- or DICER1) is
classified a
Ribonuclease III because it
cleaves double-stranded RNA. In
addition to two
RNaseIII domains, it
contains a
helicase domain...
-
Ribonuclease III (
RNase III or
RNase C) (BRENDA 3.1.26.3) is a type of
ribonuclease that
recognizes dsRNA and
cleaves it at
specific targeted locations...
-
repeat sequence. Type II
systems lack the Cas6 gene and
instead utilize RNaseIII for cleavage.
Functional type II
systems encode an
extra small RNA that...
-
Ribonuclease (commonly
abbreviated RNase) is a type of
nuclease that
catalyzes the
degradation of RNA into
smaller components.
Ribonucleases can be divided...
- DNA methylation.
miRNAs come from
hairpin precursors generated by the
RNaseIII enzymes Drosha and Dicer. Both
miRNA and
siRNA form
either the RNA-induced...
- base
pairs with a pre-crRNA
forming an RNA duplex. This is
cleaved by
RNase III, an RNA-specific ribonuclease, to form a crRNA/tracrRNA hybrid. This hybrid...
- BD, McM**** MT,
Mansfield JH,
Hornstein E,
Tabin CJ (August 2005). "The
RNaseIII enzyme Dicer is
required for
morphogenesis but not
patterning of the vertebrate...
-
Ribonuclease P (EC 3.1.26.5,
RNase P) is a type of
ribonuclease which cleaves RNA.
RNase P is
unique from
other RNases in that it is a
ribozyme – a ribonucleic...
-
single proteins such as
RNase III,
RNase A,
RNase T1,
RNase T2 and
RNase H and also
complexes of
proteins with RNA such as
RNase P and the RNA-induced silencing...
-
during protein synthesis. In
ribosome biogenesis,
endonucleases from the
RNase III family, like DROSHA, play a role in
processing precursor rRNAs, contributing...
