How are organisms under Kingdom Archaebacteria different from organisms under Kingdom Eubacteria? Bacteria are eukaryotic unicellular organisms. They are capable of reproduction through budding. O Archaeans are organisms that usually thrive in different environments which are not favorable for most bacteria. Organisms belonging to Kingdom bacteria do not have peptidoglycan in their cell wall. O The most prominent characteristic of organisms belonging to Kingdom Eubacteria is they live in an extreme environment.

How are organisms under Kingdom Archaebacteria different from organisms under Kingdom Eubacteria? Bacteria are eukaryotic unicellular organisms. They are capable of reproduction through budding. O Archaeans are organisms that usually thrive in different environments which are not favorable for most bacteria. Organisms belonging to Kingdom bacteria do not have peptidoglycan in their cell wall. O The most prominent characteristic of organisms belonging to Kingdom Eubacteria is they live in an extreme environment.

Name: 28 How are organisms under Kingdom Archaebacteria different from organ
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: 28 How are organisms under Kingdom Archaebacteria different from organisms under Kingdom Eubacteria?Bacteria are eukaryotic unicellular organisms. They are capable of reproduction through budding.O Archaeans are organisms that usually thrive in diffe

Concepts of Biology

1st Edition

ISBN:9781938168116

Author:Samantha Fowler, Rebecca Roush, James Wise

Publisher:Samantha Fowler, Rebecca Roush, James Wise

Chapter13: Diversity Of Microbes, Fungi, And Protists

Section: Chapter Questions

Problem 1ACQ: Figure 13.6 Which of the following statements is true? a. Gram-positive bacteria have a single cell...

See similar textbooks

Similar questions

All Archaea and bacteria are microscopic, prokaryotic organisms. However, Archaea and bacteria differ in significant ways. Which of the following is the MOST important reason that Archaea and bacteria belong to separate biological domains? O Archaea do not have a nucleus O Archaea are often resistant antibiotics O Archaea often live in more extreme conditions than bacteria O Archaea are found as single cells or colonies
Which of the following contribute(s) to the differences between the Archaea and the bacteria? O A. Archaea lack muramic acid. O B. Archaea have isopranyl glycerol ethers rather than fatty acid esters in their membrane lipids. O C. Archaea differ from bacteria in their tRNA composition, ribosome structure, antibiotic sensitivity, translation elongation factors, initiator TRNA, and DNA-dependent RNA polymerase structure. O D. all of these
Which of these characteristics is NOT shared by bacteria and archaea? O presence of plasma membrane O presence of peptidoglycan in cell wall O absence of a nucleus absence of membrane-bound organelles
"What are one of the main traits that make bacteria and archaea unique in comparison to protists, fungi, animals, and plants?" They have RNA Fungi have chitin They are single celled organisms that do not have membrane bound organelles or nucleus. O They diverged 3 billion years ago from each other O They have glycolysis
Apicomplexans are defined by the presence of the apical complex, which aids these organisms in completing their life cycle as all apicomplexans are O Pathogenic Prokaryotes O Commensalists O Parasites O Mutualists
In the geologic time scale, there is a large delay between the evolution of photosynthetic bacteria and the increase in atmospheric oxygen. This delay is accounted for by the large amount of iron in the oceans and crust of early Earth O predators of early photosynthetic bacteria that reduced population sizes lead in the oceans and crust of early Earth O holes in the atmosphere of early Earth that allowed oxygen to escape
. Which of the following prokaryotic kingdoms is characterized by the absence of a nucleus, the absence of histone proteins, the presence of fatty acids ester-linked to glycerol in their G-3-P cell membrane, and the presence of enzymes for constructing a peptidoglycan cell wall? kingdom Archaeobacteria kingdom Animalia kingdom Fungi kingdom Plantae kingdom Eubacteria
Penicillin inhibits bacterial growth by preventing the cross-linking during peptidoglycan synthesis. Why does penicillin not inhibit growth of archaeal cells? Group of answer choices Most archaeal cells have a cell wall, but it is not composed of peptidoglycan. Archaeal cells do not have a cell wall. Penicillin is unable to penetrate the lipid outer membrane that blocks access of penicillin to the peptidogycan crosslinking enzymes. Pencillin is unable to penetrate the S layer to reach the peptidoglycan layer underneath.
Which of the following is TRUE of bacteria? O They are multi-cellular. O They exchange genetic material through pili. O They are eukaryotic. O They are commonly known as "extremophiles".
Which of the following statements show characteristics of Archaebacteria? I. The cell walls do not contain peptidoglycan. II. There are no membrane-enclosed organelles within their cytoplasm. III. Their DNA consist of histone proteins. IV. Their membrane lipid has unbranched hydrocarbon chain.
You are trying to identify a microorganism and have determined it contains peptidoglycan. This means this organism is likley Obacteria O a virus (part of the capsid) O fungi O protist O Only cells contain peptidoglycan, so protists, bacteria, and fungi only.
Bid Which explanation describes why Archaea are placed into a different domain from Bacteria? O Organisms in Archaea do not cause diseases like organisms in Bacteria O Organisms in Archaea have significant differences from Bacteria in their genetic sequences O Organisms in Archaea are unicellular like organisms in Bacteria O Organisms in Archaea live in extreme environments where Bacteria cannot live.