A very small organism.........
they live everywhere: in your hair even in rocks on the earths crust!
septicemia.
mutualism
They metabolize, they grow, they react to stimuli, and they reproduce. They meet our criteria of what it means to be "alive".
ok lets start by saying pneumonia is an infection to the lungs which can be caused by a variety of microorgansims including fungi,bacteria,parasites,or viruses
Generally if a beer is unpasteurized, it will still contain some of the yeast left over from the brewing process. However, this means that they can't be kept for very long.
To kill all unwanted microorganism which could be at the beak-shaped spout of your glasses. So you preserve your culture from other microorgansims.
To sanatize something is to inactivate or remove microorgansims from equipment and surfaces including their spores. Chemicals, heat, and ionizing radiation can be used for this purpose. To Disinfect is the process of killing microorganisms on surfaces but does not necessarily their spores.
Your question is confusing. Leprosy is the condition or disease caused by two bacteria, Mycobacterium leprae or Mycobacterium lepromatosis. These two microorgansims are obviously microscopic. Size is of little issue.
Sterilization refers to the process of eliminating all forms of microbial life, including bacteria, viruses, and spores. It aims to achieve a level of sterility that leaves no living organisms in a material or on a surface.
The answer to your question is :Bascillus subtilis. That is all there is to rice in terms of microorgansims. The microrganism helps it to grow and form the shape it it. Hope that helped
sweat is a coulourless, transparent, acid with odour. it is made from glands in the skin in the inner dermis layer. It is needed to adjust body temperature and let out fatty acid and mineral matter.Our skin is a physical barrier to microbes and so the acidic conditions of this sweat enables the removal of pathogens and harmful microorganisms which our skin acquires through day to day life, it is a form of " average " shield coating, its good but not that great.
Differential media is able to distinguish different species or types of microorganisms based on observable changes in the colonies or in the medium. This type of medium contains specific ingredients that encourage the growth of certain organisms while inhibiting others, resulting in characteristic colony appearances. Common examples include MacConkey agar for identifying lactose fermenting bacteria and blood agar for distinguishing hemolytic reactions.