Übersetzung für 'charged molecules' von Englisch nach Deutsch

charged molecules

geladene Moleküle {pl}chem.

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negatively charged molecules

negativ geladene Moleküle {pl}chem.

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positively charged molecules

positiv geladene Moleküle {pl}chem.

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transfer ribonucleic acid molecules <tRNA molecules>

Transfer-Ribonukleinsäure-Moleküle {pl} <tRNA-Moleküle>biochem.

molecules

Moleküle {pl}

motor molecules

Motormoleküle {pl}chem.

water molecules

Wassermoleküle {pl}chem.

selectin molecules

Selektinmoleküle {pl}biochem.

Selectinmoleküle {pl}biochem.

insulin molecules

Insulinmoleküle {pl}chem.

DNA molecules

DNA-Moleküle {pl}biochem.

polymer molecules

Polymermoleküle {pl}chem.

protein molecules

Proteinmoleküle {pl}biochem.

sequestering molecules

Fressmoleküle {pl}chem.

nonpolar molecules

unpolare Moleküle {pl}chem.

polar molecules

polare Moleküle {pl}chem.

carbon molecules

Kohlenstoffmoleküle {pl}chem.

adherence molecules

Adhäsionsmoleküle {pl}biochem.

hydrophilic molecules

hydrophile Moleküle {pl}chem.

integrin molecules

Integrinmoleküle {pl}biochem.

transporter molecules

Transportmoleküle {pl}chem.

inflammation molecules

Entzündungs­moleküle {pl}med.

oxygen molecules

Sauerstoffmoleküle {pl}chem.

• Podocalyxin is negatively charged and therefore repels other negatively charged molecules, thus contributing to the minimal filtration of negatively charged molecules by the kidney.
• The tight junctions have a net negative charge, and are believed to preferentially transport positively charged molecules.
• Also, negatively charged molecules will pass through far less frequently than positively charged ones.
• Negatively charged molecules within cells create a fixed charge density, which increases intracranial pressure through the Donnan effect.
• The fatty acid chains repel ionized, charged molecules.

• "Nissl stains" refers to various basic dyes that selectively label negatively charged molecules such as DNA and RNA.
• As a phospholipid bilayer, the lipid portion of the bacterial outer membrane is impermeable to charged molecules.
• For example, in biochemistry it is widely used to separate charged molecules such as proteins.
• As a phospholipid bilayer, the lipid portion of the outer membrane is largely impermeable to all charged molecules.
• Anion exchange resins have a positive charge and are used to retain and separate negatively charged compounds (anions), while cation exchange resins have a negative charge and are used to separate positively charged molecules (cations).

• In 1959, the groups of Davis and Ornstein and of Raymond and Weintraub independently published on the use of polyacrylamide gel electrophoresis to separate charged molecules.
• In response to sound, outer hair cells lengthen then shorten through a process controlled and powered by the flow of electrically charged molecules such as potassium ions.
• Organosilanes create a network of electrically charged molecules on the surface, which rupture the cell wall on contact.
• Proteins are then separated by charge and size, with the smaller and more highly charged molecules moving more quickly across the gel.
• Using high pressure, pressure injection cells are used for two applications: densely packing nanopore capillary columns (micro-columns) with solid-phase particles for use in LC/MS analysis; and precisely infusing microliter samples directly from microcentrifuge tubes into mass spectrometers without additional transfers, wasted sample, or contact with metallic surfaces which adsorb some negatively charged molecules such as phosphopeptides.

• Rather than charged molecules moving freely through solutions, the new methods used solid or gel matrices to separate compounds into discrete and stable bands (zones); in 1950 Tiselius dubbed these methods "zone electrophoresis".