Примери за използване на Different molecules на Английски и техните преводи на Български
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Chitosan is made up of two different molecules.
Eiconsanoids consist of four different molecules within the body that are involved in the natural inflammation process.
The mixture is made up of two different molecules.
These radicals can attach to a number of different molecules and atoms; if they attach to a cell's mitochondrial DNA(mtDNA), damage can occur and the cell may eventually die.
And it has nice covalent bonds,strong bonds between the different molecules.
One gram of dust contains 700 million different molecules that may pose a huge threat to your health.
This aspect provides for the identification of an almost limitless number of different molecules.
They might think about models of the different molecules that can be depicted different ways.
In liquids you don't have these strong ionic orcovalent bonds between the different molecules.
So DNA had a structure, even thoughit owed it to probably different molecules carrying different sets of instructions.
The molecular formula reflects the exact number of atoms that compose the molecule andso characterizes different molecules.
On the surface of red blood cells(erythrocytes)there can be two different molecules, which are designated by the letters"A" and"B".
But different molecules in a planet's atmosphere- if it has one- absorb light in different ways, allowing scientists to look for their chemical signatures when the world transits its star.
Gut bacteria communicate with each other, but also with human cells,using different molecules(proteins, RNA, DNA,…).
Inconsistencies among trees based on different molecules, and the bizarre trees that result from some molecular analyses, have now plunged molecular phylogeny into a crisis.298.
It is believed to exert its anti-inflammatory activity by inhibiting a number of different molecules that play a role in inflammation.
By using electronegativity scales, the approximate charge distribution in different molecules and materials can be predicted without needing to resort to complex quantum mechanical calculations or spectroscopic studies.
This happens because our genetic code contains instructions for producing tens of thousands of different molecules, like a huge recipe book.
If scientists can predict a protein's form,they will higher decide how different molecules will“bind” to it- connect to it, bodily- and that's a method medication are developed.
The molecules upon which enzymes may act are called substrates, andthe enzyme converts the substrates into different molecules known as products.
If scientists can expect a protein's form, they are able to higher decide how different molecules will“bind” to it- connect to it, bodily- and that's a method medicine are advanced.
Comparing the healthfulness of raw and cooked food is complicated, andthere are still many mysteries surrounding how the different molecules in plants interact with the human body.
What researchers can do is continue to work on understanding the role of all of the different molecules in breast milk, something that has become much easier with advances in gene sequencing technologies.
According to Scientific America“Comparing the healthfulness of raw and cooked food is complicated, andthere are still many mysteries surrounding how the different molecules in plants interact with the human body.
The immunoblot is a laboratory test that looks for antibodies the body makes against different molecules, or“antigens,” that are part of the Borrelia burgdorferi bacteria.
On the other hand, comparing the healthiness of raw and steamed food is complicated, andthere are still many mysteries surrounding how the different molecules in plants interact with the human body.
By using electronegativity scales one can predict the approximate charge distribution in different molecules and materials, without needing to use quantum mechanical calculations or spectroscopic studies.
Many other types of polyamide can be obtained from the inter-reaction of different molecules capable of forming the necessary bonds.
Your gastrointestinal tract comes into contact with the largest amount and number of different molecules and organisms of any organ in your whole body.
Sort of crystalline. So DNA had a structure, even thoughit owed it to probably different molecules carrying different sets of instructions.