Girrafe is an eukaryotic organism while bacteria is procaryotic. As we know that eukaryotic organism has larger cells than prokaryotic organism so girrafe has larger cells than a bacterium.
Humans have approximately 10 times more bacterial cells than human cells in their bodies. Estimates suggest there are about 30 to 40 trillion bacterial cells residing in and on a typical adult human, compared to roughly 30 trillion human cells. This complex microbiome plays essential roles in digestion, immunity, and overall health. However, the exact ratio can vary significantly among individuals.
Yes they are!! In fact we are more organisms than human cells if you count the number of cells. Bacteria reside in the gut responsible for the digestion of many food nutrients we consume. some enzymes what we do not have is presenting in bacteria!Yes, it is.
In many ways. First, and most obviously, bacteria are unicellular and therefore microscopic, while humans are multicellular and very much visible to the naked eye. Bacteria belong to the kingdoms Archaebacteria or Eubacteria, while humans are in Animalia. Bacteria are prokaryotes, while human cells are eukaryotes, which accounts for many of the structural differences. Human cells (and all animal cells) lack cell walls, rigid structures that cover cell membranes that some bacteria do have, and all plant cells have. Human cells, being animal cells, have centrioles, a structure used in cell division that are not present in prokaryotes (such as bacteria). Also, some bacteria are able to use endospores, envelope-like structures that aid in survival when environmental conditions are less than ideal. Another interesting difference is that bacterial DNA is a single, circular chromosome, while humans have 46 linear (X shaped, except males have one Y shaped sex chromosome)
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Plants, Bacteria and Humans
Girrafe is an eukaryotic organism while bacteria is procaryotic. As we know that eukaryotic organism has larger cells than prokaryotic organism so girrafe has larger cells than a bacterium.
Cells. Organisms can consist of single-celled organisms like bacteria or multicellular organisms like humans, which are made up of many different types of specialized cells working together to form tissues and organs.
Yes they are!! In fact we are more organisms than human cells if you count the number of cells. Bacteria reside in the gut responsible for the digestion of many food nutrients we consume. some enzymes what we do not have is presenting in bacteria!Yes, it is.
Humans are more complex organisms.
since bacteria have no organells surrounded by a membrane, making them prolaryotc cells. as the RNA of bacteria became better understood, scienrists realized that were two vastly of bacteria.these groups were so different that threr are are now kingdoms of bacteria.
Yes, mold cells are bigger than bacteria cells. They typically are around 3x larger than bacteria cells and they take up more space.
In many ways. First, and most obviously, bacteria are unicellular and therefore microscopic, while humans are multicellular and very much visible to the naked eye. Bacteria belong to the kingdoms Archaebacteria or Eubacteria, while humans are in Animalia. Bacteria are prokaryotes, while human cells are eukaryotes, which accounts for many of the structural differences. Human cells (and all animal cells) lack cell walls, rigid structures that cover cell membranes that some bacteria do have, and all plant cells have. Human cells, being animal cells, have centrioles, a structure used in cell division that are not present in prokaryotes (such as bacteria). Also, some bacteria are able to use endospores, envelope-like structures that aid in survival when environmental conditions are less than ideal. Another interesting difference is that bacterial DNA is a single, circular chromosome, while humans have 46 linear (X shaped, except males have one Y shaped sex chromosome)
The organisms that cause the diseases that we are looking at and human cells are both eukaryotic cells, so only certain drug can be used to rid the both of the infection without harming the human body. When we use antibiotics to kill bacteria, it is usually targeted at the cell wall. This doesn't kill human cells because their cells don't have a cell wall.
yeast , bacteria, algae, paramecium, amoeba, vorticella, and many more.
Actually, there are both "good" bacteria and "bad" bacteria. We humans even have more bacterial cells in our bodies than actual human cells. The ones that cause illness and disease are called pathogenic bacteria. See the related link below for more information about bacteria.
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