Приклади вживання Organisms can Англійська мовою та їх переклад на Українською
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Which organisms can cause infections?
The strangest thing for me is that some organisms can exist for millennia.
Organisms can be classified as autotrophs or heterotrophs.
Created natural organisms can change.
Organisms can survive only in environments in which their needs can  be met.
Other processes that have nothing to do with living organisms can create organic compounds as well.
Organisms can receive, store, transmit it and use it most efficiently.
The worst thing is that these microscopic organisms can live in little corners that you would never expect.
Animal organisms can reproduce asexually through processes such as budding, fragmentation, regeneration, and parthenogenesis.
Biogeomorphology is the study of how plants, animals, and other organisms can change the terrain of a particular geographic area.
These rod-shaped organisms can be found in both cold-blooded and warm-blooded animals across the world.
These creatures typically have a short life-span,such as the Creatures series where organisms can survive from half an hour to well over seven hours.
It is known that many organisms can cause infection, and many more can  cause allergies in humans.
The same Congregation also decided thatEucharistic matter made with genetically modified organisms can be considered valid matter.
Later testing revealed that organisms can be reassembled in different, potentially malicious ways.
Until 1600,the so-called theory of spontaneous generation was considered valid, according to which some organisms can spontaneously be generated from non-living matter.
The action of X rays on living organisms can be useful or harmful, depending on the ionization induced in tissues.
Nitrogen in the form of dinitrogen(a molecule made of two tightly bound nitrogen atoms)makes up nearly 80% of the Earth's atmosphere, but few organisms can directly convert dinitrogen into biologically useful nitrogen compounds.
Only especially fit organisms can afford to divert resources to maintaining such an extravagant appendage.
A recent economic analysis of the history of genetically modified insect-resistant(IR) maize(aka corn) in Spain and Portugal provides a new long-term view ofjust how broadly genetically modified organisms can benefit crop farming.
Their study should help to understand how organisms can continue to survive in other extreme environments, such as space.
Organisms can‘drift' along plains in any direction as long as any mutational changes are not significant enough for selection to work on them.
Only on the basis pain as a protective factor organisms can form a defensive reaction and the best way to adapt to conditions of existence.
Some organisms can grow extremely rapidly when nutrients become available, such as the formation of algal(and cyanobacterial) blooms that often occur in lakes during the summer.
This lake has attracted the attention of biologists,who are interested on studying how microscopic organisms can survive in it, despite the very harsh environment of intense ultraviolet radiation, the thin atmosphere, and cold temperatures.
On that front, a recent economic analysis of the history of genetically modified insect-resistant(IR) maize(aka corn) in Spain and Portugal provides a new long-term view ofjust how broadly genetically modified organisms can benefit crop farming.
These fast-growing aquatic organisms can be grown in salt water, municipal wastewater lagoons, or in shallow manmade basins in the desert where no other crops can  survive.
A large swath of other research, ranging from the study of enzymefunction in the body to understanding how living organisms can thrive in harsh conditions, including sub-freezing temperatures and highly acidic environments, will also be impacted by the team's findings.
We can  also look at our own world to see how organisms can have striking similarities, even if they have developed in very different ways and in contrasting environments.