「Organisms」の共起表現一覧(1語左で並び替え)
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that are not well absorbed by chlorophyll a. | Organisms growing in shallow waters tend to contain ph |
s is indeed the case for the above-mentioned | organisms. |
Acid-fast | organisms display a reddish-yellow fluorescence. |
amine stain is not as specific for acid-fast | organisms (i.e. |
such dye is eosin, which stains acidophilic | organisms red and is the source of the related term eo |
The technique aligns phenotypes across | organisms based on orthology (a type of homology) of g |
zoa to mammals, from eggs to larvae to adult | organisms. |
many other processes in developing and adult | organisms. |
cell destruction is uncommon in living adult | organisms and usually occurs in injured cells or dying |
ooperation as a feature of the most advanced | organisms (e.g., ants among insects, mammals among ver |
Oxylipins are widespread in aerobic | organisms including plants, animals and fungi. |
aerotolerant | organisms, which cannot use oxygen for growth, but tol |
Aerotolerant | organisms are strictly fermentative. |
bodily secretions (such as hormones) affect | organisms precisely as the blood is shared. |
ent there are multiple factors which affects | organisms. |
st defense mechanism, is ineffective against | organisms with pseudopeptidoglycan cell walls. |
piperacillin by making it effective against | organisms that express beta-lactamase and would normal |
niversal life-principle, the animator of all | organisms. |
All | organisms studied contain many RNases of many differen |
at a group contains the common ancestor, all | organisms descended from the common ancestor, and no o |
Members of the AAA family are found in all | organisms and they are essential for many cellular fun |
for genetic change in humans, and likely all | organisms. |
he RNase H family can be found in nearly all | organisms, from archaea to bacteria and eukaryota. |
ix" are the elemental macronutrients for all | organisms, often represented by the acronym CHNOPS. |
Because Holozoa is a clade including all | organisms more closely related to animals than to fung |
ymes are of crucial importance in almost all | organisms, because ATP is the common "energy currency" |
Such a functionality is needed because all | organisms actually produce alcohol in small amounts by |
Because superoxide is toxic, nearly all | organisms living in the presence of oxygen contain iso |
ovide a source of new genes, which can allow | organisms to develop new phenotypes and adapt to their |
See also: | Organisms used in water purification |
Although | organisms such as bacteria function as parasites, the |
selection was, at its root, a struggle among | organisms for available energy; organisms that survive |
rizontal transfer of genetic material" among | organisms, making the evolutionary trees more complica |
InsP3R is very diverse among | organisms, and is necessary for the control of cellula |
by microbiologists when culturing anaerobic | organisms. |
er, metronidazole is selective for anaerobic | organisms, and so it is effective against many (though |
microaerophilic, and facultatively anaerobic | organisms based upon growth at various levels in the m |
In the rumen, anaerobic | organisms, including methanogens, digest cellulose int |
slowly or not at all; too wet and anaerobic | organisms thrive, creating undesirable odors (cf. |
ogy, and the interactions between plants and | organisms such as animals or bacteria, are published r |
, nucleic acids, and even cells, tissues and | organisms. |
consumed and absorbed by micro-organisms and | organisms that feed on dead matter. |
cellular and cellular structures, organs and | organisms, and directly enable cognition, memory and b |
nd defines the degree to which materials and | organisms move across the landscape through freshwater |
rly bacteria in the Actinobacteria class and | organisms belonging to Kingdom Fungi. |
g the growth of salt-tolerant vegetation and | organisms not found elsewhere along the St. Johns Rive |
into the way that living cells, tissues, and | organisms build, control, manufacture, recycle, and ad |
c pathways, genetic regulatory circuits, and | organisms. |
annels) are found in a number of tissues and | organisms and are thought to be the sensors for a numb |
ment of larger structures such as organs and | organisms. |
allows certain characteristics of cells and | organisms to be studied in isolation. |
omics which studies the genomes of cells and | organisms. |
ted with millions of beneficial bacteria and | organisms which aid in the dissolving of organic waste |
Anthropic | organisms are organisms that show anthropophily, where |
the semantically correct one, considers any | organisms with a common ancestor to be a monophyletic |
hat would allow to measure this value in any | organisms, nobody other than Nelson and his collaborat |
The nickel ion is also toxic to aquatic | organisms. |
natural materials and activities on aquatic | organisms at various levels of organization, from subc |
reate aquaria for experimenting with aquatic | organisms. |
axis is a form of taxis seen in many aquatic | organisms, e.g., fish, whereby they will (generally) t |
lassifies Roundup as R51/53 Toxic to aquatic | organisms, may cause long-term adverse effects in the |
d filter the water for various small aquatic | organisms such as protozoa, bacteria, and other free-f |
evels of chlorine, threatening those aquatic | organisms. |
llution from pesticides, toxicity to aquatic | organisms, oxygen depletion and eutrophication. |
more, CPs are classified as toxic to aquatic | organisms, and carcinogenic to rats and mice. |
any plants and animals, particularly aquatic | organisms. |
is acutely toxic to both humans and aquatic | organisms. |
rce of food to larger, more familiar aquatic | organisms such as fish and cetacea. |
o the aggregate of actively swimming aquatic | organisms in a body of water (usually oceans or lakes) |
adly consequences for fish and other aquatic | organisms. |
the chronic effects of STPP on these aquatic | organisms. |
ght-emitting molecule, found in many aquatic | organisms across seven phyla. |
however very toxic to fish and other aquatic | organisms (96-hour LC50 in Oncorhynchus mykiss is 1.7 |
iline is particularly harmful to all aquatic | organisms, and can cause long-term damage to the envir |
a variety of diseases in humans and aquatic | organisms. |
intake system kills nearly a billion aquatic | organisms a year, including the shortnose sturgeon, an |
Diseases of Aquatic | Organisms 53:77-88. |
It is very harmful to aquatic | organisms. |
HCB is very toxic to aquatic | organisms. |
Vectors are | organisms that transmit parasites from one host to ano |
Chemoorganotrophs are | organisms which use organic compounds as their energy |
There are | organisms referred to as extremophiles, that inhabit t |
Holoplankton are | organisms that are planktonic for their entire life cy |
Nanaerobes are | organisms that cannot grow in the presence of micromol |
Plankton are | organisms drifting in oceans, seas, and bodies of fres |
In both areas, | organisms have had the opportunity over many generatio |
Hermaphrodites are described as | organisms that have the ability to interchangeably shi |
es there is a plethora of supposedly asexual | organisms. |
enetically homogeneous population of asexual | organisms. |
produced and secreted from several bacterial | organisms. |
consume hard-shelled or exoskeleton bearing | organisms, such as corals, shelled mollusks, or crabs. |
However, because | organisms can be carriers of genes for albinism withou |
by diving into streams to eat larger benthic | organisms, or wade in shallower parts of streams and p |
as molluscivores and feed mainly on benthic | organisms which may include mussels, cockles, oysters |
dges and grooves that were formed by benthic | organisms or infaunal burrows that have been exposed b |
Meiobenthos comprises tiny benthic | organisms that are less than 1 mm but greater than 0.1 |
Microbenthos comprises microscopic benthic | organisms that are less than 0.1 mm in size. |
, which is when there are more large benthic | organisms. |
viding homes and feeding grounds for benthic | organisms. |
alopods, large crustaceans and other benthos | organisms. |
The butter sole's diet consists of benthos | organisms such as crabs, shrimps, worms and sand dolla |
as activity against beta-lactamase-producing | organisms such as Staphylococcus aureus as it is beta- |
) refer to a casual distinction made between | organisms of and above a certain minimum complexity, a |
benefits in mutualistic interactions between | organisms. |
) and the more metaphorical struggle between | organisms and the environment (tending to be cooperati |
arious degrees of close relationship between | organisms of different species. |
hology are the study of interactions between | organisms and the development of landforms, and are th |
Mutualism: A symbiotic relationship between | organisms, with each contributing and benefiting from |
rences between orthologous sequences between | organisms is overwhelmed by the hybridization of paral |
ine the degree of genetic similarity between | organisms. |
gnizing differences or commonalities between | organisms (see lumpers and splitters). |
owth is the exponential growth of biological | organisms. |
ficient zinc to meet the needs of biological | organisms. |
of the effects of electricity on biological | organisms, in the nineteenth century. |
d in a reverse definition: making biological | organisms as manipulatable and functional as robots, o |
First, because all biological | organisms record the environment in which they exist, |
t would not otherwise be found in biological | organisms. |
s that emulate or simulate living biological | organisms mechanically or even chemically. |
rch on the molecular structure of biological | organisms and the interaction of interaction of biolog |
Benach continues to work with borrelia | organisms at the Center for Infectious Diseases, Depar |
tion with the roots of plants such that both | organisms benefit from the exchange of nutrients. |
metimes it is used only for cases where both | organisms benefit, sometimes it is used more generally |
In both | organisms, the chromosome consists of seven exons and |
logs typically have similar function in both | organisms. |
rogen chemistry, causing difficulty for both | organisms and industry in breaking the bond to convert |
Seahorses feed on bottom-swarming | organisms such as mysids and other plankton. |
ing in its reduced form (sulfide), burrowing | organisms continually exposed it to oxygen, allowing i |
the escarpment, trapping and quickly burying | organisms, and preventing their decay, permitting the |
as well as in the breakdown of cellulose by | organisms that feed on plants. |
fection is a type of helminthiasis caused by | organisms in the Nematode phylum. |
ivores and carnivores that were not eaten by | organisms higher on the food chain, as well as the und |
produced in tropical forests is consumed by | organisms living there. |
ves well in water and readily be taken up by | organisms. |
cules, and beta-glucosidases are required by | organisms (some fungi, bacteria, termites) that can co |
hat have been surveyed but cannot be used by | organisms due to lack of technology. |
ate in the HMG-CoA reductase pathway used by | organisms in the biosynthesis of terpenes and terpenoi |
infestation is a parasitic disease caused by | organisms that live primarily on the surface of the ho |
by computation or communication, whether by | organisms or artifacts. |
e of related cyclic polypeptides produced by | organisms of the licheniformis group of Bacillus subti |
Weathering processes initiated by | organisms can also free oxygen from the lithosphere. |
an ichnogenus describing burrows produced by | organisms mining underneath microbial mats. |
ate in the HMG-CoA reductase pathway used by | organisms in the biosynthesis of farnesyl pyrophosphat |
classical, HMG-CoA reductase pathway used by | organisms in the biosynthesis of terpenes and terpenoi |
ed for the treatment of infections caused by | organisms susceptible to the drug, but it has also bee |
ducers, compared to other (e.g., calcifying) | organisms. |
s infrangible, and that if he shows Cambrian | organisms to be complex, then it is therefore impossib |
lly symmetrical Ediacaran and Early Cambrian | organisms (including Rugoconites, Ventogyrus, Vendocon |
Around the start of the Cambrian, | organisms began to burrow vertically, forming a great |
mple, blood tests can identify the causative | organisms in severe pneumonia, puerperal fever, pelvic |
Some hemeproteins, often from single cell | organisms, may contain five hemes C. The bc1 complex i |
The mechanisms that enable single celled | organisms to coordinate in populations presumably carr |
d endangered life forms - from single celled | organisms to the towering T. rex dinosaur. |
approaches in the study of molecules, cells, | organisms, and ecosystems. |
viral sequences and sequences from cellular | organisms. |
In certain | organisms, cells are covered with the glycocalyx layer |
ribes the tendency of developing or changing | organisms to continue development or change towards a |
sits) AOM can be so high that chemosynthetic | organisms like filamentous sulfur bacteria (see Beggia |
Chitinivorous | organisms include many bacteria (Aeromonads, Bacillus, |
eral model for the persistence of co-evolved | organisms, based on the presence of a Nash equilibrium |
As in MacConkey agar, coliform | organisms ferment the lactose, and the colonies become |
y assumed that higher the number of coliform | organisms found in a 100ml sample, the higher the risk |
Fishing, swimming, diving and collecting | organisms are strictly prohibited in the marine reserv |
ighly organized, spatially discrete colonial | organisms. |
Colonial | organisms were probably the first step towards multice |
Colonising | organisms that live on the remains of cambium and sapw |
weat is reduced to nitrite by skin commensal | organisms and then to NO on the slightly acidic skin s |
Common | organisms that can be cultured on PDB are yeasts such |
nly used sugars make methylotrophs competent | organisms for production of amino acids, vitamins, rec |
as not been clearly shown as in less complex | organisms, yet the expression pattern of let-7 family |
plies to bacteria as well as to more complex | organisms. |
olution), implying that sufficiently complex | organisms were common over 1 billion years ago. |
Consequently, | organisms can evolve to become simpler and thus multip |
Copiotrophic | organisms tend to grow in high organic substrate condi |
, black mass of particulate sized, corrosive | organisms that travel from planet to planet, seeking o |
Crustose | organisms can be detrimental to engineered structures |
ichael had a fascination with cryopreserving | organisms as a young child. |
ld technically change people into cybernetic | organisms (cyborgs). |
This includes the use of cybernetic | organisms (or cyborgs) for general labor. |
ools in identifying any potentially damaging | organisms that may be present and breeding within the |
Dangerous | organisms with these aposematic signals are avoided by |
Most food comes from dead | organisms sinking to the bottom of the lake or ocean f |
eaning that it feeds on both living and dead | organisms that come in contact with it. |
his process, most of the materials from dead | organisms disappears from view and is not obviously pr |
ting against a new man-made series of deadly | organisms named GUILT (short for Gangliated Utrophin I |
Indeed, whereas at low densities | organisms do not compete for resources, at higher dens |
Nocturnal, which describes | organisms active in the night |
Adaptations of Desert | Organisms. |
split-beam systems are capable of detecting | organisms as small as krill, with no limit on upper si |
e central nervous system) found in different | organisms such as mammals, fish, and certain invertebr |
cies were previously thought to be different | organisms entirely, but are now united in this group. |
omologous chromosomes or even from different | organisms. |
ntent is found to be variable with different | organisms, the process of which is envisaged to be con |
s are found in different places in different | organisms. |
However, partial remains of different | organisms found in the vicinity of the specimen, such |
biosynthesized from amino acids by different | organisms, including mammals, and are considered to be |
olve several stages each involving different | organisms and metabolic pathways. |
ramework contains information from different | organisms, platforms, data types and research areas th |
es can be considered environments of digital | organisms, related to artificial life simulations. |
olution experiment and his work with digital | organisms, using Avida. |
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