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Transmission of microorganisms occurs directly from one person to another by one or more of the following means: droplet contact by coughing or sneezing on another person. direct physical contact by touching an infected person. direct physical contact (usually by touching soil contamination or a contaminated surface)

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1.	Direct Contact 2. Fomites 3. Aerosol (Airborne) 4. Oral (Ingestion) 5. Vector Borne

Some microorganisms can be transmitted by more than one route.

The transmission of microorganisms can be divided into the following five main routes:

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DIRECT CONTACT DISEASE TRANSMISSION
The sprayofdroplets
/ during coughing and sneezing
can spread an infectious disease

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Domestic and Indoor Microbiology - ScienceDirect

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Sensors | Free Full-Text | Methodology for Addressing Infectious Aerosol  Persistence in Real-Time Using Sensor Network | HTML

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Sustained fecal-oral human-to-human transmission following a zoonotic event  - ScienceDirect

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VECTOR TRANSMISSION
vector transmission
There are two types of
vector transmission:
• Mechanical vector—
pathogens are on vector's
body parts and are passively
brushed off and onto the host
• Biological vector
pathogens are within the
vector and transmission to
the host is through a bite.
mechanical
(on insect body parts)
E. coli diarrhea,
salmonellosis
biological
vector
plague (flea), malaria (mosquito),
yellow fever (mosquito)
Rocky Mountain spotted fever (tick),
Lyme disease (tick)

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Most of the microbes in humans live a harmonious existence with human cells, but disease and infection can be caused when this balance is disrupted or when the body or immune system is weakened. Microbes can transfer genetic information between one another and this is one of the means by which antibiotic resistance is spread amongst the microbial population.

TRANSMISSION OF MICROBES 1

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