LOOKING AT SOME POND WATER UNDER THE MICROSCOPE, YOU NOTICE AN UNFAMILIAR ROD- SHAPED CELL 200UM LONG. KNOWING THAT SOME EXCEPTIONAL BACTERIA CAN BE AS BIG AS THIS OR EVEN BIGGER, YOU WONDER WHETHER YOUR CELL IS A BACTERIUM OR A EUKARYOTE.
HOW WILL YOU DECIDE? IF IT IS NOT A EUKARYOTE, HOW WILL YOU DISCOVER WHETHER IT IS A BACTERIA OR AN ARCHEA?
Looking at some pond water under the microscope, you notice an unfamiliar rod-shaped cell 200um long. Knowing that some exceptional bacteria can be as big as this or even bigger, you wonder whether your cell is a bacterium or a eukaryote. How will you decide? If it is not a eukaryote, how will you discover whether it is a bacteria or an archea?
LOOKING AT SOME POND WATER UNDER THE MICROSCOPE, YOU NOTICE AN UNFAMILIAR ROD- SHAPED CELL 200UM LONG. KNOWING THAT SOME EXCEPTIONAL BACTERIA CAN BE AS BIG AS THIS OR EVEN BIGGER, YOU WONDER WHETHER YOUR CELL IS A BACTERIUM OR A EUKARYOTE. HOW WILL YOU DECIDE? IF IT IS NOT A EUKARYOTE, HOW WILL YOU DISCOVER WHETHER IT IS A BACTERIA OR AN ARCHEA?
Looking at some pond water under the microscope, you notice an unfamiliar rod-shaped cell 200um long. Knowing that some exceptional bacteria can be as big as this or even bigger, you wonder whether your cell is a bacterium or a eukaryote. How will you decide? If it is not a eukaryote, how will you discover whether it is a bacteria or an archea?
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