Examples of 'molecules that can' in a sentence
Meaning of "molecules that can"
molecules that can: This phrase indicates that certain molecules possess the capability or potential to perform a specific action or exhibit a particular property. It suggests that these molecules have the necessary characteristics or qualities to fulfill a given function or purpose
How to use "molecules that can" in a sentence
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molecules that can
Haptens are small molecules that can be bound by antibodies.
Molecules that can form allyl or benzyl carbocations are especially reactive.
It is a collection of molecules that can evolve by natural selection.
Molecules that can be.
Vicious bits of molecules that can make you sick.
Molecules that can be used as potentiators according to the present invention are disclosed in,.
Liquids are made up of molecules that can move short distances.
DNA molecules that can be combined as Antigen binding domain-hinge-signaling domains to generate CARs.
Cytokines are cell signaling molecules that can enhance the immune response.
Small molecules that can permeate cells have promise for solving this problem.
Chemical indicators are small molecules that can chelate calcium ions.
Other molecules that can bind HSA can also be used as ligands.
Hydrogen water contains hydrogen molecules that can act as powerful antioxidants.
NMFs are molecules that can bind water within the horny layer ; they are called humectants.
Technological factories are built to produce molecules that can be adapted to various purposes.
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The range of molecules that can be tested according to the invention can be diverse.
Attempts were also made to synthesize molecules that can reproduce this odor.
Illustrative molecules that can also be embedded in other applications.
The caramel colour stimulates the development of molecules that can cause cancer.
They are really molecules that can stand out very far.
So Dokholyan and colleagues are looking for potential drug molecules that can stabilize the dimers.
Bioactives are molecules that can affect the body at a cellular level.
Life needs some sort of ability to create long molecules that can store information.
Antioxidants are molecules that can safely interact with free radicals.
There is therefore a real need to identify bioactive molecules that can be used entirely safely.
Proteins and other molecules that can trigger an immune response are called antigens.
Charge transport materials include polymers or small molecules that can transport charge carriers.
One feature of molecules that can be predicted with reasonable success is their shape.
Lactide is a cyclic ester formed by two lactic acid molecules that can be controlledly polymerized.
Antioxidants are molecules that can interact with free radicals and terminate the chain reaction.
We and other scientists around the world are finding molecules that can boost a vaccine response.
Amyloses are also host molecules that can similarly form inclusioncomplexes with guest compounds.
The size of the pores determine the range of molecules that can pass through them.
Cyclodextrins are host molecules that can form inclusion complexes with a variety of different guest compounds.
This anaerobic metabolism in the cells produces waste molecules that can impair muscle contractions.
Ribozymes RNA molecules that can act as enzymes to catalyze specific chemical reactions.
Calculate the number of ATP molecules that can be harvested.
Hapten, small molecules that can elicit an immune response under certain conditions.
Regulates the ability of cells to control molecules that can damage DNA or proteins.
It has small molecules that can penetrate deep into the hair follicles, thereby stimulating growth.
This fiber type contains fructose molecules that can cause bloating and gas.
Free radicals are molecules that can damage your cells and cause problems, including liver disease.
Biological processes generate free radicals, which are molecules that can damage surrounding tissues.
It is these complexed molecules that can cause undesired turbidity.
Killing a cancer cell is straightforward, there are many toxic molecules that can perform the task.
Coenzymes are small organic molecules that can be loosely or tightly bound to an enzyme.
The breakdown of leucine, isoleucine, and valine produces molecules that can be used for energy.
Instead, they are tiny molecules that can automate tasks like drug delivery.
Reporter Groups - Reporter or marker groups are molecules that can be easily detected.
This layer filters molecules that can reach the lipid bilayer.
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Molecules at the forefront of research on skin rejuvenation
