A section of single-
stranded
DNA that curls back onto itself, creating a partial
double helix that resembles a
hairpin.
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z ...
Full article >>>HairpinA region of single-
stranded
DNA or
RNA that can form
base pairs between
complementary sequences. For example the
sequence 5'...GACGTGNNNNNCTGCAC...
Full article >>>Hairpin: A helical (duplex) region formed by
base pairing between adjacent (inverted)
complementary sequences within a single
strand of
RNA or
DNA.
Full article >>>Hairpin loop
: A loop of
nucleic acid formed by duplex formation within a single
strand (also called
stem loop). If happens in a
PCR primer, it will not function.
Haploid number ...
Full article >>>Helix-
Hairpin-Helix
Motifs to Create Processive, Hyperstable and Inhibitor-Resistant
EnzymesAlexei Slesarev (alex@fidelitysystems.com ), Andrey Pavlov, Nadya Pavlova, and Sergei Kozyavkin
Fidelity Systems, Inc.
Full article >>>The
long hairpin turn, with a descending and ascending
limb, of the
renal tubule in the vertebrate
kidney; functions in water and salt re
absorption.
lumen[L. light] ...
Full article >>>The
hairpin structures created by the RAG
proteins are opened by single endonucleolytic events (responsible
enzyme unknown) adjacent to the
hairpin end.
Full article >>>Synthesized as ~120 kDa precursors, they are
inserted into
membranes of the
endoplasmic reticulum (ER) in a
hairpin fashion. Both the N-terminal
transcription factor domain and the C-terminal regulatory
domain face the
cytoplasm.
Full article >>>The
terminator sequence is usually a
palindromic sequence that forms a
stem-loop
hairpin structure that leads to the dissociation of the
RNAP from the
DNA template.One such common termination
motif is the
palindromic sequence 'GCCGCCAG'.
Full article >>>Also, a
primer should not easily
anneal with itself or others of its kind, building loops or
hairpins in the process. This could hinder the
annealing with the
template DNA. However, small
hairpins are usually unavoidable.
Full article >>>It is bent in a
hairpin shape — the hypocotyl arch — as it grows up. The two
cotyledons protect the epicotyl structures — the plumule — from mechanical damage.
Full article >>>'"/>