- 1.11.5,
RecBCD,
Exonuclease V,
Escherichia coli
exonuclease V, E. coli
exonuclease V, gene
recBC endoenzyme,
RecBC deoxyribonuclease, gene
recBC DNase...
- double-strand DNA.
After RecBCD binds the DNA end, the
RecB and
RecD
subunits begin unzipping the DNA
duplex through helicase activity. The
RecB
subunit also has...
-
bacteria becomes negligible or
virtually stops. All
three subunits of the
RecBCD enzyme are
essential for
physiological activities of the
enzyme in the Antarctic...
-
sequence is
known as the Chi site.
RecBCD enzymes will
change after the
nucleotide sequence reaches the Chi site. The
RecF
pathway repairs the degradation...
-
RecBCD helicase-nuclease that
triggers a
major change in the
activities of this enzyme. Upon
encountering the Chi
sequence as it
unwinds DNA,
RecBCD cuts...
-
involved in recombination. Gam is also
important in that it
inhibits the host
RecBCD nuclease from
degrading the 3’ ends in
rolling circle replication. Int and...
- base
excision repair to
remove DNA
damages caused by the bile salts. The
RecBCD enzyme which functions in
recombinational repair of DNA is also required...
- DNA,
facilitated by the AddA and AddB proteins.
These proteins replace RecBCD,
which is used in
other bacteria like
Escherichia coli. AddA and AddB are...
- as single-strand gaps, are
thought to be
repaired by the
RecF pathway. Both the
RecBCD and
RecF
pathways include a
series of
reactions known as branch...
- is use of the
bacteriophage lambda gam protein. Gam is an
inhibitor of
RecBCD, an
exonuclease found in
Escherichia coli (E. coli). With the use of gam...
