Übersetzung für 'soluble proteins' von Englisch nach Deutsch

soluble proteins

lösliche Proteine {pl}biochem.

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extracellular matrix proteins <ECM proteins>

extrazelluläre Matrixproteine {pl} <EZMP>biochem.

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soluble {adj}

löslichchem.

solubelchem.

lösbarchem.

soluble

löslicher Stoff {m}

sparingly soluble {adj}

schwer löslichchem.

wenig löslichchem.

soluble fibrinogen

lösliches Fibrinogen {n}biochem.

easily soluble {adj}

leichtlöslich

readily soluble {adj}

leichtlöslich

soluble coffee

Löskaffee {m}gastr.

löslicher Kaffee {m}gastr.

oil-soluble {adj}

öllöslichchem.

soluble protein

lösliches Protein {n}biochem.

ether-soluble {adj}

etherlöslichchem.

alkali-soluble {adj}

alkalilöslichchem.

alcohol soluble {adj}

alkohollöslichchem.

slightly soluble {adj}

schwer löslichchem.

salt-soluble {adj}

salzlöslichchem.

soluble factor

löslicher Faktor {m}chem.

• At this point, it is unclear exactly which mechanisms are involved in packaging soluble proteins and nucleic acids into microvesicles.
• Stability of beta barrel (β-barrel) transmembrane proteins is similar to stability of water-soluble proteins, based on chemical denaturation studies.
• Hubbell's research also includes structure and function relationships in water-soluble proteins such as the lens protein, a-crystallin, and the retinoid carrying proteins which transport vitamin A throughout photoreceptor cells.
• This anchors soluble proteins to the cytoskeleton, and lends additional rigidity to the tissue.
• Synucleins are a family of soluble proteins common to vertebrates, primarily expressed in neural tissue and in certain tumors.

• Water-soluble proteins to be investigated require Polyhistidine-tags, allowing the macromolecule to be anchored to a lipid bilayer, which is attached to a Germanium crystal or other suitable optical media.
• Most of them are water-soluble proteins and frequently bind hydrophobic ligands in the barrel center, as in lipocalins.
• The much more difficult task is to differentiate between the α helices in soluble proteins and the ones in transmembrane proteins, the α helix being a very common secondary structure pattern in proteins.
• Phycobiliproteins are water-soluble proteins present in cyanobacteria and certain algae (rhodophytes, cryptomonads, glaucocystophytes).
• For example, they are important constituents of lipoproteins (soluble proteins that transport fat in the blood) hence affect their metabolism and function.

• Members exist as both monomeric soluble proteins and integral membrane proteins where they function as chloride-selective ion channels.
• For instance, most analytical methods that work fine with soluble proteins deal poorly with membrane proteins.
• Slow axoplasmic transport involves the movement of cytosolic soluble proteins and cytoskeletal elements at a much slower rate of 0.02-0.1mm/d.
• Other soluble proteins and granule parts then bud off from the immature granule in a clathrin-coated transport vesicle.
• The first proteins to be purified are water-soluble proteins.

• They are unique among the photosynthetic pigments in that they are bonded to certain water-soluble proteins, known as phycobiliproteins.
• The glycine-binding modules of the GluN1 and GluN3 subunits and the glutamate-binding module of the GluN2A subunit have been expressed as soluble proteins, and their three-dimensional structure has been solved at atomic resolution by x-ray crystallography.