Übersetzung für 'RNA sequence' von Englisch nach Deutsch

RNA sequence

RNA-Sequenz {f}biochem.biol.

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single-stranded RNA <ssRNA, ss-RNA>

Einzelstrang-RNA {f} <ssRNA, ss-RNA>biochem.

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double-stranded RNA <dsRNA, ds-RNA>

Doppelstrang-RNA {f} <dsRNA, ds-RNA>biochem.

RNA-dependent RNA polymerase

RNA-abhängige RNA-Polymerase {f}biochem.

fast imaging with steady state precession sequence <FISP sequence>

FISP-Sequenz {f}MedTech.

steady-state free precession sequence <SSFP sequence>

SSFP-Sequenz {f}MedTech.

fast spin echo sequence <FSE sequence>

Fast-Spin-Echo-Sequenz {f} <FSE-Sequenz>MedTech.

turbo spin echo sequence <TSE sequence>

Turbo-Spin-Echo-Sequenz {f} <TSE-Sequenz>MedTech.

echo-planar imaging sequence <EPI sequence>

EPI-Sequenz {f}MedTech.

ultrashort echo time sequence <UTE sequence>

UTE-Sequenz {f}MedTech.

inversion recovery sequence <IR sequence>

Inversion-Recovery-Sequenz {f} <IR-Sequenz>MedTech.

short TI inversion recovery sequence <STIR, STIR sequence>

STIR-Sequenz {f}MedTech.

RNA vaccination

RNA-Impfung {f}med.pharm.

RNA aptamer

RNA-Aptamer {n}biochem.

RNA editing

RNA-Editierung {f}biochem.

RNA component

RNA-Komponente {f}biochem.

RNA virus

RNS-Virus {n} [ugs. auch {m}]biol.

RNA structure

RNA-Struktur {f}biochem.

RNA synthesis

RNA-Synthese {f}biochem.

RNA splicing

RNA-Spleißen {n}biochem.

RNA-Splicing {n}biochem.

• The ends of each strand of HIV RNA contain an RNA sequence called a long terminal repeat (LTR).
• They used a cell-free system to translate a poly-uracil RNA sequence (i.e., UUUUU...) and discovered that the polypeptide that they had synthesized consisted of only the amino acid phenylalanine.
• Within a gene, the sequence of bases along a DNA strand defines a messenger RNA sequence, which then defines one or more protein sequences.
• This process effectively changes the RNA sequence from that encoded by the genome and extends the diversity of the gene products.
• Members of the expansive PPR protein family have been shown to function as "trans"-acting factors for RNA sequence recognition.

• RNA editing, in which an RNA sequence is altered by a complex of proteins and a "guide RNA", could also be seen as an RNA-to-RNA transfer.
• The process of in situ hybridization (ISH) follows the labeling of a DNA or RNA sequence to serve as an antisense mRNA probe, complementary to a sequence of mRNA within the embryo.
• As a result of 16S ribosomal RNA sequence analysis, many members of "Thiobacillus" have been reassigned.
• RACE results in the production of a cDNA copy of the RNA sequence of interest, produced through reverse transcription, followed by PCR amplification of the cDNA copies (see RT-PCR).
• The RNA sequence helps recruit the ribosome to the messenger RNA (mRNA) to initiate protein synthesis by aligning the ribosome with the start codon.

• Signals for polyadenylation, which include several RNA sequence elements, are detected by a group of proteins which signal the addition of the poly-A tail (approximately 200 nucleotides in length).
• CBs are associated with telomerase assembly and recruitment via a CAB-RNA sequence common in both CB RNAs (scaRNAs) and the RNA component of telomerase (TERC).
• Bicoid binds a specific RNA sequence in the 3′ untranslated region, called the Bicoid 3′-UTR regulatory element, of "caudal" mRNA and blocks translation.
• Commonly cDNA is created with labelled primers for the RNA sequence of interest to act as the probe in the northern blot.
• Thus, an "Alu" element can take control of the L1 protein's reverse transcriptase, ensuring that the "Alus RNA sequence gets copied into the genome rather than the L1's mRNA.

• Dynamic programming variants of the CYK algorithm find the Viterbi parse of a RNA sequence for a PCFG model. This parse is the most likely derivation of the sequence by the given PCFG.
• Both binding sites contain lysine residues; however, only the lysine at position 61 is essential for RNA sequence elongation as part of the replication process.