Micro-organisms affect every aspect of life on Earth. Some microbes cause disease but the majority are completely harmless.
More on About Microbiology
A study found that 30% of all people didn't wash their hands after using a public bathroom—although 90% claimed they do. Just think what may be on their hands!
Micro-organisms can be used to demonstrate principles of biology and to model industrial processes, as well as offering opportunities for teaching across the curriculum.
More on Teachers
There are 10 times more bacteria in the average human’s digestive system than there are cells in the entire body. This is approximately 1kg of bacteria.
Microbes often suffer from negative press but guess what, only 5% actually cause disease and many more are very helpful.
More on Students
The largest organism in the world when measured by area is the Honey Mushroom fungus. It covers a whopping 8.9km2 of a national forest in the USA.
Keeping up with the latest news and research about microbes is easy with Microbiology Online – your one-stop shop for microbial science education.
More on What's new
The dirtiest spots in the kitchen are dishcloths, cutting boards, sponges, and sink handles. Surprisingly, the floor is often cleaner than the sink!
The Microbiology Society is a professional body for scientists who work in all areas of microbiology. It has over 4,000 members worldwide who are based in universities, industry, hospitals and research institutes.
More on About Us
Most microbes do not cause disease - less than 5% do.
Malaria is caused by the single-celled parasite Plasmodium. It is transmitted from one person to another by certain species of blood sucking mosquito. The parasite spends part of its complex life cycle inside red blood cells.
More about microbes
The toilet handle in most bathrooms at work has 400 times more germs than the toilet seat.
Cattle belching and farting produce about 20% of the Earth’s methane.
Microbes generate at least half the oxygen we breathe.
Dr Winkle Weinberg, an infectious diseases expert, reckons that when we have a cold and cough the virus particles can travel at 320 kilometres an hour and up to 900 metres. That is faster than a passenger jet at takeoff!
Protozoa can be observed using unstained wet mounts. The following website gives an overview of some of the commonly found freshwater protozoa.
Algae can be observed using unstained wet mounts. This gives an overview of algae.
Observing bacteria in a Petri dish.
Observing fungi in a Petri dish.