Примери за използване на Bacteria and algae на Английски и техните преводи на Български
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Sera super peat inhibits the growth of fungi, bacteria and algae.
In the water, multiplied bacteria and algae, zooplankton, various larvae.
Cleans and disinfects surfaces from mold, bacteria and algae.
Bacteria and algae also have cell walls with specific features and components.
In addition to mechanical debris, bacteria and algae appear in the pool water.
These elements are characterized by effectiveness in killing harmful bacteria and algae.
To minimize the possible growth of bacteria and algae store bottled water in the dark.
Chlorophyll, in particular, is a pigment that can be found in green plants and in some bacteria and algae.
Apart from bacteria and algae, it appears only brine shrimpand diving flies can put up with its super-salty waters.
This nutrient is very important for photosynthetic bacteria and algae in the ocean.
The control of bacteria and algae growth in water is for many industries a highly relevant upstream- or downstream-process for production.
As water levels drop, the concentration of toxins,acids, bacteria and algae increases.
If frequent water changes,the growth of bacteria and algae provoked the appearance of muddy water in the aquarium, some steps should be taken to eliminate the problem.
The bactericidal effect of Isothiazolinones(CMIT/MIT)is carried out through breaking the bond between bacteria and algae protein.
This material has a bactericidal coating of acrylic,which prevents the growth of bacteria and algae in microscopic pores of the finishing material.
At the same time, certain bacteria and algae possess the ability to make photosynthesis, the fundamental element in life on Earth, and share that task with plants.
On the other hand, if life can easily exist in clouds,you might expect that bacteria and algae would populate the clouds on Earthand the clouds would be green.
At the same time, bacteria and algae are able to perform photosynthesis, another essential process factor in the existence of life on Earth, and an ability they share with plants.
The light makes synthetically produced particles as well as microorganisms,such as bacteria and algae, spontaneously form into something that can be compared to a pump.
But authors discovered that plastics- which can remain buoyant for decades or longer,travelling distances of more than 3,000km from origin- create new habitats for bacteria and algae.
The presence of H2 in these waters could be from bacteria and algae producing hydrogen gas, or from the water reacting with alkali-earth metals.
Equally important is the fact that pH level outside the recommended range, signifacntly reduces the effectiveness of the active chlorine,a circumstance that can lead to the development of bacteria and algae in the pool water.
By inserting the right genes in microorganisms like bacteria and algae, we will be able to create a variety products, including those now made from petroleum, like plastics.
The electronic water processor uses a method of directing a weak current into the water to allow the water to flow through the processor for electron field treatment, which has the ability to prevent dirt deposits and damage old dirt, and to kill bacteria and algae in the water.
We are now conducting basic research to find the best bacteria and algae that would be most suitable for producing polymers for bioplastics with different properties,” Golberg noted.
Some readers may wonder why the scientists won't admit that there are mysteries beyond our comprehension, and that one of them may be how those complex animal groups could have evolved directly from preexisting bacteria and algae without leaving any evidence of the transition.
We are now conducting basic research to find the best bacteria and algae that would be most suitable for producing polymers for bioplastics with different properties,” environmental and earth science professor Alexander Golberg said in a press release.
The microorganisms triggering MIC include bacteria, fungi and algae.
Photobiological systems use natural photosynthetic activity of bacteria and green algae to produce hydrogen.