Introduction - 1 Independent Study
... II. Independent Study Questions 1. What is the fundamental difference between eukaryotic and prokaryotic cells? 2. List and describe the two domains of prokaryotic organisms. 3. List and describe the four groups of eukaryotic microorganisms. 4. List and describe the three types of non-living infecti ...
... II. Independent Study Questions 1. What is the fundamental difference between eukaryotic and prokaryotic cells? 2. List and describe the two domains of prokaryotic organisms. 3. List and describe the four groups of eukaryotic microorganisms. 4. List and describe the three types of non-living infecti ...
Study Guide
... o Recognize and describe defining qualities that distinguish 1 bacterial clade from another o Recognize and describe defining qualities that distinguish types of bacteria from each other within a bacterial clade o List specific species of bacteria in each bacterial clade and any associated disease/i ...
... o Recognize and describe defining qualities that distinguish 1 bacterial clade from another o Recognize and describe defining qualities that distinguish types of bacteria from each other within a bacterial clade o List specific species of bacteria in each bacterial clade and any associated disease/i ...
Biology Study Guide
... inheritance. Interpret a pedigree. Understand the consequences of sex-linked disorders. DNA (Ch 9-11) What does DNA stand for? Where is DNA located? Who discovered DNA? Describe the structure of DNA. Describe the base-pairing rules for DNA. Describe the process of gel electrophoresis. What is electr ...
... inheritance. Interpret a pedigree. Understand the consequences of sex-linked disorders. DNA (Ch 9-11) What does DNA stand for? Where is DNA located? Who discovered DNA? Describe the structure of DNA. Describe the base-pairing rules for DNA. Describe the process of gel electrophoresis. What is electr ...
Crysophyta – The Golden Algae
... Chrysophytes have varying life cycles since members are unicellular, colonial, or amoeboid, but most of them pass through a flagellate stage. ...
... Chrysophytes have varying life cycles since members are unicellular, colonial, or amoeboid, but most of them pass through a flagellate stage. ...
Study Guide 1 - The Microbial World Chpt 1
... The Microbial World Living and non-living members a. Living organisms (section 1.3) – composed of cells; generally replicate independently i. Prokaryotes 1. Bacteria – a primary focus of this course; most either beneficial or not harmful 2. Archaea – appearance similar to bacteria; no known pathogen ...
... The Microbial World Living and non-living members a. Living organisms (section 1.3) – composed of cells; generally replicate independently i. Prokaryotes 1. Bacteria – a primary focus of this course; most either beneficial or not harmful 2. Archaea – appearance similar to bacteria; no known pathogen ...
Classification Systems Change as Scientists Learn More
... • All animals get energy by eating other organisms or by eating food made by other organisms. • Have ability to move around for at least part of life. • Most animals have mouths & nervous system. • Are eukaryotes (like plants) but have no cell walls. ...
... • All animals get energy by eating other organisms or by eating food made by other organisms. • Have ability to move around for at least part of life. • Most animals have mouths & nervous system. • Are eukaryotes (like plants) but have no cell walls. ...
a19 EvoMicroLife
... •The Ubiquity of Microbes •Prokaryotes •Two Domains: Eubacteria vs Archaeans ...
... •The Ubiquity of Microbes •Prokaryotes •Two Domains: Eubacteria vs Archaeans ...
Organismal Diversity
... courses for teacher education in biology specify botany and zoology, but not microbiology or study of fungi, etc. Until fairly recently, the generally accepted classification system put all organisms into 5 kingdoms. Over the past several years, though, taxonomists have become increasingly aware tha ...
... courses for teacher education in biology specify botany and zoology, but not microbiology or study of fungi, etc. Until fairly recently, the generally accepted classification system put all organisms into 5 kingdoms. Over the past several years, though, taxonomists have become increasingly aware tha ...
Slide 1 - TeacherWeb
... volcanoes. This means they are extremophyle. Archeabacteria DO NOT have to have oxygen to live . One of the first places to discover this kingdom was the hot springs of Yellow stone National park in 1983. However they have been on the Earth for nearly 3 billion ...
... volcanoes. This means they are extremophyle. Archeabacteria DO NOT have to have oxygen to live . One of the first places to discover this kingdom was the hot springs of Yellow stone National park in 1983. However they have been on the Earth for nearly 3 billion ...
VII. KINGDOM FUNGI
... – Mitochondria & chloroplasts are appropriate ___________ to be descendents of bacteria – Inner membranes of chloroplasts & mitochondria have several _______________ & transport systems that resemble those found on plasma membranes of prokaryotes – Replication of Mitochondria/Chloroplasts • Split si ...
... – Mitochondria & chloroplasts are appropriate ___________ to be descendents of bacteria – Inner membranes of chloroplasts & mitochondria have several _______________ & transport systems that resemble those found on plasma membranes of prokaryotes – Replication of Mitochondria/Chloroplasts • Split si ...
File
... things in categories that make sense – Helps everyone find what they need – Makes it easier to describe life • For an example…see the next slide! ...
... things in categories that make sense – Helps everyone find what they need – Makes it easier to describe life • For an example…see the next slide! ...
Kingdoms and Domains Section 18-3
... 9.1 Sequencing taxa from most inclusive to least inclusive in the classification of living things ...
... 9.1 Sequencing taxa from most inclusive to least inclusive in the classification of living things ...
Unit 7 NOTES: The Classification of Living Things
... Taxonomy—the science of classifying living things. Somebody who does this for a living is called a taxonomist. Binomial System—Using the Genus and the species name to classify an organism. Ex: Homo sapiens = *Note: The Genus name is capitalized, the species name is lower-case. Order of Classificatio ...
... Taxonomy—the science of classifying living things. Somebody who does this for a living is called a taxonomist. Binomial System—Using the Genus and the species name to classify an organism. Ex: Homo sapiens = *Note: The Genus name is capitalized, the species name is lower-case. Order of Classificatio ...
eukarya kingdom protista i
... In eukaryote a diploid stage undergo meiosis to produce a haploid stage These two stages alternate in three patterns Gametic meiosis: most animals & some protists * Sporic meiosis (alternation of generations: plants & ...
... In eukaryote a diploid stage undergo meiosis to produce a haploid stage These two stages alternate in three patterns Gametic meiosis: most animals & some protists * Sporic meiosis (alternation of generations: plants & ...
Lab 1 Introduction
... Red, brown and green algae are in the Plant kingdom • Textbook for 101: Red, brown, and green algae are in the Protista kingdom • UC Berkeley: Red, brown and green algae are in separate kingdoms. (The Protista kingdom does not exist.) ...
... Red, brown and green algae are in the Plant kingdom • Textbook for 101: Red, brown, and green algae are in the Protista kingdom • UC Berkeley: Red, brown and green algae are in separate kingdoms. (The Protista kingdom does not exist.) ...
CLASSIFICATION NOTES CHAPTER 4 pgs 84-95
... i. Hawaii – Huma Huma Nuka Nuka Apua’a ii. Other Places - Picasso Triggerfish 8. Modern System of Classification a. Domain Archae: unicellular (_______ cell) prokaryotes (contain ______ nuclei), ________ environments. They live in places where most organisms cannot survive (really cold or really hot ...
... i. Hawaii – Huma Huma Nuka Nuka Apua’a ii. Other Places - Picasso Triggerfish 8. Modern System of Classification a. Domain Archae: unicellular (_______ cell) prokaryotes (contain ______ nuclei), ________ environments. They live in places where most organisms cannot survive (really cold or really hot ...
Diversity of Living Things
... which are composed of filaments called hyphae – Reproduce asexually (spores) • Yeasts – Round shape – Reproduce asexually (budding) ...
... which are composed of filaments called hyphae – Reproduce asexually (spores) • Yeasts – Round shape – Reproduce asexually (budding) ...
Lab-3-Protists-1 - Think. Biologically.
... Place a couple of drops of Ringer’s solution on a clean slide. Transfer a termite into the drop of solution. Place slide under a dissecting microscope. Place the tips of dissecting needles at either end of the termite and pull in ...
... Place a couple of drops of Ringer’s solution on a clean slide. Transfer a termite into the drop of solution. Place slide under a dissecting microscope. Place the tips of dissecting needles at either end of the termite and pull in ...
5echap10n16guidedreading
... 1. Circle the bacteriophage. Label the parts of the bacteriophage. Put a square around the enveloped virus. Label the membranous layer. ...
... 1. Circle the bacteriophage. Label the parts of the bacteriophage. Put a square around the enveloped virus. Label the membranous layer. ...
bio120 lab--proks and protists-
... • Can be unicellular (e.g., diatoms) or multicellular • Traditionally classified by the color of photosynthetic pigment – the molecule that captures the energy of sunlight ...
... • Can be unicellular (e.g., diatoms) or multicellular • Traditionally classified by the color of photosynthetic pigment – the molecule that captures the energy of sunlight ...
The Six Kingdoms 2013
... The Archaebacteria Kingdom • Archaebacteria are a type of prokaryote, that is, a unicellular organism without a cell nucleus. • They can survive in extreme environments and are thoughts to be one of the first life forms on earth!! ...
... The Archaebacteria Kingdom • Archaebacteria are a type of prokaryote, that is, a unicellular organism without a cell nucleus. • They can survive in extreme environments and are thoughts to be one of the first life forms on earth!! ...
File
... cell’s chromosome (provirus formation), onset of disease at lytic cycle. 7. What is a prion? How can they cause diseases? Prion-protein, no DNA or RNA, harmful when it changes molecular shape. 8. Briefly describe 3 ways viruses are used in biotechnology. Gene Therapy – addition of a specific gene in ...
... cell’s chromosome (provirus formation), onset of disease at lytic cycle. 7. What is a prion? How can they cause diseases? Prion-protein, no DNA or RNA, harmful when it changes molecular shape. 8. Briefly describe 3 ways viruses are used in biotechnology. Gene Therapy – addition of a specific gene in ...
Biology - Final Exam Lab Practical Review Identify the three general
... 5) What is the body type of protists? 6) Be able to identify the protist species (amoeba, euglena and paramecium) from specimens on prepared slides. 7) Describe three modes of movement used by protists. 8) How do protists obtain energy? How can you tell? 9) How can protists impact humans? 10) What i ...
... 5) What is the body type of protists? 6) Be able to identify the protist species (amoeba, euglena and paramecium) from specimens on prepared slides. 7) Describe three modes of movement used by protists. 8) How do protists obtain energy? How can you tell? 9) How can protists impact humans? 10) What i ...
Protist
In all biological taxonomy schemes, protists (/ˈproʊtɨst/) were a large group of diverse eukaryotic microorganisms, mainly unicellular animals and plants, that do not form tissues. Formerly, these were assigned to the now-obsolete kingdom Protista. However in modern taxonomy the Protista are understood to be paraphyletic (not a clade), so the term remains in use only for convenience, similar to ""invertebrate"". An equivalent term Protoctista is used for these organisms by various organisations and institutions. Molecular analyses in modern taxonomy have been used to redistribute former members of this group into diverse and sometimes distantly related phyla. When used, the term “protists” is now considered to mean similar-appearing but diverse phyla that are not related through an exclusive common ancestor, and which have different life cycles, trophic levels, modes of locomotion, and cellular structures. Besides their relatively simple levels of organization, the protists do not have much in common.The term protista was first used by Ernst Haeckel in 1866. Protists were traditionally subdivided into several groups based on similarities to the ""higher"" kingdoms: the unicellular ""animal-like"" protozoa, the ""plant-like"" protophyta (mostly unicellular algae), and the ""fungus-like"" slime molds and water molds. These traditional subdivisions, largely based on superficial commonalities, have been replaced by classifications based on phylogenetics (evolutionary relatedness among organisms). However, the older terms are still used as informal names to describe the morphology and ecology of various protists.Protists live in almost any environment that contains liquid water. Many protists, such as algae, are photosynthetic and are vital primary producers in ecosystems, particularly in the ocean as part of the plankton. Other protists include pathogenic species such as the kinetoplastid Trypanosoma brucei, which causes sleeping sickness and species of the apicomplexan Plasmodium which cause malaria.