SURVEY OF PROKARYOTIC CELLS Chapter 4. TYPICAL PROKARYOTIC CELL.
“Eukaryotic Tree of Life”. F F F “FUNGI” are POLYPHYLETIC.
End Show Slide 1 of 39 Copyright Pearson Prentice Hall Biology.
1 Fig. 4.1 Bacterial Cell Structure. 2 Cytoplasm dense gelatinous solution of sugars, amino acids, & salts 70-80% water serves as solvent for materials.
Supported by the NSF Plant Genome Research and REU Programs *Supported by the NSF Plant Genome Research and REU Programs FTIR data analysis tutorial Bryan.
Classifying Bacteria Bergey’s Manual of Systematic Bacteriology –Classifies bacteria via evolutionary or genetic relationships. Bergey’s Manual of Determinative.
Overview of the chapter Prokaryotes are microscopic. They have a biomass that is ten times larger than all eukaryotes. Think of this; The amount of prokaryotes.
Plant-Like Protists (Algae) Autotrophs – photosynthetic, have chloroplasts, all have chlorophyll a Classified by pigment types / color group, food storage,
Kingdom Protista Anything but a prokaryote, fungus, plant or animal!
The 6 Kingdoms Most biologists use the following six kingdoms to classify organisms: Kingdom Archaebacteria Kingdom Eubacteria Kingdom Protista Kingdom.
Prokaryotes 1.General Characteristics and structures – The prokaryotic Cells contain a single circular chromosome, ribosomes (70S), and a cell wall made.
Cell Organelles. Cytoskeleton · Functions: >Supports and shapes the cell >Helps position and transport organelles >Provides strength >Assists in cell.