「bacterial」の共起表現一覧(1語右で並び替え)
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| tted with composting toilet tanks, which use | bacterial action to break down solid and liquid waste |
| It is made from chenodeoxycholic acid by | bacterial action in the colon. |
| ino acids, neurotransmitters, and intestinal | bacterial action on food components. |
| This may occur by | bacterial action (the bacteria being washed into the p |
| It is formed in the intestines by | bacterial action. |
| cale, silt, algae) and sludge (corrosion and | bacterial activity). |
| , such as assistance in protein degradation, | bacterial adhesin activity, and in responding to disea |
| purpose of phage production, it contains the | bacterial ampicillin resistance gene (for B-lactamase) |
| Cation Symporter-1 (NCS1) family consists of | bacterial and yeast transporters for nucleobases inclu |
| Production of PGE2 in | bacterial and viral infections appear to be stimulated |
| ng makes bast fibers easily separable due to | bacterial and fermentative processes known as retting. |
| In addition, cool temperatures retard | bacterial and fungal growth. |
| f polygalacturonase (PG) enzymes produced by | bacterial and fungal pathogens. |
| at is a potent and irreversible inhibitor of | bacterial and plant urease usually used for urinary tr |
| leaving these jellyfish more susceptible to | bacterial and other disease problems that likely lead |
| came one of the most influential founders of | bacterial and bacteriophage (Lambda) genetics. |
| cturing process steps are taken to eliminate | bacterial and viral contamination. |
| karyotic phospholipase A2 domain is found in | bacterial and fungal phospholipases. |
| uding cytokines, growth factors, stress, and | bacterial and viral infections. |
| Food or waterborne diseases: | bacterial and protozoal diarrhea, hepatitis A and E, a |
| this species, faucitis is usually caused by | bacterial and viral infections although food allergies |
| a database of Type 2 toxin-antitoxin loci in | bacterial and archaeal genomes. |
| Life-threatening | bacterial and fungal infections account for the high m |
| rings, and other water sources to reduce the | bacterial and algal residue in the water. |
| Patients exhibit increased susceptibility to | bacterial and viral infections, especially from common |
| and thus is effective for a wide variety of | bacterial and fungal infections, such as fin rot and b |
| The differences between the | bacterial and eukaryotic ribosomes are exploited by ph |
| rates suggests that the primary mechanism is | bacterial and alga fixation. |
| ygen species that induce oxidative stress in | bacterial and mammalian cells. |
| th the abilities to teach cells how to fight | bacterial and viral infections. |
| g antibiotic, which is a potent inhibitor of | bacterial and yeast RNA polymerases. |
| fourteen-membered lactone ring found in the | bacterial antibiotic migrastatin, which stops cancer c |
| mportant in medicine as it can contribute to | bacterial antibiotic resistance. |
| cylation protein PagP is a family of several | bacterial antimicrobial peptide resistance and lipid A |
| oteobacteria, although only some Rhizobiales | bacterial are predicted to use flg-Rhizobiales RNAs. |
| ASNA1 is the human homolog of the | bacterial arsA gene. |
| BAC ( | Bacterial Artificial Chromosome) arrays were historica |
| ence, in particular as large clones in BACs ( | bacterial artificial chromosomes) or fosmids, and reco |
| Red clover is subject to | bacterial as well as fungal diseases. |
| ith cytochrome c6, and the distantly related | bacterial azurins, which exchange electrons with cytoc |
| am is a compound that inhibits the action of | bacterial beta-lactamases. |
| A role in | bacterial binding and sequestration is suggested by st |
| ns, enzymatic processes in the intestine and | bacterial biochemistry. |
| a is found on methane ice, where it feeds on | bacterial biofilms. |
| grow and phosphorus is incorporated into the | bacterial biomass. |
| tion with a hot caustic solution followed by | bacterial biotreatment to destroy mustard agent. |
| She had developed pneumonia, a | bacterial blood infection and suffered a series of str |
| s a type of Escherichia coli and the leading | bacterial cause of diarrhea in the developing world, a |
| Likely, the horizontal transfer of | bacterial CCA-adding enzyme to eukaryotes allowed the |
| The | Bacterial Cell Wall. |
| Bacterial cell wall synthesis and the role of PBPs in | |
| Katanosin antibiotics target the | bacterial cell wall biosynthesis. |
| Fosfomycin enters the | bacterial cell through the glycerophosphate transporte |
| It prevents | bacterial cell division by inhibiting cell wall synthe |
| ers which initially bind to receptors on the | bacterial cell wall and a tail spike protein that subs |
| h is a fundamental problem in eukaryotic and | bacterial cell biology. |
| It is part of a biopolymer in the | bacterial cell wall, built from alternating units of G |
| ts its bactericidal effect by inhibiting the | bacterial cell wall synthesis, and sulbactam acts as a |
| o a ring at the future site of the septum of | bacterial cell division. |
| Lanthionines have also been found in | bacterial cell walls and are the components of a group |
| a moonlighting protein, functioning both in | bacterial cell wall biosynthesis as well as in gyrase |
| The promoter gene in a normal | bacterial cell is linked to other genes that are then |
| mers as they produce more than one spore per | bacterial cell (up to five spores). |
| unctions such as a component in many typical | bacterial cell walls. |
| are virulence factors and components of the | bacterial cell wall. |
| on is a laboratory technique in prokaryotic ( | bacterial) cell biology. |
| TonB complex senses signals from outside the | bacterial cell and transmits them via two membranes in |
| tion of the virus punches a hole through the | bacterial cell wall and plasma membrane, and the genom |
| They disrupt the structure of the | bacterial cell membrane by interacting with its phosph |
| ies the building-blocks of the peptidoglycan | bacterial cell wall outside of the inner membrane. |
| an is also involved in binary fission during | bacterial cell reproduction. |
| D-Alanine occurs in | bacterial cell walls and in some peptide antibiotics. |
| eptidoglycan serves a structural role in the | bacterial cell wall, giving structural strength, as we |
| Fosfomycin inhibits | bacterial cell wall biogenesis by inactivating the enz |
| in muramyl dipeptide (MDP), a constituent of | bacterial cell walls. |
| Intimin is expressed on the | bacterial cell surface where it can bind to its recept |
| polymerization of actin filaments under the | bacterial cell to form a pedestal-like structure. |
| ne to enable tight binding to intimin on the | bacterial cell outer membrane. |
| Glycine levels in a | bacterial cell must be maintained at a certain baselin |
| and Genetic Mechanisms of Regulation in the | Bacterial Cell". |
| is needed for aminoglycoside uptake into the | bacterial cell. |
| and the glucose is then transported into the | bacterial cell. |
| eferential protection of host (as opposed to | bacterial) cells from complement-mediated damage. |
| In the experiment, an extract from | bacterial cells that could make protein even when no i |
| Iron deficiency in | bacterial cells triggers secretion of enterobactin int |
| fic immune response and is released from the | bacterial cells mainly after bacteriolysis induced by |
| The presence of catalase in | bacterial cells depends on both the growth condition a |
| ormed on the surface of intruding pathogenic | bacterial cells as a result of the activation of the a |
| ation and therefore spread rapidly among the | bacterial cells of a population; e.g., F plasmid, many |
| ty Ki for its supporting local population of | bacterial cells (depicted in green). |
| laboratory tool that can efficiently isolate | bacterial cells out of body fluid or cultured cells. |
| Ada is an enzyme induced by treatment of | bacterial cells with alkylating agents that mainly cau |
| Mesosomes form in | bacterial cells prepared for electron microscopy by ch |
| When | bacterial cells are lysed by the immune system, fragme |
| Walker, "Visualization of Mismatch Repair in | Bacterial Cells", Molecular Cell, v.8, pp. |
| d immunomagnetic separation (IMS) on sorting | bacterial cells. |
| e cells which results in the reproduction of | bacterial cells. |
| idered to be part of the normal structure of | bacterial cells. |
| This enzyme participates in | bacterial chemotaxis - general and bacterial chemotaxi |
| ic pathways: two-component system - general, | bacterial chemotaxis - general, and bacterial chemotax |
| cell signaling, in particular in relation to | bacterial chemotaxis. |
| ed apart the adaptation kinetics involved in | bacterial chemotaxis. |
| Koshland, identifying membrane receptors for | bacterial chemotaxis. |
| nslocase protein subunits are encoded on the | bacterial chromosome. |
| that in 1969 isolated the first gene from a | bacterial chromosome. |
| and therefore have a size smaller than some | bacterial chromosomes, such as the approximate 4 Mbp o |
| elements functioning at the RNA level, since | bacterial cis-regulatory RNAs typically reside in 5' U |
| DNA from individual | bacterial clones is sequenced and the sequence is asse |
| Several | bacterial CO II have a C-terminal extension that conta |
| emic diseases rainbow trout fry syndrome and | bacterial cold water disease. |
| Flavobacterium psychrophilum causes the | Bacterial Cold Water Disease (BCWD) on salmonids and t |
| After 3-4 days the isolated | bacterial colonies can reach a 3 mm diameter, they hav |
| A Petri dish with | bacterial colonies on an agar-based growth medium. |
| Bacterial colonies grow on the infected fish's spleen | |
| comparison between the size and shape of the | bacterial colonies is made to determine the antibacter |
| technique of agar culture to purify or clone | bacterial colonies derived from single cells. |
| Bacterial colonies are picked up from a straight wire | |
| Under nutritional stress | bacterial colonies can organise themselves in such a w |
| amboids were once thought to be a fossilised | bacterial colonies or microorganisms, but successful s |
| ultant accumulations may allow for viral and | bacterial colonization with an increased tendency for |
| ance to effectively attenuate the effects of | bacterial colonization. |
| anisms (PAO) are selectively enriched in the | bacterial community within the activated sludge. |
| nium chloride, are used for treating vaginal | bacterial conditions (i.e. |
| n events in the rhizosphere occur to promote | bacterial conjugation - exchange of plasmids amongst b |
| ed exposure, the dog can develop allergic or | bacterial conjunctivitis or keratoconjunctivitis sicca |
| ed for reheating previously cooked food, and | bacterial contamination may not be killed if the safe |
| in the Nan River is deteriorating from heavy | bacterial contamination attributed primarily to the ra |
| In 1985 | bacterial contamination of a batch of Liederkranz and |
| and is closed to shellfish harvesting due to | bacterial contamination. |
| Resazurin was first used to quantify | bacterial content in milk by Pesch and Simmert in 1929 |
| When plaque is supragingival, the | bacterial content consists mostly of aerobic bacteria |
| natural fixation (through processes such as | bacterial conversion-see rhizobium), are necessary to |
| o as cilium below to distinguish it from its | bacterial counterpart). |
| Male heterozygous mice had higher | bacterial counts after Salmonella infection. |
| dditives or flavourings, or as nutrients for | bacterial culture media. |
| Then, a lactic acid-producing | bacterial culture is added, and the product is treated |
| A MacConkey agar plate with an active | bacterial culture. |
| 1000 dilution into a logarithmically growing | bacterial culture. |
| l handling and does not call for rennet or a | bacterial culture. |
| In the first approach, | bacterial cultures mixed with a food source (a carbohy |
| a combination of mesophilic and thermophilic | bacterial cultures. |
| Bacterial cytochrome c, class IC IPR008169 | |
| in that exists as a "dimer of dimers" in the | bacterial cytoplasm. |
| The oxidation of -SH groups in the | bacterial cytoplasmic membrane results in loss of the |
| y to the bacteria killed by the antibiotics ( | bacterial death releases pro-inflammatory mediators th |
| temperatures and dry climate has been noted, | bacterial decay still occurs. |
| ons on the silty bottom preventing the usual | bacterial decomposition are usually invoked, character |
| Dps proteins are part of a complex | bacterial defence system that protects DNA against oxi |
| or "Molar Tooth" structures in carbonates (a | bacterial degassing structure) and abundant stromatoli |
| Bacterial degradation of tryptophan in the intestine l | |
| logenase (HheC) is an enzyme involved in the | bacterial degradation of vicinal halohydrins. |
| Bacterial degradation determines the environmental imp | |
| icides are highly effective and show minimal | bacterial degradation; however, bacteria can rapidly e |
| e the article says this may have been due to | bacterial degredation due to the amount of time the bo |
| ctors, regulation of gene transcription, and | bacterial development, being especially noted for his |
| Bacterial DHPS (gene sul or folP) is a protein of abou | |
| Food or waterborne diseases: | bacterial diarrhea, hepatitis A, and typhoid fever |
| For bacteria, depending on species, a | bacterial dilution will be applied to an equal part RB |
| n: Gangraena emphysematosa) is an infectious | bacterial disease of sheep and cattle, caused by Clost |
| also known as lung plague), is a contagious | bacterial disease that afflicts the lungs of cattle, b |
| cticide example is Bacillus thuringiensis, a | bacterial disease of Lepidoptera, Coleoptera and Dipte |
| atures have made the plants susceptible to a | bacterial disease. |
| ed to use these bacteriolytic agents to cure | bacterial diseases in humans and animals. |
| articularly vulnerable to pulloram and other | bacterial diseases common in domestic poultry. |
| bacterial diseases: typhoid, cholera, dysentery, pyoge | |
| Dropsy (bloating) is also a sign of a | bacterial disorder. |
| prokaryotes phylogenetically related to the | bacterial division Verrucomicrobia. |
| ts the enzyme DNA gyrase that is involved in | bacterial DNA synthesis and replication, thus inhibiti |
| tivators of NLRP3 include muramyl dipeptide, | bacterial DNA (non-methylated CpG repeats), ATP, toxin |
| otides serve as primers for DNA synthesis by | bacterial DNA polymerase Pol III. |
| The beta chain of | bacterial DNA polymerase III is composed of three topo |
| xacin is a quinolone, and acts by inhibiting | bacterial DNA replication. |
| ivity by binding tightly to the B subunit of | bacterial DNA gyrase, thereby inhibiting this essentia |
| ерский) he conducted comparative analysis of | bacterial DNA and RNA, and predicted existence of mess |
| d of lesion that arises upon UV-radiation of | bacterial DNA. |
| genic and nonmethanogenic removal of diverse | bacterial end products of fermentation. |
| lls 99.999% of microbes, bacteria (including | bacterial endospores), viruses, germs, mold spores, vo |
| The | bacterial endosymbiont can be grown independently in c |
| ogen; this is released outside the cell when | bacterial endotoxin is encountered. |
| es include abnormal responses to bacteria or | bacterial endotoxin, or a hypersensitivity to food. |
| iate adrenocorticotropic hormone response to | bacterial endotoxin. |
| tem is activated by IgA immune complexes and | bacterial endotoxins, polysaccharides, and cell walls, |
| hemus), is commonly used in a test to detect | bacterial endotoxins. |
| In addition, the | bacterial ENR sequence and structural organization are |
| pidly cleaved by neutrophil elastase and the | bacterial enzyme thermolysin respectively, resulting i |
| is a | bacterial enzyme belonging to the same family of the α |
| It is related to the | bacterial enzyme subtilisin, and altogether there are |
| It works by inhibiting the | bacterial enzyme RNA polymerase, resulting in the deat |
| Purification and properties of protease F, a | bacterial enzyme with chymotrypsin and elastase specif |
| Mandelate racemase is a | bacterial enzyme which catalyzes the interconversion o |
| Her major field of research was | bacterial enzymes production and metabolism. |
| s tungsten in its molecule and is one of few | bacterial enzymes that contain this element. |
| He probably had what is known as acute | bacterial epiglottitis (though some writers have claim |
| Hemolysins may also mediate | bacterial escape from host cells. |
| community-acquired pneumonia, acute | bacterial exacerbation of chronic bronchitis (ABECB), |
| cterial agent used in the treatment of acute | bacterial exacerbation of chronic bronchitis and mild- |
| Ceftibuten is used to treat acute | bacterial exacerbations of chronic bronchitis (ABECB), |
| Commodity wood adhesive based on a | bacterial exopolysaccharide |
| an be easily produced in large amounts using | bacterial expression systems. |
| It is prescribed for a wide spectrum of | bacterial eye infections. |
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