Examples of 'proteins can' in a sentence
Meaning of "proteins can"
This phrase refers to the ability of proteins, which are macromolecules composed of amino acids, to perform specific functions in biological systems. It emphasizes the versatility and diverse roles that proteins can play in various biological processes
How to use "proteins can" in a sentence
Basic
Advanced
proteins can
Receptor proteins can be classified by their location.
Photoswitchable fluorescent proteins can be used as well.
Proteins can be in the form of peripheral or integral.
Irregularities in proteins can lead to a variety of diseases.
Proteins can be derived from various sources.
The so generated proteins can be coupled to VIPs.
Proteins can be extracted from it at a later date.
Also some other proteins can be incorporated.
Proteins can also contribute to energy production.
Characterization of intracellular proteins can be done in a variety of ways.
These proteins can also be measured separately.
Human and animal proteins can be used.
Proteins can also be classified by chemical reactions.
The surface proteins can act as gates.
Proteins can be recombinantly expressed in vitro or in vivo.
See also
Lipidated chimeric proteins can also be produced.
So proteins can exert these important functions.
The phosphorylatable proteins can then be phosphorylated.
Proteins can later be released for analysis.
Even polymerization of the proteins can be seen.
Interacting proteins can be found at the BioGRID.
Also the phosphorylation status of proteins can be analyzed.
Additional proteins can be offered such as nuts.
Essentially pure recombinant proteins can be obtained.
These proteins can function as mesothelioma biomarkers.
Also mixtures of proteins can be included.
These proteins can be used as mesothelioma biomarkers.
The production of recombinant proteins can be done in multiple phases.
Cas proteins can also be fusión proteins.
Fluorophore and chromophore labeled proteins can be prepared.
Latex proteins can sometimes become airborne.
Epitopes on a number of potential target proteins can be used.
Fats and proteins can be consumed in moderation.
At higher temperatures denaturation of plasma proteins can occur.
These proteins can be detected by immunostaining or radioimmunoassay.
The inefficient digestion of proteins can cause gas problems.
Such proteins can be selected to be antagonists or agonists.
Other lyophilized osteogenic proteins can be prepared in a similar manner.
The proteins can also be chemically synthesized.
Combining certain incomplete proteins can make them complete.
Cas proteins can be provided in any form.
Anaphylactic reactions following the administration of proteins can occur.
Whey proteins can be consumed by any person.
Thus lactose intolerant or allergic milk proteins can consume it.
Fusion proteins can be produced by a variety of methods.
Ligands for enzymatically active proteins can also be expressed.
The proteins can be any type of protein.
Partly this is because not all proteins can be crystallised.
These proteins can be used in combination or separately.
Dysfunction or deficiency in the breakdown proteins can cause excessive clotting.
