Übersetzung für 'biological molecules' von Englisch nach Deutsch

biological molecules

biologische Moleküle {pl}chem.

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transfer ribonucleic acid molecules <tRNA molecules>

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

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molecules

Moleküle {pl}

collagen molecules

Kollagenmoleküle {pl}chem.

hydrophilic molecules

hydrophile Moleküle {pl}chem.

charged molecules

geladene Moleküle {pl}chem.

water molecules

Wassermoleküle {pl}chem.

carbon molecules

Kohlenstoffmoleküle {pl}chem.

adherence molecules

Adhäsionsmoleküle {pl}biochem.

motor molecules

Motormoleküle {pl}chem.

template molecules

Templatmoleküle {pl}chem.

polar molecules

polare Moleküle {pl}chem.

hydrophobic molecules

hydrophobe Moleküle {pl}chem.

nonpolar molecules

unpolare Moleküle {pl}chem.

phosphor molecules

Phosphormoleküle {pl}chem.

copper molecules

Kupfermoleküle {pl}chem.

iron molecules

Eisenmoleküle {pl}chem.

compact molecules

kompakte Moleküle {pl}chem.

oxygen molecules

Sauerstoffmoleküle {pl}chem.

insulin molecules

Insulinmoleküle {pl}chem.

protein molecules

Proteinmoleküle {pl}biochem.

• Whether it obtains energy from biological molecules imported from "Ignicoccus", or whether it receives ATP directly is currently unknown.
• Among the coatings used are gold – for covalent bonding of biological molecules and the detection of their interaction with a surface, diamond for increased wear resistance and magnetic coatings for detecting the magnetic properties of the investigated surface.
• Hydroxy groups participate in the dehydration reactions that link simple biological molecules into long chains.
• Even more recently, scientists have been able to understand the shape of biological molecules at the atomic level and to use that knowledge to design (see drug design) drug candidates.
• Fluorescence in the life sciences is used generally as a non-destructive way of tracking or analysis of biological molecules by means of the fluorescent emission at a specific frequency where there is no background from the excitation light, as relatively few cellular components are naturally fluorescent (called intrinsic or autofluorescence).

• They can be viewed as molecular trees upon which can be hung the more active/reactive functional groups of biological molecules.
• In his laboratory, Hodgkin extended work that he began on biological molecules including sterols.
• As a consequence, circular dichroism is exhibited by biological molecules, because of their dextrorotary and levorotary components.
• These methods can be applied to proteins and other large biological molecules, and allow studies of the approach and interaction (docking) of potential drug molecules.
• The European Molecular Biology Laboratory (EMBL) made use of the possibilities that arose with the new technology and in 1972 established a permanent branch at DESY with the aim of analyzing the structure of biological molecules by means of synchrotron radiation.

• Biological molecules are amphiphilic or amphipathic, i.e.
• The Center for Molecular Biophysics conducts research into the behaviour of biological molecules in various conditions.
• Proteins were recognized as a distinct class of biological molecules in the eighteenth century by Antoine Fourcroy and others, distinguished by the molecules' ability to coagulate or flocculate under treatments with heat or acid.
• The Auger effect can impact biological molecules such as DNA.
• Due to their sparse distribution in the earth's crust and low aqueous solubility, the lanthanides have a low availability in the biosphere, and for a long time were not known to naturally form part of any biological molecules.

• Such instruments are particularly useful when it comes to studying single or small numbers of biological molecules that have been fluorescently labelled, or in applications in which fluorescence is used to track and visualize objects that are to be trapped.
• Because of their simplicity and ability to self-assemble in water, it is likely that these simple membranes predated other forms of early biological molecules.
• Molecular biology is not simply the study of biological molecules and their interactions; rather, it is also a collection of techniques developed since the field's genesis which have enabled scientists to learn about molecular processes.