「Organisms」の共起表現(2語右で並び替え)

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

意味

例文

共起表現

「Organisms」の共起表現一覧(2語右で並び替え)

該当件数 : 844件

1 2 3 4 5 次へ＞

This reaction is very common in most	organisms as a link to the citric acid cycle.
Biota is the total collection of	organisms of a geographic region or a time period, fro
like colony with a thin layer of reproducing	organisms surrounding a core of inactive "dead" organi
Acid-fast	organisms display a reddish-yellow fluorescence.
the last common ancestor to all terrestrial	organisms was a non-flagellate negibacterium with two
The	organisms lived a solitary lifestyle, although juvenil
m and a colonial organism is that individual	organisms from a colony can, if separated, survive on
aracteristics such as gel or sputum, tissue,	organisms, or a combination of these.
ation test (DAT) is any test that uses whole	organisms as a means of looking for serum antibody.
non vibrio but hydrogen sulphide producting	organisms produce a black small colonies.
domain cognitive sciences, and reserved for	organisms with a large mammalian brain and properties
ation of biomass of heterotrophic (consumer)	organisms in a system.
Veronesi supports genetically modified	organisms as a mean to produce food with higher nutrit
need for constant activity, both inherent in	organisms with a lower surface area to mass ratio.
	Organisms with a high inner motivational state for suc
o the aggregate of actively swimming aquatic	organisms in a body of water (usually oceans or lakes)
Many higher order	organisms possess a chain of 104 amino acids.
also be used as a tool to produce transgenic	organisms lacking a cell type and as a cure for certai
he discovered first in cork, then in living	organisms, using a microscope.
teel or titanium, this material dissolves in	organisms at a rate of roughly 1 millimeter per month
ichael had a fascination with cryopreserving	organisms as a young child.
the semantically correct one, considers any	organisms with a common ancestor to be a monophyletic
fact, it is wrong to suppose that individual	organisms lead a meaningful life either.
The grex moves as a unit, and the individual	organisms form a fruiting body, in which amoeba are di
process involves infecting a series of host	organisms with a virus.
e complexity of the developmental process in	organisms with a number that described the distance fr
ife on earth including humans from the micro	organisms commencing about 4 billion years ago.
bserved imply simple behaviour, and point to	organisms feeding above the surface and burrowing for
similar role to the eyespots found on larger	organisms mentioned above.
t is relatively great compared with what the	organisms can achieve in their typical form; the forme
arbon sources can be used by a consortium of	organisms to achieve further degradation and eventual
The	organisms are acid-fast, Gram-positive, pleomorphic ba
nd defines the degree to which materials and	organisms move across the landscape through freshwater
is the Hawaiian archipelago, to which stray	organisms traveled across the ocean via ocean currents
on whether some acquired characteristics in	organisms are actually inheritable.
These	organisms have adapted in novel ways to become toleran
enable researchers to pinpoint precisely how	organisms were affected by the years-long exposure to
ted with millions of beneficial bacteria and	organisms which aid in the dissolving of organic waste
preparation of media appropriate for marine	organisms (including algae, bacteria, plants and anima
population, and variation in the fitness of	organisms are all characteristics that HIV possesses.
In	organisms of all kinds the young are launched upon the
from the mother only in sexually reproducing	organisms, is almost identical to that of the present
These	organisms are also referred to as acetogenic bacteria,
Weathering processes initiated by	organisms can also free oxygen from the lithosphere.
The lipophosphoglycan coat in these	organisms has an important role in modulating the host
nd animal waste or pathogens which use other	organisms as an intermediate host.
These	organisms have an inner (or cytoplasmic) membrane and,
Fixichnia: traces left by sessile	organisms that anchored themselves to a hard substrate
) refer to a casual distinction made between	organisms of and above a certain minimum complexity, a
1 proteins have been found in all eukaryotic	organisms examined, and contain seven cysteine residue
ly homologous genetic modules in unicellular	organisms, plants, and non-human animals based on phen
esearch, and that the study of whole, living	organisms is and will remain an indispensable element
ich food is acquired, socializing with other	organisms occurs, and any other activities necessary f
such dye is eosin, which stains acidophilic	organisms red and is the source of the related term eo
res aimed at preventing genetically modified	organisms (GMOs) and their transgenes from spreading i
Postdoc life, journal publications, research	organisms, organizations and clinical topics.
0% of its mass is made of "junk"-microscopic	organisms, sand, and miscellaneous materials that grad
ooperation as a feature of the most advanced	organisms (e.g., ants among insects, mammals among ver
They are found in animals and in unicellular	organisms including Apicomplexa protozoans.
Finally, a strong preference was given to	organisms that appear to stand the best chance of surv
In other	organisms (Bacteria, Archaea and the other Eukaryota),
he RNase H family can be found in nearly all	organisms, from archaea to bacteria and eukaryota.
	Organisms that are r-selected have a high growth rate
sts are skeletal fragments of marine or land	organisms that are found in sedimentary rocks laid dow
RNase PH has homologues in many other	organisms, which are referred to as RNase PH-like prot
hey are (like almost all polychaetes) marine	organisms; most are found on the continental shelf, bu
Very rarely in higher	organisms (eukaryotes) are non AUG start codons used.
iodontines ate small fish and other nectonic	organisms; they are thought to have been active echolo
ants, bees, and wasps, it excludes eusocial	organisms that are not haplodiploid.
Meiobenthos comprises tiny benthic	organisms that are less than 1 mm but greater than 0.1
hey are (like almost all polychaetes) marine	organisms; most are found on the continental shelf.
Microbenthos comprises microscopic benthic	organisms that are less than 0.1 mm in size.
Holoplankton are	organisms that are planktonic for their entire life cy
Benthic refers to "bottom-dwelling"	organisms that are known to exhibit unusual characteri
bacteria, called polyphosphate-accumulating	organisms (PAO) are selectively enriched in the bacter
ndcare Research holds several collections of	organisms that are of significant national importance
to move and phagocytose smaller unicellular	organisms, which are enveloped inside the cell's cytop
This makes it useful for staining	organisms that are weakly acid fast, such as Nocardia
In certain	organisms, cells are covered with the glycocalyx layer
annels) are found in a number of tissues and	organisms and are thought to be the sensors for a numb
For example in metazoan	organisms, they are commonly synthesised in the cytopl
	Organisms that are currently being used as pollinators
s to a multidimensional parameter space that	organisms (or arguably, individual cells or even whole
trap, is an apparatus used to extract living	organisms, particularly arthropods, from samples of so
by computation or communication, whether by	organisms or artifacts.
	Organisms and Artifacts: Design in Nature and Elsewher
This can either be DNA replication in living	organisms such as prokaryotes and eukaryotes, or RNA r
to alleviate ageing effects in certain model	organisms such as the yeast S. cerevisiae, the nematod
ntamination investigation may also extend to	organisms such as Cryptosporidium spp.
ogy, and the interactions between plants and	organisms such as animals or bacteria, are published r
nsurprising that the genomes of extremophile	organisms such as Thermus thermophilus are particularl
bodily secretions (such as hormones) affect	organisms precisely as the blood is shared.
Relatedness coefficients in haplodiploid	organisms are as follows.
ions of endospore formation in Gram positive	organisms such as Bacillus subtilis.
ation it must have had enough structure from	organisms such as sponges to have been free-standing a
e central nervous system) found in different	organisms such as mammals, fish, and certain invertebr
imestone, composed of a number of fossilized	organisms such as brachiopods, bryozoans, crinoids, sp
It feeds on small	organisms such as zooplankton and insects, congregatin
so produce toxins that prevent other sessile	organisms such as bryozoans or sea squirts from growin
Domoic acid can bioaccumulate in marine	organisms such as shellfish, anchovies, and sardines t
After this point,	organisms such as sponges extracted silica from the oc
slime flounder consists mainly of zoobenthos	organisms such as polychaetes and crabs.
ulated with bacteria, algae and other marine	organisms such as worms, crabs, snails and stars.
nephridia, an excretory organ found in many	organisms, such as flatworms or annelids.
d filter the water for various small aquatic	organisms such as protozoa, bacteria, and other free-f
y members did basic research on all types of	organisms, plants as well as animals.
ation, ferritin is employed in the shells of	organisms such as molluscs to control the concentratio
They may also attract other	organisms, such as the bright colors of flowers and fr
ysiologists have been attracted to "unusual"	organisms, such as very large or small ones.
rce of food to larger, more familiar aquatic	organisms such as fish and cetacea.
ationship between pathogens (disease-causing	organisms, such as viruses and bacteria) and weight ga
Although	organisms such as bacteria function as parasites, the
es of severe acid mine drainage, where other	organisms such as Acidithiobacillus and Leptospirillum
t, which contrasts them with true planktonic	organisms such as Velella and the Portuguese Man o' Wa
consume hard-shelled or exoskeleton bearing	organisms, such as corals, shelled mollusks, or crabs.
enerate large numbers of random mutations in	organisms such as nematode worms.
ble PAPs have been identified in prokaryotic	organisms, such as in Cyanobacteria spp.
that are unrelated to competition with other	organisms such as adapting to ecological niches based
them, as do certain bacteria and many other	organisms, such as plants for which it is essential fo
ct as fingerprints to distinguish strains of	organisms such as E. coli type O157:H7, salmonella, sh
ult of damage done to plants by other living	organisms, such as bacteria, viruses, fungi, parasites
e structures have been proposed for specific	organisms such as in yeast.
-like structure that anchors aquatic sessile	organisms, such as seaweed, other sessile algae, stalk
e causes changes in color; however, in other	organisms, such as bacteria, it can cause antibiotic r
Sessile	organisms such as barnacles and tunicates need some me
environments include a range of phototrophic	organisms such as algae (e.g.
as activity against beta-lactamase-producing	organisms such as Staphylococcus aureus as it is beta-
The butter sole's diet consists of benthos	organisms such as crabs, shrimps, worms and sand dolla
Seahorses feed on bottom-swarming	organisms such as mysids and other plankton.
ete known from the fossil record; it infects	organisms such as the seed fern Lyginopteris.
s chemicals can be synthesized in engineered	organisms, such as shikimate, a Tamiflu precursor whic
le, of the higher animals as well as in some	organisms, such as nematodes, tunicates, and rotifers.
rganisms from attaching which prevents large	organisms such as barnacles from attaching.
gae, all of which live on many larger marine	organisms, such as whales, sharks, and sea turtles.
ing from behaving mammals to classical model	organisms such as flies, worms, and zebrafish.
e energy from sunlight, by using microscopic	organisms such as bacteria or algae.
They commonly form from silica-secreting	organisms such as radiolarians, diatoms, or some types
intended to control a pest affect non-target	organisms such as humans, wildlife, or bees.
ronments and biomes are dominated by sessile	organisms such as oysters.
ized by the presence of a variety of sessile	organisms including ascidians, bryozoans, mussels, tub
uscs, sea urchins, and other bottom dwelling	organisms washed ashore.
In the USA genetically modified	organisms are assessed by the US Department of Agricul
The fungal endophytes are a diverse group of	organisms forming associations almost ubiquitously thr
ryotes are an artificial group of eukaryotic	organisms found at the top of molecular phylogenetic t
Biogeography aims to reveal where	organisms live, at what abundance, and why they are (o
ymes are of crucial importance in almost all	organisms, because ATP is the common "energy currency"
ship or boat in order to slow the growth of	organisms that attach to the hull and can affect a ves
nt and spend just a few hours as free-living	organisms before attaching themselves to the nearest s
w plant responses to herbivores affect other	organisms that attack plants.
Some of the	organisms where autoinfection occurs are Strongyloides
selection was, at its root, a struggle among	organisms for available energy; organisms that survive
olution experiment and his work with digital	organisms, using Avida.
riation and also allows sexually reproducing	organisms to avoid Muller's ratchet, in which the geno
ht, these Stomiiformes hunt and feed on such	organisms, swimming back to deeper waters when the sun
eins that are expressed in a wide variety of	organisms from bacteria to humans.
specific vanadium bromoperoxidase in marine	organisms (fungi, bacteria, microalgae, perhaps other
Second, the	organisms should be very well studied (e.g., having th
This group of	organisms may be further subdivided according to what
s infrangible, and that if he shows Cambrian	organisms to be complex, then it is therefore impossib
Crustose	organisms can be detrimental to engineered structures
These	organisms can be considered to loosely be associated w
se dealing with whether genetically modified	organisms can be patented.
ria, being too small to be functional living	organisms, may be an example of naturally occurring pr
velopments in the field and for no synthetic	organisms to be released from the lab.
this sense, the relationship between the two	organisms can be considered neutralistic or commensali
In some circumstances, other	organisms can be considered "pioneer organisms".
allows certain characteristics of cells and	organisms to be studied in isolation.
However, because	organisms can be carriers of genes for albinism withou
this	organisms can be used for pest control and are referre
ecause these two species are important model	organisms and because their preputial glands are very
Model	organisms have been used in the study of BAZ1B functio
These	organisms have been known to colonize a new site, grow
Burkholderia xenovorans is one of the	organisms currently being studied for this purpose.
In some	organisms (humans being a notable exception), the prol
The apicoplast organelle in these	organisms is believed to have come from an endosymbiot
The	organisms live below 700 m water depth; although somet
for making predictions for certain types of	organisms (see below).
emical process is carried out which involves	organisms or biochemically active substances derived f
Even though no such	organisms exist, biologists use Darwinian Demons in th
exemplar organism or a small subset of model	organisms, comparative biology is a cross-lineage appr
The study of swimming	organisms (biofluidynamics, biomechanics, functional m
C. maenas is a predator, feeding on many	organisms, particularly bivalve molluscs (such as clam
Other possible ultratrace elements in other	organisms include bromine, cadmium, fluorine, lead, li
rence to great sufferings inflicted upon the	organisms they build, exploit and discard.
Most organic compounds in living	organisms are built in biosynthetic pathways.
cies were previously thought to be different	organisms entirely, but are now united in this group.
Living	Organisms including Butterflies, Drosophila, Freshwate
A 2009 study on genetically modified	organisms sponsored by the Pontifical Academy of Scien
n has a bacteriostatic effect on susceptible	organisms, caused by inhibition of protein synthesis t
ound is generated in warm-blooded vertebrate	organisms especially by eosinophils, which produce it
ibitor of protein biosynthesis in eukaryotic	organisms, produced by the bacterium Streptomyces gris
1834 proposed that a new group of one-celled	organisms be called Rhizopoda; meaning "root-foot".
are just a few of the many classes of living	organisms which can be studied by preserving and stori
Xerophiles are extremophilic	organisms that can grow and reproduce in conditions wi
se does not occur naturally in higher living	organisms, but can be synthesized in the laboratory.
iline is particularly harmful to all aquatic	organisms, and can cause long-term damage to the envir
Common	organisms that can be cultured on PDB are yeasts such
Antitoxins are made within	organisms, but can be injected into other organisms, i
Nanaerobes are	organisms that cannot grow in the presence of micromol

1 2 3 4 5 次へ＞

共起表現

「Organisms」の共起表現(2語右で並び替え) - Weblio英語共起表現検索

「Organisms」の共起表現一覧(2語右で並び替え)