Gangrene, tetinus, botulism. Bacteroides vulgaris and Clostridium sporogenes
and millions more...
i just know one and that is YEAST which is a single celled organism
it can breathe in water and it has gills to breathe with
Clostridium botulinum and the bacteria which live near hydrothermal vents on the deep-sea ocean floor.
Cellular Resperation
No. Since breathing is related to oxygen, all living organisms do not breathe. Anaerobic organisms (organisms which do not breathe oxygen, for example any anaerobic bacteria) "breathe" using different molecules than oxygen, e.g. sulphur or nitrogen.
When two organisms attempt to occupy the same niche then one of the organisms will start to weaken or both organisms will. This is because of competition.
air, through diffusion of the dissolved oxygen in the water (however, they can survive anaerobically for some time as well)
no they get energy from the food they consume. we use sugar that is pretty much present in everything and the oxygen we breathe in, and our cells react these together to produce energy. of course, this is aerobic respiration. some organisms of capable of respiring anaerobically and therefore have no use for oxygen at all
Fish use gills to breathe underwater.
gills
No it is dead organisms and rock they dont need to breathe
Humans
When yeast respires anaerobically it takes glucose (C6H12O6) and breaks it into ethanol, a small amount of energy, and two molecules of carbon dioxide gas (2CO2).
photosynthesis helps organisms survive by providing them with oxygen to breathe.
All organisms respire. Plants do not breathe, but they respire. Animals breathe to respire.
yes...thry do!
They obtain their oxygen by simple diffusion.
If you break down the word aerobic: aero- "air" + bios "life". So aerobic organisms live on the presence of air, specifically oxygen. The prefix ana- is a negation, so anaerobic organisms do not require oxygen for respiration. Some organisms (called facultative anaerobes) are able to switch from aerobic to anaerobic respiration. The determining factor in the switch from aerobic to anaerobic would be the presence of oxygen. If there is no oxygen, then facultative anaerobes will respire anaerobically.