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The hairpin loop forms in an mRNA strand during transcription and causes the RNA polymerase to become dissociated from the DNA template strand. This process is known as rho-independent or intrinsic termination, and the sequences involved are called terminator sequences.
15 maj 2024 · In prokaryotic rho-independent transcription termination, mRNA hairpin loop formation prompts the dissociation of RNA polymerase from the DNA template. They act as binding sites for diverse proteins. They function as substrates for enzymatic reactions.
10 paź 2021 · The ability of hairpins to form in short lengths of single stranded DNA and the prevalence of inverted repeats in the human genome make hairpins the most likely type of secondary structure that are easily formed within loop regions of G4; these can also be called hairpin-forming loops.
The hairpin loop forms in an mRNA strand during transcription and causes the RNA polymerase to become dissociated from the DNA template strand. This process is known as rho-independent or intrinsic termination, and the sequences involved are called terminator sequences.
A hairpin loop is an unpaired loop of messenger RNA (mRNA) that is created when an mRNA strand folds and forms base pairs with another section of itself. Hairpins are a common type of...
Hairpin DNA-functionalized gold nanoparticles (hAuNPs) for detection of mRNA in living cells. Hairpin DNA is coupled to the gold colloid surface via a 5′ hexane thiol, thereby quenching fluorescence emission of the 3′ fluorescent dye. The hairpin formation sequences maintain the hairpin conformation through complementary hydrogen bonding.
Hairpin or stem-loop is a commonly observed secondary structure of RNA where A, U, G, C nucleotides form hydrogen bonds with complementary nucleotides on a wrinkled or folded back segment of the same strand (Svoboda & Cara, 2006; From: Methods in Microbiology, 2021
