「bacterial」の共起表現一覧(2語左で並び替え)
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Dps proteins are part of a complex | bacterial defence system that protects DNA against oxi |
The promoter gene in a normal | bacterial cell is linked to other genes that are then |
xpression of several efflux pumps in a given | bacterial species may lead to a broad spectrum of resi |
Coliform bacteria are a commonly-used | bacterial indicator of sanitary quality of foods and w |
also known as lung plague), is a contagious | bacterial disease that afflicts the lungs of cattle, b |
Fibrobacteres is a small | bacterial phylum which includes many of the major rume |
After a long-term | bacterial infection contracted during a business trip |
followed by dripping the broth on a nascent | bacterial lawn, or even filtering it. |
pBLU is a commercially-produced | bacterial plasmid that contains genes for ampicillin r |
inful and if scratched may allow a secondary | bacterial infection to develop. |
amboids were once thought to be a fossilised | bacterial colonies or microorganisms, but successful s |
This article is about the | bacterial porin. |
ally filamentous, and can move about through | bacterial gliding. |
Fusidic acid inhibits | bacterial replication and does not kill the bacteria, |
It is made from chenodeoxycholic acid by | bacterial action in the colon. |
sm and its sequence conservation across many | bacterial species. |
am is a compound that inhibits the action of | bacterial beta-lactamases. |
Activation of | bacterial RuBisCO might be particularly sensitive to P |
fections" look like fungus but is actually a | bacterial infection known as Columnaris. |
In addition, the | bacterial ENR sequence and structural organization are |
cription factors in defense against invasive | bacterial infection. |
alian innate immune defense against invasive | bacterial infection. |
is stimulate antibody production against the | bacterial pilli to prevent their attachment and invasi |
ed exposure, the dog can develop allergic or | bacterial conjunctivitis or keratoconjunctivitis sicca |
Levans are produced in almost all | bacterial versions of fructan production, as well as b |
Nutritional changes may also cause | bacterial filamentation. |
Hemolysins may also mediate | bacterial escape from host cells. |
ation and therefore spread rapidly among the | bacterial cells of a population; e.g., F plasmid, many |
an be easily produced in large amounts using | bacterial expression systems. |
An alternative | bacterial stilbenoid ketosynthase-directed pathway exi |
A MacConkey agar plate with an active | bacterial culture. |
n: Gangraena emphysematosa) is an infectious | bacterial disease of sheep and cattle, caused by Clost |
µm long with a bacillus shape, an acid-fast | bacterial species in the phylum Actinobacteria. |
step of creating sorbose using an ingenious | bacterial fermentation method discovered by a French r |
It is now clear that Hfq is an abundant | bacterial RNA binding protein which has many important |
ерский) he conducted comparative analysis of | bacterial DNA and RNA, and predicted existence of mess |
pidly cleaved by neutrophil elastase and the | bacterial enzyme thermolysin respectively, resulting i |
compounds in the leaves they consume and the | bacterial fermentation, the bird has a disagreeable, m |
of the birch pollen allergen Bet v 1 and to | bacterial polyketide cyclases/aromatases. |
TB, albeit with minor toxicity and acquired | bacterial resistance to the drug. |
Berkefeld is a cheap, portable and efficient | bacterial filter in general, though it does not remove |
effective in Gram-positive and Gram-negative | bacterial infections. |
ino acids, neurotransmitters, and intestinal | bacterial action on food components. |
ungal parasite Escovopsis and Pseudonocardia | bacterial species residing on the ants' integuments th |
articularly vulnerable to pulloram and other | bacterial diseases common in domestic poultry. |
treatment of gram-positive and gram-negative | bacterial infections. |
etic approaches to discover and characterize | bacterial virulence factors involved in host cell inju |
a combination of mesophilic and thermophilic | bacterial cultures. |
preserved clonal plant materials, animal and | bacterial germplasm. |
In another approach a | bacterial xylose isomerase was introduced. |
committee on reconciliation of approaches to | bacterial systematics has recommended use of GC ratios |
As the | bacterial respiratory systems are branched, they have |
ther DNA cut with the same enzyme (such as a | bacterial plasmid). |
Fusidic acid acts as a | bacterial protein synthesis inhibitor by preventing th |
lso enable mechanical work, such as rotating | bacterial flagella, or to produce ATP, which provides |
ragmented into random pieces and cloned as a | bacterial library. |
erate pressure does not always work, as some | bacterial spores are more resistant to germination und |
He probably had what is known as acute | bacterial epiglottitis (though some writers have claim |
ver, elevated pH can also be associated with | bacterial vaginosis.) |
DnaG associates with | bacterial replicative helicase DnaB to perform its pri |
to their ability to bind at two sites at the | bacterial ribosome as well as having a structural modi |
eath that contracts upon phage attachment to | bacterial host. |
A. avenae causes | bacterial fruit blotch on cucurbit crops. |
tricted in use, in order to avoid widespread | bacterial resistance. |
es include abnormal responses to bacteria or | bacterial endotoxin, or a hypersensitivity to food. |
lls 99.999% of microbes, bacteria (including | bacterial endospores), viruses, germs, mold spores, vo |
hi-value analysis to the study of barnase, a | bacterial RNAse used in many protein folding studies. |
Watts soon follow from what appears to be a | bacterial infection, which dissolves the body, but lea |
temperatures and dry climate has been noted, | bacterial decay still occurs. |
The differences between the | bacterial and eukaryotic ribosomes are exploited by ph |
g this link between iron bioavailability and | bacterial growth, the taking of iron supplements can i |
pon attack was a Japanese biological warfare | bacterial germ strike against Kaimingjie, an area of t |
a moonlighting protein, functioning both in | bacterial cell wall biosynthesis as well as in gyrase |
the odor of such processes as bad breath and | bacterial vaginosis. |
opionate (DMSP), and is also produced by the | bacterial metabolism of methanethiol. |
uld have discovered the pain was caused by a | bacterial infection that had lodged on his heart valve |
lecules (CEACAMs), which are used by several | bacterial pathogens to bind and invade host cells. |
STs) are secretory peptides produced by some | bacterial strains, such as enterotoxigenic Escherichia |
treatment for sepsis caused by Gram-negative | bacterial infections. |
n of harmful effects caused by Gram-negative | bacterial infections. |
xacin is a quinolone, and acts by inhibiting | bacterial DNA replication. |
ost often an unripened cheese made by adding | bacterial starter and rennet to acidify milk. |
zootic disease of farmed shrimp, caused by a | bacterial infection. |
plant releases nutrients that can facilitate | bacterial growth. |
or "Molar Tooth" structures in carbonates (a | bacterial degassing structure) and abundant stromatoli |
administered before antibiotics in cases of | bacterial meningitis. |
The presence of catalase in | bacterial cells depends on both the growth condition a |
In 2001, he caught a | bacterial infection at Nanavati hospital, during a min |
neumococcal disease is also a major cause of | bacterial meningitis, which is often fatal. |
e for treating digestive disorders caused by | bacterial infections. |
this species, faucitis is usually caused by | bacterial and viral infections although food allergies |
Flavobacterium branchiophilum causes the | Bacterial Gill Disease (BGD) on trouts. |
Flavobacterium psychrophilum causes the | Bacterial Cold Water Disease (BCWD) on salmonids and t |
ogen; this is released outside the cell when | bacterial endotoxin is encountered. |
The beta chain of | bacterial DNA polymerase III is composed of three topo |
Enediynes are a class of | bacterial natural products characterized by either nin |
he treatment of pink eye in combination with | bacterial infections. |
ious diseases caused by common Gram-positive | bacterial pathogens such as Group A Streptococcus, Gro |
e seven in Escherichia coli (a commonly used | bacterial model organism), all of which have 2 promote |
oval for the treatment of community acquired | bacterial pneumonia and complicated skin and skin stru |
mes at some loss of processivity compared to | bacterial homologs. |
(~1%) on vertebrate genomes in comparison to | bacterial genomes or viral DNA. |
tem is activated by IgA immune complexes and | bacterial endotoxins, polysaccharides, and cell walls, |
ly in nature; for example, as a component of | bacterial glycolipids. |
n method for estimating the concentration of | bacterial or other cells in a liquid. |
worked on several committees connected with | bacterial taxonomy, most notably the International Com |
Cation Symporter-1 (NCS1) family consists of | bacterial and yeast transporters for nucleobases inclu |
in muramyl dipeptide (MDP), a constituent of | bacterial cell walls. |
SVGFG, is very similar to that contained in | bacterial KcsA channels. |
n for members of this family also contains a | bacterial member and resembles that of thermolysin the |
purpose of phage production, it contains the | bacterial ampicillin resistance gene (for B-lactamase) |
mportant in medicine as it can contribute to | bacterial antibiotic resistance. |
odate multiple drugs, and thus contribute to | bacterial multidrug resistance (MDR). |
"Continuous control in | bacterial regulatory circuits" Journal of Bacteriology |
In fact, a storm at sea could increase | bacterial respiration by up to 36 fold for two to four |
Petit MA, Ehrlich D. Essential | bacterial helicases that counteract the toxicity of re |
Iron deficiency in | bacterial cells triggers secretion of enterobactin int |
In Chicago, Fenger helped demonstrate the | bacterial origins of endocarditis and developed techni |
, this test allows for accurate depiction of | bacterial types. |
-level predator; its presence determines the | bacterial species diversity within the pitcher. |
clean, lasting forever, and being devoid of | bacterial problems. |
component of some archaea that differs from | bacterial peptidoglycan in chemical structure, but res |
nsmission of communicable disease, including | bacterial or fungal contamination during processing. |
A Petri dish with | bacterial colonies on an agar-based growth medium. |
ith cytochrome c6, and the distantly related | bacterial azurins, which exchange electrons with cytoc |
in mitochondria and is widely distributed in | bacterial species. |
studies with another DNA-binding domain from | bacterial TAL effectors show promise, it remains to be |
the presence of an extra protein domain (in | bacterial SelB) or an extra subunit (SBP2 for eukaryot |
ng makes bast fibers easily separable due to | bacterial and fermentative processes known as retting. |
e the article says this may have been due to | bacterial degredation due to the amount of time the bo |
and is closed to shellfish harvesting due to | bacterial contamination. |
ance to effectively attenuate the effects of | bacterial colonization. |
Known side effects include | bacterial sepsis, viral meningitis, invasive fungal di |
r two years of work studying the efficacy of | bacterial vaccination in pigs Smith erroneously believ |
laboratory tool that can efficiently isolate | bacterial cells out of body fluid or cultured cells. |
vation and have yet to encounter significant | bacterial resistance. |
Fosfomycin enters the | bacterial cell through the glycerophosphate transporte |
Branchinecta gaini feeds on epiphytes in | bacterial mats, and on the mats themselves. |
to a proinflammatory stimulus, especially of | bacterial origin. |
lity under all conditions in eukaryotes, the | bacterial homologue HtpG is dispensable under non-heat |
h is a fundamental problem in eukaryotic and | bacterial cell biology. |
ct to the possibility of ever reconstructing | bacterial phylogeny. |
For example, giant | bacterial mats floating in the oxygen minimum zone off |
nflammatory conditions following exposure to | bacterial lipopolysaccharide (LPS). |
In the experiment, an extract from | bacterial cells that could make protein even when no i |
Purification and properties of protease F, a | bacterial enzyme with chymotrypsin and elastase specif |
prokaryotic phospholipases C is a family of | bacterial phospholipases C, some of which are also kno |
a is found on methane ice, where it feeds on | bacterial biofilms. |
Fort Bragg fever, a | bacterial zoonotic disease |
gococcal-C disease and the first recombinant | bacterial vaccine against pertussis. |
In the first approach, | bacterial cultures mixed with a food source (a carbohy |
an is also involved in binary fission during | bacterial cell reproduction. |
tion with a hot caustic solution followed by | bacterial biotreatment to destroy mustard agent. |
ed for reheating previously cooked food, and | bacterial contamination may not be killed if the safe |
For the | bacterial protein LexA, see Repressor LexA. |
world's emergency vaccine stockpile for the | bacterial form has been consumed. |
and sequence conservation annotation for 90 | bacterial Rho-independent termination elements. |
the serum, and are thus useful for treating | bacterial infections, notably those of persistent supp |
e of the antibiotics of last resort for many | bacterial infections, such as Escherichia coli (E. |
Mesosomes form in | bacterial cells prepared for electron microscopy by ch |
rom the surrounding environment is a form of | bacterial transformation. |
Gamma PGA is formed by | bacterial fermentation. |
Fosfomycin inhibits | bacterial cell wall biogenesis by inactivating the enz |
Lanthionines have also been found in | bacterial cell walls and are the components of a group |
Reverse transcriptases are also found in | bacterial Retron msr RNAs, distinct sequences which co |
karyotic phospholipase A2 domain is found in | bacterial and fungal phospholipases. |
They are primarily found in | bacterial lineages though a number of eukaryotic homol |
Plasmid RNAIII is a non-coding RNA found in | bacterial plasmids including pIP501. |
called ATP synthase), is an ATPase found in | bacterial plasma membranes, in mitochondrial inner mem |
came one of the most influential founders of | bacterial and bacteriophage (Lambda) genetics. |
ical purposes by more practical fragments of | bacterial toxins, such as diphtheria toxin, which is u |
DNA from individual | bacterial clones is sequenced and the sequence is asse |
s usually a cytotoxic protein derived from a | bacterial or plant protein, from which the natural bin |
in the Nan River is deteriorating from heavy | bacterial contamination attributed primarily to the ra |
fic immune response and is released from the | bacterial cells mainly after bacteriolysis induced by |
o as cilium below to distinguish it from its | bacterial counterpart). |
st one of the Clark babies had died from the | bacterial infection Staphylococcus aureus, and not fro |
ens bacterium, allowing the flavors from the | bacterial metabolic products to predominate over the m |
that are produced and secreted from several | bacterial organisms. |
that in 1969 isolated the first gene from a | bacterial chromosome. |
e restriction site while isolating it from a | bacterial strain. |
ubstrate specificity (EC:3.1.1.32.) from the | bacterial outer membrane. |
been proposed that the sEH evolved from the | bacterial haloalkane dehalogenase. |
New fungal and | bacterial species have been found to have adapted to t |
Kinamycin is a group of | bacterial polyketide secondary metabolites containing |
one substrate, the 3-(acyloxy)acyl groups of | bacterial lipopolysaccharides, and two products, [part |
MotA and MotB make the stator of a H+ driven | bacterial flagellum and surround the rotor as a ring o |
Male heterozygous mice had higher | bacterial counts after Salmonella infection. |
Her work has investigated | bacterial infections, such as Shigella, and Listeria. |
hould be avoided in patients who have active | bacterial infections. |
l being cured of anemia but having increased | bacterial illness. |
This helps prevent | bacterial infection, and reduces irritation during mil |
he heme C to amino acid ratio to be high for | bacterial hemeproteins, so the interiors of some cytoc |
Hoatzins use | bacterial fermentation in the front part of the gut to |
y laboratory to aid in the identification of | bacterial species (especially Enterococci and Listeria |
If the | bacterial suspension is too turbid, it can be diluted |
gly induced in monocytes by IL-10, IFN-γ and | bacterial lipopolysaccharide. |
l uses for this idea include immunization to | bacterial infections. |
The oxidation of -SH groups in the | bacterial cytoplasmic membrane results in loss of the |
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