「pathogens」の共起表現(1語左で並び替え)

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「pathogens」の共起表現一覧(1語左で並び替え)

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role in the defense of the organism against	pathogens.
ir antibiotic qualities as a defense against	pathogens.
lay an important role in the defense against	pathogens.
eractions similarly optimize defense against	pathogens and herbivores of different lifestyles.
ompetitive and displacing properties against	pathogens, and they are promising candidates for futur
on against cancer, immunostimulation against	pathogens, and as adjuvants in vaccines.
reted reoviruses that are major agricultural	pathogens, particularly in Asia.
ir handling systems to help contain airborne	pathogens such as SARS.
aviolet light, defend against herbivores and	pathogens, and mediate plant-pollinator interactions a
This method eliminated mud and	pathogens.
Some parasites and	pathogens occasionally provide beneficial effects beco
Fungi and	pathogens growing specifically on Phyllostachys have p
ended solids are important as pollutants and	pathogens are carried on the surface of particles.
ells may be contaminated by animal waste and	pathogens.
of the nasal cavity trap and remove dust and	pathogens from the air as it flows through the nasal c
larly their egg clutches, from predation and	pathogens.
e led a review into the regulation of animal	pathogens for Defra, publishing the results on 13 Dece
a close relative of E. coli and other animal	pathogens that include Salmonella, Shigella, Klebsiell
and vaccine development of various bacterial	pathogens, particularly Neisseria meningitidis (causes
sm is particularly well-studied in bacterial	pathogens, such as E. coli and Mycobacterium tuberculo
EACAMs), which are used by several bacterial	pathogens to bind and invade host cells.
ses caused by common Gram-positive bacterial	pathogens such as Group A Streptococcus, Group B Strep
The main bacterial	pathogens under study are Campylobacter, Clostridia an
House flies can be monitored for bacterial	pathogens using filter paper spot cards and PCR
In studying foodborne bacterial	pathogens, IFR aim to discover new aspects of the biol
Bacterial	pathogens can assemble translocons in their host membr
ntially harbor known opportunistic bacterial	pathogens.
s of tree, since these fungi are known to be	pathogens which infect tree leaves.
search that studies the relationship between	pathogens (disease-causing organisms, such as viruses
nction) is particularly effective at binding	pathogens.
Removal of Biological	Pathogens Using Surfactant Modified Zeolite.
is widely used for developing bioluminescent	pathogens).
venting occupational exposures to bloodborne	pathogens: articles from advances in exposures prevent
To gain access to the body,	pathogens can penetrate mucous membranes lining the ge
bot for sample processing in the Blood Borne	Pathogens Surveillance project.
ts overcome the large number of arms used by	pathogens to evoke disease while having only a limited
PGs can be produced by	pathogens to degrade the polygalacturonan component of
Heat-stable enterotoxins are produced by	pathogens such as Escherichia coli.
oduced in response to wounding, infection by	pathogens, aluminium and abscisic acid.
scientific study of plant diseases caused by	pathogens (infectious diseases) and environmental cond
ne Diseases (CVBD) covers diseases caused by	pathogens transmitted by ectoparasites such as ticks,
nking water is, or could be, contaminated by	pathogens.
s, and some are important vectors for cereal	pathogens.
lants inherited ability to recognise certain	pathogens.
It is threatened by Climate Change	Pathogens and habitat loss.
retory immunoglobulin A which can help clear	pathogens from the child and benefit the child against
Even though many clinical	pathogens are part of the Enterobacteriaceae family, m
ith agar have produced cultures that contain	pathogens.
ddles, etc.) that may be expected to contain	pathogens or toxins that are readily rejected by the F
perimental animals will be exposed to deadly	pathogens.
a range of organisms including dermatophyte	pathogens, Malassezia furfur, and Candida albicans.
ment receptors are responsible for detecting	pathogens by mechanisms not mediated by antibodies.
A. thaliana to distinguish between different	pathogens.
immunity, but across a variety of different	pathogens.
Biting lice do not usually spread disease	pathogens, but heavy infestations in poultry can cause
hering and testing ticks for disease-causing	pathogens at the Mashomack Preserve on Shelter Island,
Emerging	Pathogens Institute
part of the University of Florida's Emerging	Pathogens Institute.
The Emerging	Pathogens Institute is an interdisciplinary research i
gan designing the framework for the Emerging	Pathogens Institute back in 2006.
s and some proteins, to allow them to engage	pathogens in the infected tissues.
her countries testing genetically engineered	pathogens and novel delivery systems when they invoke
ate in the killing and digestion of engulfed	pathogens, and in connective tissue remodeling at site
people have antibodies against these enteric	pathogens, which also react with the antigens in the W
and genetics of antibiotic resistant enteric	pathogens in Nigeria in 1982.
Faecal	pathogens include bacteria, viruses, or protozoa and m
rane attack complex, all of which help fight	pathogens.
When the immune system is fighting	pathogens, cytokines signal immune cells such as T-cel
isinfection to ensure that any free floating	pathogens, or pathogens associated with the small rema
and spread of different clones of foodborne	pathogens.
city for molecular surveillance of foodborne	pathogens.
minimum to avoid misunderstanding, which for	pathogens could have fatal consequences.
tool for degradation of plant cell walls for	pathogens.
ing the 1930s the island was a test site for	pathogens that cause foot-and-mouth disease.
It often is considered a barrier for	pathogens, yet it offers little resistance to milk lea
ated and control T-cell responses to foreign	pathogens, transplants and cancer.
As part of an immune response to foreign	pathogens, histamine is produced by basophils and by m
pacts on source waters reduces the risk from	pathogens and chemical pollutants in that water, and c
' are a mixture of macromolecules (e.g. from	pathogens, toxins, proteins, pollen) comprising severa
tion has stated that "the risk of death from	pathogens is at least 100 to 1000 times greater than t
e used to control internal seed-borne fungal	pathogens as well as fungal pathogens that are on the
defence including protection against fungal	pathogens.
Fungal	pathogens and predatory mites may have the ability to
PG) enzymes produced by bacterial and fungal	pathogens.
h as bark beetles and their symbiotic fungal	pathogens, pose as one of the greatest threats to coni
tments are used to control soil borne fungal	pathogens that cause seed rots, damping-off, root rot
been applied to crops to combat fungus-like	pathogens of the order Oomycetes.
activity against a variety of Gram-positive	pathogens including MRSA and MRSE.
on of antibiotics used against gram-positive	pathogens, including superbugs such as Methicillin-res
t against problematic Gram-positive hospital	pathogens such as staphylococci and enterococci.
ination of fresh produce by food borne human	pathogens”.
in SARS, Rift Valley fever, and other human	pathogens.
natural colostrum towards 19 specific human	pathogens were just as high as in hyperimmune colostru
genus Helicobacter, some of which are human	pathogens that infect the stomach and can cause ulcers
The two most important human	pathogens in the genus are Taenia solium (the pork tap
not surprising that several important human	pathogens have evolved mechanisms for recruiting facto
important role in controlling human-specific	pathogens by the innate immune system.
The most important	pathogens are A. hydrophila, A. caviae, and A. veronii
Cefepime has good activity against important	pathogens including Pseudomonas aeruginosa, Staphyloco
o limited by the inability of some important	pathogens to leave a 'footprint' retrievable from arch
addition, most bacteria including important	pathogens, such as Mycobacterium tuberculosis, synthes
Neither are insect	pathogens that stun and colonize insects normally labe
species of Photobacterium have evolved into	pathogens of marine life.
known to be used by many other intracellular	pathogens.
phagy formation in response to intracellular	pathogens.
g them, competing with them, and introducing	pathogens or parasites that sicken or kill them or, in
HOBr + Live	pathogens → Br- + Dead pathogens
ng detection and quantitization of low-level	pathogens, rare genetic sequences, gene expression in
Additionally, many	pathogens cannot be manipulated genetically.
due to its ability to kill the cells of many	pathogens.
watersrand’s respiratory and meningeal	pathogens research unit.
tory focuses on the recognition of microbial	pathogens by the immune system and has determined over
s and in the resistance to various microbial	pathogens and other pests.
be involved in the recognition of microbial	pathogens, and a nucleotide binding site for nucleosid
The cloth is effective because most	pathogens are attached to particles and plankton, part
for the presumed ability to act as a natural	pathogens killer by inhibiting the replication process
atened by habitat destruction and non-native	pathogens.
respectively, both of which include notable	pathogens.
e of the most notable and commonly occurring	pathogens being Vibrio anguillarum, the cause of septi
ty to dangerously increase the likelihood of	pathogens being present.
y is an important property in the context of	pathogens, since drugs acting on specific genes that a
disease, hereditary diseases, and effects of	pathogens.
ng due to the possibility of transmission of	pathogens to the blood stream.
er wells in order to prevent the breeding of	pathogens, but meanwhile continued work towards enviro
an be used to increase the mutation rates of	pathogens to intolerable levels.
between cells in a tissue, and the spread of	pathogens or toxins such as HIV and prions.
y involved in preventing the transmission of	pathogens from the mother to the fetus (so-called vert
nd provide resistance to a larger variety of	pathogens than vertical resistance.
ontrol and evaluation of the transmission of	pathogens in healthcare institutions and on the use of
icrobial activity against a wide spectrum of	pathogens.
A reduction of	pathogens has been associated with the consumption of
sue inflammation as well as the engulfing of	pathogens by phagocytes.
glycoprotein turnover, and neutralization of	pathogens.
nce of nosoomial infections from a number of	pathogens.
ifically validated” to prevent the growth of	pathogens.
mycin has activity against a wide variety of	pathogens and further research is being conducted for
Examples of	pathogens that contain a sylvatic cycle include trichi
, especially with therapeutics and naming of	pathogens.
known to become infected by a wide range of	pathogens, which includes viruses, bacteria, fungi and
of toxins and not by the actual invasion of	pathogens.
the risk of accidental release and spread of	pathogens.
ther disinfection; a very high proportion of	pathogens are removed by microorganisms in the filter
tious diseases and molecular epidemiology of	pathogens.
mph nodes so they can screen for invasion of	pathogens by interacting with antigen-presenting cells
ed in 1997 and focused on “improving data on	pathogens, coordinating regulatory responses, consumer
roup of commensal bacteria and opportunistic	pathogens.
s of the genus Bacteroides are opportunistic	pathogens.
Of these opportunistic	pathogens, the majority of the identified bacteria wer
s both evolutionary agents and opportunistic	pathogens in various environments.
rasitic worms from human and animal waste or	pathogens which use other organisms as an intermediate
may be predators, parasites, parasitoides or	pathogens which attacks harmful insect, weed or plant
s Borrelia specie to another one or to other	pathogens carried by the vector, which appears to be i
tive filter, most cholera bacteria and other	pathogens are removed.
by the neutrophil to kill bacteria and other	pathogens.
ave been introduced as well, and these other	pathogens might cause infection or illness.
Perio	pathogens and pathologic proteins are selectively dest
rs may be causing CCD, including pesticides,	pathogens, and parasites, all of which have been found
rian areas from sediment runoff, pesticides,	pathogens, organics and nutrients.
Calonectria species are known as plant	pathogens.
Plasmopara species are known as plant	pathogens.
Many of the species in this genus are plant	pathogens.
These were mainly microfungi, such as plant	pathogens.
In the case of plant	pathogens, it is also their ability to survive between
netically modified) crops resistant to plant	pathogens.
Like other water moulds which are plant	pathogens, it is sometimes called a fungus, although w
in Denmark - mainly microfungi such as plant	pathogens
Due to spreading resistance of plant	pathogens towards fungicides of the strobilurin class
Viroids are plant	pathogens that consist of a short stretch of circular,
n experimenting on chemical control of plant	pathogens and recommending it to practitioners.
Ms have mainly been studied in Gram positive	pathogens and are promising drug targets.
atural form of protection from gram positive	pathogens like Bacillus, Staphylococcus and Streptococ
ration, sunlight, temperature, and potential	pathogens until the tadpoles hatch.
class I MHC will include those of processed	pathogens degraded in the proteasome.
athoghens but also for the host to recognize	pathogens and trigger efficient innate immune response
sed by beef and poultry processors to reduce	pathogens, such as E. coli and salmonella, on uncooked
sed by beef and poultry processors to reduce	pathogens, such a E. coli and salmonella, on uncooked
These plants are exposed to native regional	pathogens, and given minimal assistance in fighting th
re believed to be very effective in removing	pathogens, oxygen demanding substances, suspended soli
s Merill Trust to study antibiotic resistant	pathogens in Nigeria in 1978.
Specifically for meat, since	pathogens grow in warmer temperatures, the CCP is rela
Through evolution, there will always be some	pathogens that can become resistant to this allele, an
nce of phenotypic diversity between specific	pathogens in this genus, that led to the development o
s antibodies did appear towards the specific	pathogens or antigens that were used in the original c
However, the CDC notes that	pathogens such as metronidazole-resistant trichomonias
dered a method to cause the adaptations that	pathogens have to their host to become obsolete in the
The toxins secreted by the	pathogens mediate the outpouring of leukocytes that se
to evolve resistance, via mutation, to their	pathogens.
ctive against many (though not all) of these	pathogens.
strategy that has evolved to deal with those	pathogens that have learned to evade the host immune s
Borrelia recurrentis is one of three	pathogens (along with Rickettsia prowazekii and Barton
y allergic reactions, and immune response to	pathogens.
horizontal resistance, plants are exposed to	pathogens and selected for partial resistance.
bovine liver and thymus glands and binds to	pathogens, prompting elimination by macrophages.
, where it mediates immunologic responses to	pathogens.
or alternatively, isolation from exposure to	pathogens.
spectrum of Gram-positive respiratory tract	pathogens, including macrolide-resistant strains.
As with most sexually transmitted	pathogens, they can only survive a short time away fro
re a part of cancer cells and/or the various	pathogens found in other illnesses) is by injecting na
intermediate hosts, vectors and vector-borne	pathogens.
ls' cell walls that can function to wall-off	pathogens and prevent infections from spreading.

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