chapter 17 Section 3. DOMAINS. 3 domains: BACTERIA ARCHAEA EUKARYA Classified into domains based on cell type and structure. DOMAIN BACTERIA. Include bacteria (Kingdom Bacteria also) PROKARYOTIC (PRO=NO) Survive in many environments

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Kingdoms

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KINGDOM ARCHEABACTERIA

KINGDOM ARCHEABACTERIA. Unicellular Prokaryotes Extremophiles (heat, salinity, acid, etc) Autotrophic/chemosynthetic and heterotrophic DNA structure similar to eukaryotes. KINGDOM BACTERIA. Single-celled Prokaryotic Heterotrophic or autotrophic, anaerobic or aerobic.

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