The Anti-bacterial Characteristics of Wood should be Influenced in Construction

The capability to keep moisture intact, the advantageous acoustic elements and thermal conductivity are famous properties of wood. But at this point, researchers are becoming focused in wood’s antibacterial components. Say for example, a contrast of cutting boards has been discovered that it repelled bacteria as compared to plastic boards.

A lot of materials contain voltaic organic elements, more commonly known as VOCs, which are regarded to be health hazards. The volatile compound of wood has been found to have some antibacterial benefits. Based on clinical studies, the scent of a lot of wood elements is harmful to bacteria itself but not human. It was compared how well bacteria survived on untreated wood surfaces when compared to glass which is basically regarded as hygienic. When the volume of growth of bacteria on several surfaces were compared and cultured in a laboratory, both listeria and e-coli gradually died on the wood surface but it survived on the glass plate serving as a control.


Wood extracts have also been found to be sufficiently efficient against hospital bacteria. It can be said that surfaces of a lot of wood compounds have antibacterial elements and that pine a bigger antibacterial effect than spruce. A lot of dozens of several wood extracts have been found to possess antibacterial properties as the lignin that binds the fibers together possesses an antibacterial effect. Further, wood surfaces quickly dry and this dryness of the wood puts bacteria at a loss.

Based on research, it was stated that there has been a minimal study into the effects of wood on well-being. Say for example, surveys of residents performed in wooden constructed building do not cause allergies in settlers in the same manner that a lot of materials possess as well.

The underlying anti-bacterial elements of wood do not originate from a sole substance but are the product of a well-functioning entirety of several substances. If a change of materials can retard the spread of hospital bacteria, we should capitalize the opportunity. And now that antibacterial research on wood has initialized, it would be an effective concept to appropriately study the effects of antibacterial wood in hospital and homes.

There are a lot of practical applications that leverage the antibacterial components of wood. Some companies manufacture a wide array of hygiene products from wood ranging from skin agents to rugs and chopping boards. They have enhanced the woods inherent anti bacterial features in their products and more.

It is best to know that all parts of wood have medicinal benefits. If antibacterial materials can be utilized in contact surfaces in public spaces, we will decrease or retard the transmission of several infectious diseases spread by hand. There are a lot of ideas and practical considerations that can be modified from these antibacterial characteristics. The only limit is our imaginations.

Truly indeed, wood brings wonder to lives of people. All the benefits are just there, and what we should do is to optimize its use to the fullest without abusing such.