「COLI」の共起表現(2語左で並び替え) - Weblio英語共起表現検索

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「COLI」の共起表現一覧(2語左で並び替え)

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ultry processors to reduce pathogens, such a E.	coli and salmonella, on uncooked beef and poultry.
the bacterium with the species abbreviation E.	coli, see Escherichia coli.
For general article about E.	coli as a species, see E.coli.
Active E.	coli SSB is composed of four identical subunits, eac
ith the inherited disease adenomatous polyposis	coli (APC).
tracts showed antimicrobial activity against E.	coli, Salmonella typhi, Staphylococcus aureus and Ba
n conjunction with an ampicillin-susceptible E.	coli strain to teach about transformation of eubacte
In June 1998, the park was the site of an E.	coli outbreak, which sickened at least ten children,
When this plasmid is transformed into an E.	coli strain with normal UTPase and uracil deglycosid
plasmid to be mutated is transformed into an E.	coli strain deficient in two enzymes, UTPase and ura
he was detected with low blood pressure and E.	coli tract infection.
o be stable in both B. subtilis and Escherichia	coli, and can be used for expression of proteins in
such as Salmonella typhimurium and Escherichia	coli.
onstrated to be vectors of Campylobacter and E.	coli O157:H7 using PCR.
l agents against staphylococcus and Escherichia	coli (E.
They are the Mesocolic, Free and Omental	Coli.
teria such as Shigella flexneri and Escherichia	coli.
many bacterial infections, such as Escherichia	coli (E.
n produced in bacteria cell cultures such as E.	coli.
ly of proteins, which were all discovered as E.	coli mutants that could not produce a properly local
ltry processors to reduce pathogens, such as E.	coli and salmonella, on uncooked beef and poultry.
nomalous growth of certain bacteria, such as E.	coli, in which cells continue to elongate but do not
human and yeast to bacteria such as Escherichia	coli and Lactococcus lactis.
In prokaryotes (such as Escherichia	coli), lower eukaryotes (such as yeast) and in verte
In several bacteria, such as E.	coli, proteins tagged with the SsrA peptide (ANDENYA
well-studied in bacterial pathogens, such as E.	coli and Mycobacterium tuberculosis, since these mol
to distinguish strains of organisms such as E.	coli type O157:H7, salmonella, shigella, listeria, c
A) with an endoribonuclease such as Escherichia	coli RNase III or dicer.
s are produced by pathogens such as Escherichia	coli.
in gram-negative bacteria, such as Escherichia	coli and Salmonella typhimurium.
ibiting the growth of Staphylococcus aureus, E.	coli, Bacillus dysenteriae, B. typhi, Pseudomonas an
r inhibited growth of Staphylococcus aureus, E.	coli, and Candida albicans cultures-an effect that w
residues of many microbes, like the bacteria E.	coli, and Bacillus subtilis and the protist Dictyost
cRNA was discovered in the bacteria Escherichia	coli during a large scale computational screen for t
on of protein synthesis in bacteria Escherichia	coli.
characterized SSB is that from the bacteria E.	coli which, like most bacterial SSBs exists as a tet
In the lac operon of the bacteria Escherichia	coli, the Lac repressor is constitutively expressed
Heme o, found in the bacterium Escherichia	coli, functions in a similar manner to heme A in mam
rt of the fly gene in the bacterium Escherichia	coli.
in certain strains of the bacterium Escherichia	coli.
Besides E.	coli and Aspergillus niger var awamori, K.lactis is
ecause of their ability to replicate in both E.	coli and Agrobacterium tumefaciens.
ation to treat traveler's diarrhea caused by E.	coli.
the new enzyme was an RNA polymerase used by E.	coli cells to make long chains of RNA from separate
ntibody against diarrhoea caused by Escherichia	coli, serotype O121.
eak of food-borne illness caused by Escherichia	coli (E.
firm if paclitaxel has ever been produced by E.	coli?
influenzae, Moraxella catarrhalis, Escherichia	coli (K.
He discovered and first characterized E.	coli DNA ligase, a key enzyme of genetic engineering
Clinically, E.	coli (not to be confused with the bacterium Escheric
e colon is the cause of the condition melanosis	coli.
TJ contracts E	coli and a possible cause is Jo Sugden's organic goa
ayload also included cell cultures (Escherichia	coli).
As the double-mutant E.	coli replicates the transformed plasmid, its enzymat
ins, is secreted from attaching and effacing E.	coli directly into the cytoplasm of intestinal epith
e sewage laws that have virtually eliminated E.	coli illness and deaths in the UK.
It is a virulence factor enabling E.	coli to sequester iron in iron-poor environments, fo
thesis using genetically engineered Escherichia	coli and Pseudomonas fragi bacteria.
tion and differentiation of enteropathogenic E.	coli serotypes such as E. coli O157:H7, by the prese
e adherence of the enteropathogenic Escherichia	coli strain EPEC (enteropathogenic E. coli) to the c
Because enterotoxic E.	coli strains are non-invasive, they do not cause inf
o be active against enterotoxigenic Escherichia	coli heat-labile enterotoxin-induced diarrhea .
al strains, such as enterotoxigenic Escherichia	coli which are in general toxic to animals.
Enterotoxigenic E.	coli (ETEC) produces a toxin that acts on the intest
Enterotoxigenic Escherichia	coli (ETEC) is a type of Escherichia coli and the le
tively, these five classes of enterovirulent E.	coli are referred to as the EEC group (enterovirulen
For example E.	coli uses 83% ATG (AUG), 14% GTG (GUG), 3% TTG (UUG)
spersed in the genome (for example, Escherichia	coli has seven).
For example, E.	coli is a rod-shaped bacterium that could, therefore
For example, E.	coli (when growing aerobically using glucose as an e
Southeast Asia, for the purpose of fighting E.	coli and salmonella in piglets.
e of the primary mechanisms of virulence for E.	coli and Staph and Strep bacteria.
tured on an EMB plate, a positive result for E.	coli is metallic green colonies on a dark purple med
bout a third of the length of the genome for E.	coli.
sting policies left open the possibility for E.	coli contamination in the province's produce (Toront
de metabolites, such as acetate for Escherichia	coli, lactic acid in cell cultures, ethanol in Sacch
d from various sources ranging from Escherichia	coli (gene purA) to vertebrate tissues.
); export factors such as SecB from Escherichia	coli and magnesium ion transporters such as CorA.
uently digested with RNase III from Escherichia	coli to generated short overlapping fragments of siR
ethidium bromide etc) and its homologue from E.	coli were identified in 1998.
known 2.0 A structure of PRAI from Escherichia	coli (ePRAI) shows that tPRAI has a TIM-barrel fold,
It is usually derived from Escherichia	coli.
254 pigs died from E.	coli.
t was also found in lipopolysaccharides from E.	coli.
Aspartate transaminase from E.	coli with Pyridoxal 5' Phosphate cofactor
Acid Δ2-Isopentenyltransferase from Escherichia	coli.
tRNAiMet from human and GlnRS from Escherichia	coli
ondary structure model of PutP from Escherichia	coli suggests the protein contains 13 TMs with the N
tructure of adenylosuccinate synthetase from E.	coli reveals that the dominant structural element of
daymakers and although a death occurred from E.	coli poisoning in 1999, allegedly caused by a nearby
s, Illinois, and by four deaths in 1993 from E.	coli in undercooked hamburger at a Jack in the Box,
oed Stream is joined by a little Brook from the	Coli Ravine; thence in a straight Line to the North
ed from polar lipids extracted from Escherichia	coli.
when compared with the known structures from E.	coli reveals that the overall fold is very similar t
ructures have became available from Escherichia	coli that include both EAL subunits bound to various
Unlike the general coliform group, E.	coli are almost exclusively of fecal origin and thei
un by Dennis L. Hansen, who is known for his E.	coli work in Lake Superior
On EMB if E.	coli is grown it will give a distinctive metallic gr
Mythes et rites bantous II, Gallimard,	ColI.
A topoisomerases include eukaryotic topo II, E.	coli gyrase, and E. coli topo IV.
In E.	coli the enzyme encoded by the gene hisB is a fused
has been most thoroughly studied in Escherichia	coli, where it participates in the secretion of bact
is a type of labile toxin found in Escherichia	coli that is destroyed at high temperatures.
s located between the ompN and ydbK genes in E.	coli.
In E.	coli, Glucose transfer is performed by 4-alpha-gluca
genic and comutagenic properties in Escherichia	coli.
in response to oxidative stress in Escherichia	coli.
rsally found in all bacterial species but in E.	coli it is required for the 30S subunit to bind to t
For example, in E.	coli, the formate:ferricytochrome-b1 oxidoreductase
of Stanley Norman Cohen and Herbert Boyer in E.	coli, using plasmids and restriction enzymes to crea
The GroEL/GroES complex in E.	coli is a Group I chaperonin and the best characteri
kb insert size; average, 150 kb) in Escherichia	coli cells.
Originally identified in E.	coli, queuosine was found to occupy the first antico
Aminoshikimate pathway has been assembled in E.	coli to synthesize aminoshikimic acid, which is a pr
rbon flux, biofilm formation and motility in E.	coli.
The biosynthetic pathway for Lipid A in E.	coli has been determined by the work of Christian R.
ressing such genes (such as hisB in Escherichia	coli and HIS3 in Saccharomyces cerevisiae) will surv
are typically only two replication forks in E.	coli.
orated in some recombinant proteins found in E.	coli.
arvation for different nutrients in Escherichia	coli results in differential modulation of RpoS leve
tion system (RM) naturally found in Escherichia	coli, a Gram-negative bacteria.
perons, of which there are seven in Escherichia	coli (a commonly used bacterial model organism), all
In E.	Coli RuvA and RuvB of the RuvABC protein complex pro
In E.	coli, aspartokinase is present as three independentl
The oriC site in E.	coli has three AT rich 13 base pair regions (DUE's e
analysis of uidA and uidR genes in Escherichia	coli K-12: determination of transcription direction
In E.	coli, ArsA ATPase is the catalytic component of a mu
n of the optimised single-domain antibody in E.	coli, Saccharomyces cerevisiae or other suitable org
For example, anti-sigma factor 70 Rsd in E.	coli is present in the stationary phase and blocks t
In E.	coli, which replicates its entire genome from a sing
Propagate binary vector in E.	coli
come the first to produce a human protein in E.	coli.
Chemical structure of lipid A as found in E.	Coli
between the abgR and ydaL genes in Escherichia	coli and Shigella flexneri.
tive site are physically separated, since in E.	coli phospholipids are exclusively located in the in
each group of closely related organisms; in E.	coli and other enteric bacteria, such as Salmonella,
In Escherichia	coli the TonB protein interacts with outer membrane
e response is a form of direct DNA repair in E.	coli that is initiated against alkylation, particula
ti-sigma factors have been found in Escherichia	coli, Salmonella, and T4 bacteriophage.
In E.	coli, adenine is preferentially inserted across from
egulation of expression of the lac operon in E.	coli.
In E	Coli, Tus binds to 10 closely related sites encoded
In E.	coli, Glu-461 was thought to be the nucleophile in t
for most DNA synthesis - DNA replication in E.	coli proceeds at approximately 1,000 nucleotides/sec
This RNA was also discovered in E.	coli during a large scale screen [2].
of the seven exoribonucleases identified in E.	coli.
s to studies of the Treffers mutator gene in E.	coli to analysis of the genetic code to comparative
zyme, which is a product of the lacA gene in E.	coli.
In Venice,	Coli and Gherardi frescoed the Library of St George.
ral other symporters have been identified in E.	coli and in other bacteria.
ndidate sRNA genes not conserved in Escherichia	coli were identified.
In E.	coli, Hfq mutants show multiple stress response rela
ing role of ADPRase is directly supported in E.	coli cells.
he six-base consensus sequence is AGGAGG; in E.	coli, for example, the sequence is AGGAGGU.
iron chelating agent (siderophore) found in E.	coli.
In E.	coli glgX selectively catalyzes the cleavage of 4-su
In E.	coli and other bacteria, glucosyltransferase and glu
residues involved with substrate binding in E.	coli FPK1 include Asp127 and Arg171.
In Escherichia	coli Dps protein is Induced by rpoS and IHF in the e
case enzyme that is produced is a hexamer in E.	coli, as well as in many other bacteria.
yte growth factor (KGF) produced in Escherichia	coli.
It was discovered in Escherichia	coli strain K-12 in a long direct repeat (LDR) named
e limited resources to expression studies in E.	coli.
Termination of DNA replication in E.	coli is completed through the use of termination seq
Because plasmids are usually amplified in E.	coli where Dam is naturally expressed, they are meth
Such examples include Balantidium	coli - a ciliate.
of Gram-negative bacteria including Escherichia	coli, a distantly related protein known as MukB play
ved a variety of bacteria including Escherichia	coli and Paracoccus denitrificans being subject to c
iverse range of bacteria, including Escherichia	coli, Erwinia, Salmonella, Vibrio and Pseudomonas.
Ff phages - these infect E.	coli that carry the F episome
iophage P2 is a temperate phage that infects E.	coli.
type of bacteriophage that infects Escherichia	coli.
f bacteriophage lambda, a virus that infects E.	coli, but is now known to occur about 1000 times in
individual vectors are then transformed into E.	coli making the PET library.
he gene for proteorhodopsin is inserted into E.	coli and retinal is given to these modified bacteria
An example is Escherichia	coli mvrC P23895 which prevents the incorporation of
NA techniques, are produced in bacteria like E.	coli and are called recombinant immunotoxins.
n fast-growing microorganisms, like Escherichia	coli or Saccharomyces cerevisiae (baker's yeast), re
In bacteria like E.	coli, many of these proteins are highly expressed un
oth proliferating (e.g. a microorganism like E.	coli) and non-proliferating (e.g.
Lenski is best known for his long-term E.	coli evolution experiment and his work with digital
labile enterotoxins (LT and LT-II) (Escherichia	coli)
laboratory culture and ease of manipulation, E.	coli also plays an important role in modern biologic
hylococcus aureus (including MRSA), Escherichia	coli, Haemophilus influenzae, and oral anaerobes.
ow-level treatment with alkylating mutagens, E.	coli can adapt to the presence of the mutagen, rende
dcm strain is a strain of the nonpathogenic E.	coli K-12 bacteria with functional dam and dcm genes
try to determine what happened to Nungesser and	Coli.
Humatrope is synthesized in a strain of E.	coli modified by the addition of a gene for human gr
NA was identified in a large scale screen of E.	coli.
Science Award for his work on chemotaxis of E.	coli.
It is a close relative of E.	coli and other animal pathogens that include Salmone
to produce Lysogeny broth for the growth of E.	coli and other microorganisms.
at was identified in a large scale screen of E.	coli.
is released from the tyrT operon of Escherichia	coli.
from a silk moth while a strain of Escherichia	coli served as the host for production of this recep
The genetic engineering of E.	coli with the specific task of producing human insul
s are expressed in the cytoplasm of Escherichia	coli at high levels (over 10 g/l in fermentation, 1
ointestinal infections and other symptoms of E.	coli infection.
hypothesis was that cell division mutants of E.	coli would grow as filaments due to the inability of

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共起表現