ven the following scanning electron image, what general type of cell are we looking and why? 1.0 um a researcher, you were able to sequence a circular piece of DNA from the organism OW: 08363 w would you go about determining if the organism is a prokaryote or eukaryote?

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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b. Given the following scanning electron image, what general type of cell are we looking
at and why?
HIGH
1.0 um
c. As a researcher, you were able to sequence a circular piece of DNA from the organism
below:
cace
M40205330
08363
CODDEGOED
How would you go about determining if the organism is a prokaryote or eukaryote?
Transcribed Image Text:b. Given the following scanning electron image, what general type of cell are we looking at and why? HIGH 1.0 um c. As a researcher, you were able to sequence a circular piece of DNA from the organism below: cace M40205330 08363 CODDEGOED How would you go about determining if the organism is a prokaryote or eukaryote?
Plantae
1. Molecular and microscopy analyses have provided evidence for relationships among 75
lineages of eukaryotes and their distinctness from prokaryotes.
Green Algae
Red Algae
Alveolates
Stramenopiles
Chlorophytes
Trebouxiophytes
Floridiophytes
Bangiophytes
Cyanidiophytes
Glaucophytes
Apicomplexa
Colpodella
Dinoflagellates
Ulvophytes
Prasinophytes
Mesostigma
Oxyhrris
Perkinsus
Ciliates
Colponema
Ellobiopsids
Diatoms.
Raphidiophytes
Eustigmatophytes
Chromalveolates
Chrysophytes
Phaeophytes
Bolidophytes
Blastocystis
Actinophryids
Labyrinthulids
Thraustrochytrids
Streptophytes
Land plants
Charophytes
Oomycetes
Opalinids
Bicosoecids
Haptophytes
HIGH
Cryptomonads
Discicristates
Heterolobosea
Kinetoplastids
Diplonemids
Euglenids
Core jakobids
Trimastix
Oxymonads
Trichomonads
Lobosea
Archamoebae
Hypermastigotes
Carpediemonas
Retortamonads
Diplomonads
Malawimonads
Cercomonads
Euglyphids
Phaeodarea
Heteromitids
Dictyostelids
Myxogastrids
Protostelids
Phytomyxids
Haplosporidia
Thaumatomonads
Chlorarachniophytes
Foraminifera
Polycystines
Acantharia
Ascomycetes
Basidiomycetes
Zygomycetes
Microsporidia
Chytrids
Nucleariids
Animals
Choanoflagellates
Amoebozoa
Capsaspora
Ichthyosporea
Excavates
Cercozoa
Rhizaria
Opisthokonts
'Unikonts
TRENDS in Ecology & Evolution
a. Describe two types of proteins that you would study to determine phylogenetic
relationships among eukaryotes. Describe one protein you might study to determine
differences between a eukaryote and a prokaryote.
b. Given the following scanning electron image, what general type of cell are we looking
at and why?
1.0 um
c. As a researcher, you were able to sequence a circular piece of DNA from the organism
Transcribed Image Text:Plantae 1. Molecular and microscopy analyses have provided evidence for relationships among 75 lineages of eukaryotes and their distinctness from prokaryotes. Green Algae Red Algae Alveolates Stramenopiles Chlorophytes Trebouxiophytes Floridiophytes Bangiophytes Cyanidiophytes Glaucophytes Apicomplexa Colpodella Dinoflagellates Ulvophytes Prasinophytes Mesostigma Oxyhrris Perkinsus Ciliates Colponema Ellobiopsids Diatoms. Raphidiophytes Eustigmatophytes Chromalveolates Chrysophytes Phaeophytes Bolidophytes Blastocystis Actinophryids Labyrinthulids Thraustrochytrids Streptophytes Land plants Charophytes Oomycetes Opalinids Bicosoecids Haptophytes HIGH Cryptomonads Discicristates Heterolobosea Kinetoplastids Diplonemids Euglenids Core jakobids Trimastix Oxymonads Trichomonads Lobosea Archamoebae Hypermastigotes Carpediemonas Retortamonads Diplomonads Malawimonads Cercomonads Euglyphids Phaeodarea Heteromitids Dictyostelids Myxogastrids Protostelids Phytomyxids Haplosporidia Thaumatomonads Chlorarachniophytes Foraminifera Polycystines Acantharia Ascomycetes Basidiomycetes Zygomycetes Microsporidia Chytrids Nucleariids Animals Choanoflagellates Amoebozoa Capsaspora Ichthyosporea Excavates Cercozoa Rhizaria Opisthokonts 'Unikonts TRENDS in Ecology & Evolution a. Describe two types of proteins that you would study to determine phylogenetic relationships among eukaryotes. Describe one protein you might study to determine differences between a eukaryote and a prokaryote. b. Given the following scanning electron image, what general type of cell are we looking at and why? 1.0 um c. As a researcher, you were able to sequence a circular piece of DNA from the organism
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