Domains & Kingdoms: Taxonomy Of Cells
Domains & Kingdoms: Taxonomy of CellsMicroscopes allow us to look closely at cells. There are many different types of organisms: three Domainscomprised of Bacteria, Eukarya, and Archeae; and 4 Kingdoms of Eukarya: Plantae, Animalia, Fungi, andProtista. Each of the Domains has characteristic cell types, which you have learned about in Biology class.Today, we are going to look at cells from Bacteria, Protists, Fungi, Plants, and Animals and find thecharacteristics of their cells. We’ll use what we learn to identify an unknown or mystery slide.What we will do today:1. Your instructor will give your group a slide or slides of an unknown, live tissue or cells. Each groupwill have a different sample. Your job is to examine the tissue, draw and label (if possible) what yousee and take detailed notes. Pay especial attention to the characteristics of the cells that you see.2. Compare your sample to prepared slides of tissues and cells from different types of organisms.Carefully draw and label cells from each of these types of organisms and note any characteristicsthat you notice.3. Determine what type of organism was the source of your tissue or cells and explain how you came tothis conclusion.4. If you cannot determine the type of organism that was the source of your tissue or cells, why not?What would you need to do to make this determination?5. You may do this in whatever order you prefer. Some like to look at the unknown tissue or cells first,then at the different cell types. Others prefer to look at each cell type first and then at the unknown.6. At the end, you should have a detailed description of each type of cell you examined, including yourown unknown sample. Compare and contrast the cells types that you saw in your lab report section.7. We will share what we find with each other, so be sure to take good notes.Hagerstown Community College Mobile Microscopy Training Hub6/11/2013This material is based upon work supported by the National Science Foundation under Grant Number 1205050.
What type of organism is this?1. Examine the “unknown” tissue or cells given to you by your instructor. Draw what you see at 100xand 400x or 1000x below. Label at least three structures and describe what you see in the spacebeside your drawings.Total Magnification: xTotal Magnification: xHagerstown Community College Mobile Microscopy Training Hub6/11/2013This material is based upon work supported by the National Science Foundation under Grant Number 1205050.
2. Draw and label cells/tissues from each of types of organisms represented by the prepared slides.Choose and record the magnification needed to determine the characteristics of this cell type. Yourdrawings should be done at a high enough total magnification to see the details of a single cell,usually 100x or higher. Describe what you see in the space provided.a. Which type of organism?Total Magnification: xb. Which type of organism?Hagerstown Community College Mobile Microscopy Training Hub6/11/2013This material is based upon work supported by the National Science Foundation under Grant Number 1205050.
Total Magnification: xc. Which type of organism?Total Magnification: xd. Which type of organism?Total Magnification: xHagerstown Community College Mobile Microscopy Training Hub6/11/2013This material is based upon work supported by the National Science Foundation under Grant Number 1205050.
e. Which type of organism?Total Magnification: x3. What type of organism is your unknown? Using what you learned about the cellular characteristicsof each type of organism, give the evidence for how you know this. If you cannot determine thesource of your unknown, explain why not and describe what you would need to do to make thisdetermination.Hagerstown Community College Mobile Microscopy Training Hub6/11/2013This material is based upon work supported by the National Science Foundation under Grant Number 1205050.
Hagerstown Community College Mobile Microscopy Training Hub6/11/2013This material is based upon work supported by the National Science Foundation under Grant Number 1205050.
Domains & Kingdoms: Taxonomy of Cells Microscopes allow us to look closely at cells. There are many different types of organisms: three Domains comprised of Bacteria, Eukarya, and Archeae; and 4 Kingdoms of Eukarya: Plantae, Animalia, Fungi, and Protista. Each of the Domains has characteristi
Six Kingdoms System Monera or Prokaryotae were divided into two kingdoms: Eubacteria Archaea Eight Kingdoms System Two Empires and eight Kingdoms. Empire Bacteria: Eubacteria & Archaea. Empire Eukaryota: Six eukaryotic Kingdoms. Two new Kingdoms: Archezoa: Un
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Taxonomy, Phylogeny, and Organization Chapter Outline 7.1 Taxonomy and Phylogeny A Taxonomic Hierarchy Nomenclature Molecular Approaches to Animal Systematics Domains and Kingdoms Animal Systematics 7.2 Patterns of Organization Symmetry Other Patterns of
and playing the Spellbound Kingdoms Combat Primer. Make no mistake, Spellbound Kingdoms is a complete fantasy RPG. In the Kingdoms, you’ll fi nd zeppelins, courtesans, feral children, alchemy, sorcery, engineering, politics, dragons, and slavering undead. But in this Primer, the focus is on combat. Here’s what I hope you get out of the Primer:
Three Kingdoms (also known as Romance of the Three Kingdoms, or Tale of the Three Kingdoms) is a historical novel, written by Luó Guànzhōng in the 14th century CE, with a dramatic setting in the 3rd century CE. The era in which the story of the novel is set includes the end of the Han Dynasty (202 BCE – 220 CE), and the beginning of the ThreeFile Size: 685KB
Marzano's New Taxonomy, Page 1 Marzano's New Taxonomy as a framework for investigating student affect Jeff Irvine Brock University ABSTRACT In 1998 Marzano proposed a taxonomy of learning that integrated three domains or systems: the self system, which involves student motivation; the metacognitive system, involving
THE SIX KINGDOMS . TYPES OF LIVING THINGS Plant cells Animal cells Protist cells Fungal cells Bacteria Archaea . Life cycle: How can something without life have a life cycle? Viruses Viruses are not considered “living” when outside a host cell The general name for a virus in this
AUTOMOTIVEEMC SAFETY&EMC2011 Table3ISO11452-2severitylevels SeverityLevel Field/(V/m) I25 II50 III75 IV100 V(opentotheusersofthestandard) Figure10Typicalbiconicalantenna
