Protista – some are multicellular, autotrophs, cell wall made of cellulose Which domain includes organisms from more than one kingdom? Eukarya What Kingdom does this belong to? What Kingdom does this belong to? Can see organelles inside has to be eukaryotic can’t be bacteria What Kingdom ...
based on fundamental similarities and common ancestry. One widely used taxonomic system designates five or six such groups: animals, plants, fungi, protists, and prokaryotes (often divided into bacteria and archaea). Other systems divide organisms into domains (eukaryotes, bacteria, and archaea) that...
Kingdom Archaebacteria Prokaryotic, cell wall, unicellular asexual reproduction, binary fission Some autotroph/heterotroph Kinds of Archaebacteria Ex.-Methanogens Produce methane gas. Methanogens live deep in the mud of swamps and are poisoned by even traces of oxygen. Ex.-Extremophiles live in very...
Bacteria and Archaea were originally considered kingdoms, united under the domain prokaryote, however as scientists better understood the biology of both groups, it became clear that they were distinct branches on the tree of life and deserved to be categorized in their own domains. What are the ...
Domain Bacteria Prokaryotic, unicellular organisms Archaea Domain of prokaryotic organelles that can survive in extreme environments. Heterotroph An organism that cannot make its own food. Autotroph An organism that makes its own food Cladograms ...
life , Bacteria and Eucarya , but not in Archaea ; among Eucarya it is found in all kingdomsFu, AigenAluru, ManeeshaRodermel, Steven R
Over time, these kingdoms have changed drastically as new discoveries are made, and new classification systems are suggested. In 1990, Carl R. Woese and his colleagues put forth the three domain system: Bacteria, Archaea and Eukarya (meaning any organism with a nucleus in its cells). ...
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While purifying a functional CSC from plants remains problematic, some useful information can be gained from recent breakthroughs in the study of cellulose synthase activity in bacteria. Bacterial cellulose synthesis (Bcs) genes were first characterised more than 20 years ago (Saxena et al., 1990, ...
Eubacteria Type of cells: Prokaryotic Unicellular Movement: Motile Nutrition: Some are producers, some are consumers Examples: Live in soil, in water, and even on the inside of the human body. For example: E. coli Protista Type of cells: Eukaryotic Unicellular AND Multicellular Movement: Motile...