「bacterial」の共起表現(1語右で並び替え)3ページ目

Weblio 辞書 > 英和辞典・和英辞典 > bacterialの意味・解説 > bacterialに関連した共起表現

意味

例文

類語

共起表現

「bacterial」の共起表現一覧(1語右で並び替え)3ページ目

該当件数 : 598件

＜前へ 1 2 3

itochondria possess ribosomes similar to the	bacterial ones, mitochondria are not affected by these
have a much greater protein content than the	bacterial ones, the RNA cores from all three lineages
s usually a cytotoxic protein derived from a	bacterial or plant protein, from which the natural bin
nsmission of communicable disease, including	bacterial or fungal contamination during processing.
carbohydrates with a nitrogen source, using	bacterial or yeast species from genera such as Breviba
in order to control their exposure to viral,	bacterial or parasitic agents.
n method for estimating the concentration of	bacterial or other cells in a liquid.
that are produced and secreted from several	bacterial organisms.
ole host of infectious diseases of viral and	bacterial origin.
to a proinflammatory stimulus, especially of	bacterial origin.
In Chicago, Fenger helped demonstrate the	bacterial origins of endocarditis and developed techni
Cosmids are predominantly plasmids with a	bacterial oriV, an antibiotic selection marker and a c
The	bacterial outer membrane is found in Gram-negative bac
r crosses the outer cell lipid membranes and	bacterial outer membrane; then, it begins to liberate
Alters	bacterial outer membrane permeability by binding to a
ubstrate specificity (EC:3.1.1.32.) from the	bacterial outer membrane.
The	bacterial outer membrane enzyme PagP transfers a palmi
duced by the co-presence of small intestinal	bacterial overgrowth.
ce similarity, MSP and the N-terminus of the	bacterial P-pilus associated chaperonin PapD share a h
y Mountain Laboratories' Laboratory of Human	Bacterial Pathogenesis as Scientist Emeritus.
Salyers, Abigail & Whitt, Dixie;	Bacterial Pathogenesis: A Molecular Approach, AMS Pres
lecules (CEACAMs), which are used by several	bacterial pathogens to bind and invade host cells.
ious diseases caused by common Gram-positive	bacterial pathogens such as Group A Streptococcus, Gro
The main	bacterial pathogens under study are Campylobacter, Clo
House flies can be monitored for	bacterial pathogens using filter paper spot cards and
	Bacterial pathogens can assemble translocons in their
r metabolism is particularly well-studied in	bacterial pathogens, such as E. coli and Mycobacterium
In studying foodborne	bacterial pathogens, IFR aim to discover new aspects o
demiology and vaccine development of various	bacterial pathogens, particularly Neisseria meningitid
h can potentially harbor known opportunistic	bacterial pathogens.
Muir was a lecturer in	bacterial pathology at Edinburgh University (1894-98),
t phagocytosis such as acute phase proteins,	bacterial peptides, HIV envelope proteins and neurotox
ial molecule involved in construction of the	bacterial peptidoglycan cell wall.
component of some archaea that differs from	bacterial peptidoglycan in chemical structure, but res
Increased risk of spontaneous	bacterial peritonitis.
ordinary resistance to insect, nematode, and	bacterial pests is attributed to high levels of isothi
erminal regulatory domain is not observed in	bacterial PheOHs but shows considerable structural hom
prokaryotic phospholipases C is a family of	bacterial phospholipases C, some of which are also kno
ctose and mannose, synthesis of nucleotides,	bacterial photosynthesis and a class of protein chaper
d their identification extends the number of	bacterial phyla that can carry out chlorophyll-based p
ct to the possibility of ever reconstructing	bacterial phylogeny.
of the RNA were detected, and all are in the	bacterial phylum Dictyoglomi, whose members have not b
aggregans is classified as belonging to the	bacterial phylum Chloroflexi.
Fibrobacteres is a small	bacterial phylum which includes many of the major rume
is stimulate antibody production against the	bacterial pilli to prevent their attachment and invasi
It is also present in the	bacterial plant pathogen Xanthomonas campestris pv.
called ATP synthase), is an ATPase found in	bacterial plasma membranes, in mitochondrial inner mem
production of a ´parental plasmid´ (	bacterial plasmid with eukaryotic inserts) in 'E.
pBLU is a commercially-produced	bacterial plasmid that contains genes for ampicillin r
ther DNA cut with the same enzyme (such as a	bacterial plasmid).
Plasmid RNAIII is a non-coding RNA found in	bacterial plasmids including pIP501.
mpound was used to treat Winston Churchill's	bacterial pneumonia in 1942 - his condition was extrem
oval for the treatment of community acquired	bacterial pneumonia and complicated skin and skin stru
linical trial for serious community-acquired	bacterial pneumonia (CABP).
Fuller was rushed to hospital suffering with	bacterial pneumonia, but was back playing for Gillingh
These	bacterial poly(A) tails are about 30 nucleotides long.
of the birch pollen allergen Bet v 1 and to	bacterial polyketide cyclases/aromatases.
Kinamycin is a group of	bacterial polyketide secondary metabolites containing
Greek τειχος, teichos, "wall") are	bacterial polysaccharides of glycerol phosphate or rib
This article is about the	bacterial porin.
General	bacterial porins are a family of proteins from the out
DnaG is a	bacterial primase which synthesizes short RNA oligonuc
f antibiotics by searching for inhibitors of	bacterial primase.
clean, lasting forever, and being devoid of	bacterial problems.
di-GMP, a second messenger used in multiple	bacterial processes such as virulence, motility and bi
Dam plays several key roles in	bacterial processes, including mismatch repair, the ti
The	bacterial production of sulfide starts in the sediment
ed in bacteria and immunity, and studied the	bacterial products of tuberculosis, hog cholera and gl
SpoT is a	bacterial protein that hydrolizes alarmones, (p)ppGpp,
Motility protein A, also known as MotA, is a	bacterial protein that is encoded by the motA gene.
For the	bacterial protein LexA, see Repressor LexA.
The medication selectively inhibits	bacterial protein synthesis by interacting at a site o
Fusidic acid acts as a	bacterial protein synthesis inhibitor by preventing th
is is only useful with reingestion since the	bacterial protein must be digested in the stomach and
CobB is a	bacterial protein that belongs to the sirtuin family,
The	bacterial protein-folding factor DsbA is the most oxid
be activated by very strong stimuli (such as	bacterial proteins) and not by normal tissue proteins.
Tir, along with over 25 other	bacterial proteins, is secreted from attaching and eff
found more sporadically in yeast, plant and	bacterial proteins.
e a class of signaling molecules involved in	bacterial quorum sensing.
flow of electrons is similar to that of the	bacterial reaction centre.
hlorophyll molecules similar to those in the	bacterial reaction centre.
"Continuous control in	bacterial regulatory circuits" Journal of Bacteriology
Crescentin is a protein which is a	bacterial relative of the intermediate filaments found
rocks are formed from marine planktonic and	bacterial remains preserved under anoxic conditions in
Fusidic acid inhibits	bacterial replication and does not kill the bacteria,
The homology of tubulin to the	bacterial replication/cytoskeletal protein FtsZ is a m
DnaG associates with	bacterial replicative helicase DnaB to perform its pri
TB, albeit with minor toxicity and acquired	bacterial resistance to the drug.
vation and have yet to encounter significant	bacterial resistance.
tricted in use, in order to avoid widespread	bacterial resistance.
t bubble coagulation leads to an increase in	bacterial respiration since more food is available to
In fact, a storm at sea could increase	bacterial respiration by up to 36 fold for two to four
As the	bacterial respiratory systems are branched, they have
logy, riboregulators can be used to regulate	bacterial responses and probe gene regulatory networks
Reverse transcriptases are also found in	bacterial Retron msr RNAs, distinct sequences which co
and sequence conservation annotation for 90	bacterial Rho-independent termination elements.
	Bacterial rhodopsins are a family of bacterial opsins.
to their ability to bind at two sites at the	bacterial ribosome as well as having a structural modi
has a third region of interactions with the	bacterial ribosome, as compared with two binding sites
is through binding to the 50S subunit of the	bacterial ribosome.
It is now clear that Hfq is an abundant	bacterial RNA binding protein which has many important
work in this area detected homologs of known	bacterial RNAs in such metagenome samples.
Only two	bacterial RNAs are known (6S RNA and transfer RNA) to
	Bacterial RNase P has two components: an RNA chain, ca
The RNA from	bacterial RNase Ps retains its catalytic activity in t
hi-value analysis to the study of barnase, a	bacterial RNAse used in many protein folding studies.
Activation of	bacterial RuBisCO might be particularly sensitive to P
n the paper, that the "raw data" were living	bacterial samples, which he would willingly share with
localization, protein quaternary structure,	bacterial secreted proteins, conotoxin superfamily and
the presence of an extra protein domain (in	bacterial SelB) or an extra subunit (SBP2 for eukaryot
Known side effects include	bacterial sepsis, viral meningitis, invasive fungal di
xamine B, DFO-B, DFOA, DFB or desferal) is a	bacterial siderophore produced by the actinobacteria S
iption factors, TFIIF is the most similar to	bacterial sigma factor.
acute	bacterial sinusitis
is similar to the DNA binding domains of the	bacterial site-specific recombinases, and of eukaryoti
It is also used to treat	bacterial skin infections.
istration in April 2007 for the treatment of	bacterial skin infections such as impetigo.
family of sortases (C60B in MEROPS) contains	bacterial sortase B proteins that are approximately 20
rane protein directs phagocytosis of several	bacterial species that is dependent on the small GTPas
The	bacterial species Clostridium chauvoei is named after
Herminiimonas aquatilis is a	bacterial species isolated from drinking water.
IF3 is not universally found in all	bacterial species but in E. coli it is required for th
The	bacterial species Granulosicoccus coccoides was first
ely, all of which are obtained from the soil	bacterial species Bacillus brevis and called collectiv
at is recognised by the plant varies between	bacterial species and is the basis for host-symbiont s
xpression of several efflux pumps in a given	bacterial species may lead to a broad spectrum of resi
ogy to the PomA and PomB proteins present in	bacterial species utilizing Na+ ion fluxes to power fl
Alcaligenes eutrophus is a	bacterial species that naturally produces polyhydroxya
-level predator; its presence determines the	bacterial species diversity within the pitcher.
The different	bacterial species that are capable of acetogenesis are
µm long with a bacillus shape, an acid-fast	bacterial species in the phylum Actinobacteria.
y laboratory to aid in the identification of	bacterial species (especially Enterococci and Listeria
ungal parasite Escovopsis and Pseudonocardia	bacterial species residing on the ants' integuments th
New fungal and	bacterial species have been found to have adapted to t
A. aeolicus" is also known as one of the few	bacterial species capable of doing gene silencing.
CGTase is an enzyme common to many	bacterial species, in particular of the Bacillus genus
that was the first animal model to overcome	bacterial species-specificity.
species but has not been identified in other	bacterial species.
sm and its sequence conservation across many	bacterial species.
The amount of PBPs varies among	bacterial species.
in mitochondria and is widely distributed in	bacterial species.
d systems have been identified in many other	bacterial species.
When subjected to moderate pressures,	bacterial spores germinate, and the resulting spores a
esearchers renewed their efforts in studying	bacterial spores after it was discovered that using mo
erate pressure does not always work, as some	bacterial spores are more resistant to germination und
including all forms of vegetative bacteria,	bacterial spores, fungi, fungal spores, and viruses".
ctive against Mycobacterium tuberculosis and	bacterial spores.
of the reasons for the resilience of certain	bacterial spores.
t from the bacteria E. coli which, like most	bacterial SSBs exists as a tetramer.
ost often an unripened cheese made by adding	bacterial starter and rennet to acidify milk.
	Bacterial starters are introduced to the milk, includi
In this case the sole purpose of the	bacterial step is the regeneration of Fe3+.
An alternative	bacterial stilbenoid ketosynthase-directed pathway exi
strain ADP seems to be the optimal	bacterial strain for atrazine degradations, which appe
e restriction site while isolating it from a	bacterial strain.
Developed during the nineties when several	bacterial strains were becoming resistant against such
Robert Koch and learned methods of isolating	bacterial strains to investigate infectious diseases.
STs) are secretory peptides produced by some	bacterial strains, such as enterotoxigenic Escherichia
aterials for life sciences research, such as	bacterial strains, plant lines, cell cultures, or DNA.
If the	bacterial suspension is too turbid, it can be diluted
ed as a reference to adjust the turbidity of	bacterial suspensions so that the number of bacteria w
group of antibiotics, work by inhibiting the	bacterial synthesis of dihydrofolic acid.
committee on reconciliation of approaches to	bacterial systematics has recommended use of GC ratios
studies with another DNA-binding domain from	bacterial TAL effectors show promise, it remains to be
worked on several committees connected with	bacterial taxonomy, most notably the International Com
r a various types of cells and tissues, from	bacterial to mammalian.
The agent is tested for both mammalian and	bacterial toxicity.
rax lethal toxin(LT), suggesting the role of	bacterial toxins in inducing inflammasome formation.
ical purposes by more practical fragments of	bacterial toxins, such as diphtheria toxin, which is u
is also responsible for the actions of some	bacterial toxins, such as cholera toxin, diphtheria to
DMS is also produced naturally by	bacterial transformation of dimethyl sulfoxide (DMSO)
ry the Copley Medal, in part for his work on	bacterial transformation.
rom the surrounding environment is a form of	bacterial transformation.
a evolved from this particular branch of the	bacterial tree.
y found in Flavobacterium okeanokoites, is a	bacterial type IIS restriction endonuclease consisting
, this test allows for accurate depiction of	bacterial types.
ulsed field gel electrophoresis test used in	bacterial typing.
r two years of work studying the efficacy of	bacterial vaccination in pigs Smith erroneously believ
gococcal-C disease and the first recombinant	bacterial vaccine against pertussis.
icrobiology ; it often causes (50% of cases)	bacterial vaginosis .
	Bacterial Vaginosis).
the odor of such processes as bad breath and	bacterial vaginosis.
in the treatment of protozoal infections and	bacterial vaginosis.
f amoebiasis, giardiasis, trichomoniasis and	bacterial vaginosis.
ver, elevated pH can also be associated with	bacterial vaginosis.)
Levans are produced in almost all	bacterial versions of fructan production, as well as b
	Bacterial viability is compromised in dam mutants that
those with tuberculosis or untreated fungal,	bacterial, viral or herpes infections without consulti
oned that involve targeted neutralization of	bacterial virulence phenotypes or pharmacologic augmen
etic approaches to discover and characterize	bacterial virulence factors involved in host cell inju
Some	bacterial viruses code for their own RNA polymerases,
multiply and hence inhibitors selective for	bacterial vs. host DHFR have found application as anti
They also carry and spread the	bacterial wilt organism, Erwinia tracheiphila and the
to accumulate about the diversity within the	bacterial world, scientists started to include the bac
In another approach a	bacterial xylose isomerase was introduced.
Fort Bragg fever, a	bacterial zoonotic disease

＜前へ 1 2 3

共起表現

「bacterial」の共起表現(1語右で並び替え)3ページ目 - Weblio英語共起表現検索

「bacterial」の共起表現一覧(1語右で並び替え)3ページ目