「fungi」の共起表現一覧(1語右で並び替え)
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In | Fungi, a similar protein exists but lacks the dihydr |
Fungi, acting as decomposers, are important in today | |
ol (Valc), a secondary metabolite of white rot | fungi, acts as a cofactor for the enzyme |
Jardine tracks down and identifies the | fungi aided by HPS staff and students. |
and are found in all eukaryotic cells, except | fungi, algae, and marine plants. |
These structures are commonly found in | fungi, algae, liverworts and mosses, but also in som |
Thus they are often classified as | fungi, and given names such as the Plasmodiophoromyc |
was as high as forty percent by volume, mainly | fungi and bacteria. |
d in a wide range of bacteria, archaebacteria, | fungi and plants. |
ome organisms regarded previously as primitive | fungi, and protozoa ("animal" motile protists lackin |
of viruses, viroids and satellites of plants, | fungi and protozoa that are complete or that contain |
um) was the ancestor of opisthokonts (Animals, | Fungi, and related forms) and Amoebozoa, and a bikon |
nd pH 8 although the pH of pectinesterase from | fungi and bacteria is usually much lower than this. |
companies are now using arbuscular mycorrhizal | fungi and triticale to accomplish a similar end, and |
amine is a monoamine alkaloid found in plants, | fungi, and animals. |
Plant components are eaten by animals and | fungi, and used as fuel for cellular respiration. |
produced by animals) and Class II (produced by | fungi and bacteria) aldolases. |
pecies of bacteria, around 40,000 varieties of | fungi, and hundreds of species of protists, algae, m |
Metacaspases are found in plants, | fungi, and "protists," but not in slime mold or anim |
oxidase enzymes that are found in many plants, | fungi, and microorganisms. |
d not accept that lichens are a combination of | fungi and algae, a theory advanced late in his life. |
e recently, he has begun to examine endophytic | fungi and bacteria for their novel bioactive compoun |
eductases, and are found in archaea, bacteria, | fungi, and plants. |
The larvae feed on various | fungi and lichens. |
s, fish, amphibians, reptiles, insects, yeast, | fungi and mammals. |
uptake of dead organic material (detritus) by | fungi and bacteria for fermentation or decay. |
protein modification found in animals, plants, | fungi and viruses. |
Histidine kinases are also found in plants, | fungi and eukaryotes. |
This fetid odor is common to stinkhorn | fungi, and attracts insects that help to disperse th |
f pathogens, which includes viruses, bacteria, | fungi and parasites. |
search concerning the cytology and genetics of | fungi, and particularly his investigations of the de |
attributed to nutritional uptake by bacteria, | fungi and algae. |
to metacaspases, which are present in plants, | fungi, and "protists". |
Fungi and bacteria were included within the plant di | |
ally green land plants, but also including the | fungi and seaweeds (algae). |
many Gram-negative and Gram-positive bacteria, | fungi, and enveloped viruses, containing three pairs |
lar trees, closely related to both animals and | fungi and so of interest to biologists studying thei |
as been applied to the decay of crop plants by | fungi and the deterioration of rubber. |
hikimate pathway which is used in prokaryotes, | fungi and plants for the biosynthesis of aromatic am |
ch live in nutritional symbiosis with ambrosia | fungi and probably with bacteria. |
d by a variety of reasons including mites, ear | fungi and generally dirt and germs. |
old age, with plenty of dead wood habitat for | fungi and insects. |
pioneered culture techniques in the growth of | fungi, and is credited with providing nomenclature f |
ely charged cell membranes of certain viruses, | fungi and bacteria. |
PAPs have also been isolated in | fungi, and DNA sequences encoding for possible PAPs |
ps as giant miscanthus, switchgrass, jatropha, | fungi, and algae. |
mbered for his work on the interaction between | fungi and insects. |
did not occur in went on to form the Kingdoms | Fungi and Animalia, as well as various Protozoa. |
Most appear closer to the animals than to the | fungi, and they are of great interest to biologists |
e nucleariids seem to be a sister group to the | fungi, and as such tend to be excluded from the Choa |
AT is found in the nucleus of vascular plants, | fungi, and diatoms, while NADPH-GOGAT is found in no |
culminating in the publication of British cup | fungi and their allies in 1960, subsequently revised |
Barr for here research on the loculoascomycete | fungi and "myces" to reflect that it is a fungus. |
inhibits the growth of yeasts and filamentous | fungi, and inhibits the proliferation of different c |
urrent infectious diseases caused by bacteria, | fungi and viruses. |
A") is the most widely used medium for growing | fungi and bacteria which attack living plants or dec |
Fungi and pathogens growing specifically on Phyllost | |
re other components of the microbiota, such as | fungi and bacteria. |
foods, including seeds, fruit, stems, leaves, | fungi, and a variety of invertebrates and vertebrate |
s found in many multicellular protists, algae, | fungi, and the gametophytes of plants. |
Coenocytes are found in | fungi and some protists, such as algae and slime mol |
togamic Plants, belonging chiefly to the Order | Fungi; and Intended to serve as a Continuation of En |
urnal publishes experimental investigations of | fungi and their traditional allies that relate struc |
Because chitin composes the cell walls of | fungi and exoskeletal elements of some animals (incl |
s are antimicrobials used to control bacteria, | fungi, and algae in cooling water systems, fuel stor |
ess against parasitic trypanosomes, nematodes, | fungi and bacteria in humans and other mammals. |
During the Carboniferous period, | fungi and bacteria had yet to evolve the capacity to |
−42.73°) is found in small amounts in certain | fungi and liverworts. |
g species of plant life, animal life, insects, | fungi, and bacteria in the river and its watershed. |
They feed on grasses, mosses, underground | fungi and berries (especially bunchberry), and also |
synthetic eukaryotes such as animals, insects, | fungi, and protozoa, as well as the α-proteobacteria |
ented: "His very numerous works, especially on | fungi and lichens, give him a position as regards th |
s defend the surrounding plants from bacteria, | fungi and insects. |
He did numerous studies on the systematics og | fungi and vascular plants. |
bromoperoxidases have been found in bacteria, | fungi, and marine macroalgae (seaweeds) which produc |
dry soil is normally attacked by bacteria and | fungi and quickly rots; if, however, the same plant |
e range of pests including insects, pathogenic | fungi and bacteria. |
e of porosity, also remove certain microscopic | fungi and particulate matter. |
erve to support a diverse community of plants, | fungi and animals. |
Growth of | fungi and microbes that could degrade wood were cont |
03, there were 126 GAs identified from plants, | fungi, and bacteria. |
strains or closely related species of plants, | fungi, animals, and bacteria. |
High resistance to insects, | fungi, animals, as well as molds, mildew, rot and ma |
aves from several species of tree, since these | fungi are known to be pathogens which infect tree le |
These | fungi are also able to alter the tolerance of plants |
lso be caused by Ascochyta pinodes and the two | fungi are not easily distinguishable. |
Saprotrophic bacteria and | fungi are decomposers, and play a pivotal role in th |
ly resistant to biodegradation and only higher | fungi are capable of degrading the polymer via an ox |
Mycorrhizal | fungi are themselves symbiotic parasites that help p |
acteria are no longer classified as plants and | fungi are known to be more closely related to animal |
Radiotrophic | fungi are fungi which appear to use the pigment mela |
Fungi are renowned for their poisons to deter animal | |
Fungi are the primary decomposers in most environmen | |
However, some | fungi are capable of adapting to elevated levels of |
Hosts of the | fungi are humans, wild animals, and domestic animals |
Experiments have suggested that | fungi are capable of inactivating pyrithione in low |
While various | fungi are known or suspected of being natural contro |
Some proteins in bacteria and | fungi are known to have distant sequence similarity |
Anamorphic or imperfect | fungi are those that seem to lack a sexual stage in |
These ecosystems also include bacteria and | fungi, as well as animals like flatworms and crustac |
barley that can also be caused by the related | fungi Ascochyta hordei, Ascochyta graminea and Ascoc |
is a basidiomycete, which is also the case in | fungi associated with the related genera Aneura and |
Related | fungi attack and kill other invertebrates (e.g. |
Up to 11 species of | fungi attack T. taxifolia, including species of Phys |
it is one of the best mycorrhizal varieties of | fungi available to mycoforestry, but it "has virtual |
e of enzyme has been characterized in animals, | fungi, bacteria and recently in plants . |
a-glucosidases are required by organisms (some | fungi, bacteria, termites) that can consume it. |
vanadium bromoperoxidase in marine organisms ( | fungi, bacteria, microalgae, perhaps other eukaryote |
ent for Foreman, treating everything: viruses, | fungi, bacteria, parasites, etc. Foreman, also incre |
orne particles or contaminants (spores, molds, | fungi, bacterium, etc.). |
tematist in mycology with some 6000 species of | fungi being credited to him, but his Introduction to |
Proteus vulgaris and Streptococcus, as well as | fungi belonging to the groups Ascomycetes and Deuter |
protists, previously thought to be zycomycete | fungi belonging to the class Trichomycetes, but now |
on the topic, Elenchus Fungorum (Discussion of | Fungi, between 1783 and 1789), which is still highly |
the Chytridiomycetes are still considered true | fungi, but the other two sub-groups are very differe |
la, which is another small genus of cyphelloid | fungi, but which belongs to family Tricholomataceae. |
It feeds mostly on tubers and | fungi, but also on leaves and other vegetation. |
sp.), yeast (saccharomyces sp.) and fermenting | fungi can positively improve the soil fertility as w |
iruses, bacteria, and the spores and hyphae of | fungi can still enter the plant through injuries or |
Most entomopathogenic | fungi can be grown on artificial media. |
The | fungi can usually only infect the nonliving cornifie |
The | fungi can cause tinea pedis, tinea cruris, tinea cor |
as evolved in plant species, certain bacteria, | fungi, centipedes, millipedes, and insects as a meth |
research interests covered the systematics of | fungi Clements died in Santa Barbara in 1945. |
il Rostrup and published a full account of all | fungi collected in Denmark by Rostrup. |
dept Jens Lind published a full account on all | fungi collected by him in Denmark - mainly microfung |
The Arthrodermataceae are a family of | fungi containing three dermatophytes -- genera Epide |
KDF is known to kill algae and | fungi, control bacteria growth, remove chlorine, pes |
ly on small crustose lichens, but also consume | fungi, dead bark and organic debris. |
Anton de Bary publishes his first work on | fungi, describing sexual reproduction in Peronospora |
the collector of the holotype collection, the | fungi Dichomitus newhookii is named after him. |
Interest (SSSI) due to the diversity of waxcap | fungi discovered growing on them. |
Isolation and identification: all | fungi discovered were isolated, established in pure |
spite being capable of producing melanin, many | fungi do not synthesize melanin constitutively (i.e. |
A few species feed on fungal mats and | fungi, e.g., some species in the genus Newsteadia in |
However, whether melanin-containing | fungi employ a similar multi-step pathway as photosy |
chelation agent produced by several species of | fungi, especially Aspergillus oryzae, which has the |
Nannfeldt published the exsiccate work | Fungi Exsiccati Suecici, praesertim Upsalienses toge |
s often found with apothecia of the ascomycete | fungi Filicupula suboperculata growing on it. |
ing eukaryotes, for example in some species of | fungi, flowering plants or ants, or in humans. |
Many algae and some | fungi, for example ascomycetes and water moulds, als |
d reproducible method to test entomopathogenic | fungi for pathogenicity against TPB was developed an |
zomorphs, which helps it to compete with other | fungi for resources or to attack trees weakened by o |
e first step towards developing insect-killing | fungi for management of TPB. |
They depend on mycorrhizal | fungi for their early nutrition so are myco-heterotr |
The gene is also active in roots containing | fungi forming phosphate-acquiring arbuscular mycorrh |
Hypomyces is a genus of parasitic Ascomycete | fungi found in North America and Australia. |
List of | fungi from Brisbane, Queensland with descriptions of |
orms of vegetative bacteria, bacterial spores, | fungi, fungal spores, and viruses". |
in B2 is a fumonisin mycotoxin produced by the | fungi Fusarium verticillioides and Fusarium monilifo |
In some filamentous | fungi gamma tubulin localizes at the tip. |
tryotinia are mostly included in the imperfect | fungi genus Botrytis. |
eae, monocotyledons, and eudicots), species of | fungi, Glaucophytes, Chlamydomonas, and prokaryotes. |
ood, which they feed on; they also eat bracket | fungi growing on it. |
btain their nutrients from the ectomycorrhizal | fungi growing among their tissues rather than from p |
This genus of anamorphic | fungi has a widespread distribution and contains 18 |
A toxicity study against | fungi has been conducted by Dube et al., which demon |
Pleurotus | fungi have been used in mycoremediation of pollutant |
nds of years, the fruiting bodies of Ganoderma | fungi have been used in traditional medicines in Eas |
About 30 species of | fungi have dingleyae as their species name, and the |
Fungi have a sulfate assimilation pathway which tran | |
All | fungi have the same sulfate assimilation pathway but |
Fonticula, Nuclearia, and | Fungi have been united into the Nucletmycea, which i |
Lichenized | fungi have continued to evolve, developing different |
A List of Japanese | Fungi Hitherto Known. |
ish in the Tetbury Avon has been eradicated by | fungi hosted by the inasive North American signal cr |
Prohibited and Restricted Plants and | Fungi, however it was found to be inconsistent with |
d as having a lethal effect on the filamentous | fungi implicated in severe opportunistic infections |
Plagiosphaera is a genus of | fungi in the Sordariomycetes class (subclass Sordari |
Dendrographa is a lichenized genus of | fungi in the family Roccellaceae. |
te the potential efficiency of these 'dry rot' | fungi in growing away from direct moisture sources, |
Brunneocorticium is a genus of two | fungi in the order Agaricales. |
Linocarpon is a genus of | fungi in the Sordariomycetes class (subclass Sordari |
The Onygenaceae are a family of | fungi in the Ascomycota, class Eurotiomycetes. |
on hyphae and spores of arbuscular mycorrhizal | fungi in soil and in roots. |
One of the primary roles of | fungi in the ecosystem is decomposition, which is pe |
filamentous structural formations employed by | Fungi in holding a zygospore between two strains of |
oxymethyl-2-furaldehyde prevents the growth of | fungi in leathers, paints, foods and fabrics. |
Phlebophyllum is a genus of | fungi in the order Agaricales. |
Hyalopyrenula is a genus of | fungi in the Ascomycota phylum. |
Corethromyces is a genus of | fungi in the family Laboulbeniaceae. |
Sphaleromyces is a genus of | fungi in the family Laboulbeniaceae. |
Metrodia is a genus of | fungi in the family Agaricaceae. |
Burgella is a genus of | fungi in the family Clavulinaceae. |
Parastereopsis is a genus of | fungi in the Cantharellaceae family. |
Hysterostomella is a genus of | fungi in the family Parmulariaceae. |
Scutomollisia is a genus of | fungi in the family Dermateaceae. |
Arthrocladiella is a genus of | fungi in the family Erysiphaceae. |
Yarrowia is a genus of | fungi in the family Dipodascaceae. |
Callistodermatium is a genus of | fungi in the Tricholomataceae family. |
Navisporus is a genus of | fungi in the family Polyporaceae. |
Melanomphalia is a genus of | fungi in the Tricholomataceae family. |
Hemigrapha is a genus of | fungi in the family Parmulariaceae. |
Redheadia is a genus of | fungi in the family Sclerotiniaceae. |
Retrostium is a genus of | fungi in the Ascomycota phylum. |
Laccocephalum is a genus of | fungi in the family Polyporaceae. |
Vanderbylia is a genus of | fungi in the Polyporaceae family. |
Spongipellis is a genus of | fungi in the Polyporaceae family. |
Ramsbottomia is a genus of | fungi in the family Pyronemataceae. |
Corallofungus is a genus of | fungi in the Hydnaceae family. |
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