「Organisms」の共起表現(1語左で並び替え)3ページ目

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「Organisms」の共起表現一覧(1語左で並び替え)3ページ目

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mplex molecules derived from formerly living	organisms.
The yeasts are living	organisms that flourish in Spring and Autumn, but go i
adicals (superoxide) can be formed in living	organisms, which left unchecked, are incompatible with
from D-glucose, but cannot be used by living	organisms as source of energy because it cannot be pho
rst to identify fossils as being from living	organisms; his contemporaries Robert Hooke and John Ra
are just a few of the many classes of living	organisms which can be studied by preserving and stori
ganic compounds which occur widely in living	organisms.
The ABC transporters occur in all living	organisms.
understand the relationships between living	organisms in freshwater and their physical and chemica
cal system, from chemical reactors to living	organisms, and generally takes the following form
ntists to identify and record as many living	organisms as possible within 24 hours.
als, including humans, and many other living	organisms.
bone and other mineralized systems in living	organisms, as well as reviews and special reports.
se does not occur naturally in higher living	organisms, but can be synthesized in the laboratory.
gaseous nitrogen into forms usable by living	organisms.
in that environment do not come from living	organisms.
ay be toxic to individual cells or to living	organisms.
Thermophobic response in living	organisms is negative response to higher temperatures.
tical for all the functions of DNA in living	organisms.
ics, particularly its applications to living	organisms and the relationship between structure and o
iochemical processes of production in living	organisms.
ressed the dead materials produced by living	organisms as sheaths, such as shells.
In living	organisms, the enzyme maltase can achieve this very ra
onsidered as the protector of all the living	organisms.
Interaction of organic chemicals with living	organisms, Quantitative Structure Activity Relationshi
le traditional family life, which the living	organisms around her do not even consider.
ferentiate species and sub species of living	organisms.
petitive with it in the metabolism of living	organisms.
he study of the chemical processes in living	organisms.
rfectly suited to the requirements of living	organisms.
ir environment and the development of living	organisms.
e., living	organisms) from those that do not, either because such
d impressions from nearby objects and living	organisms.
xic substances that accumulate within living	organisms.
There is one ecosphere for all living	organisms and what affects one, affects all.
irectly proportional to the amount of living	organisms present in the sample.
ites, are sedimentary rocks formed by living	organisms or their remains.
il, the former being highly toxic for living	organisms.
cal and physical agents on individual living	organisms.
systematics, as a way of classifying living	organisms relative to extinct ones.
PGK is found in all living	organisms and its sequence has been highly conserved t
enzyme-catalyzed process in cells of living	organisms by which substrates are converted to more co
hoxychlor is ingested and absorbed by living	organisms, and it accumulates in the food chain.
Living	organisms have evolved different molecules that speed
ult of damage done to plants by other living	organisms, such as bacteria, viruses, fungi, parasites
s are a class of enzymes vital to all living	organisms.
ria, being too small to be functional living	organisms, may be an example of naturally occurring pr
icals involved in the interactions of living	organisms.
bacteria and nanobes, whose status as living	organisms is controversial.
he ability to cross into the cells of living	organisms.
method used to map the interactome of living	organisms.
ic bacteria can steal iron from other living	organisms using this mechanism, even though the concen
ogenic structures: features caused by living	organisms.
s known to occur only in the urine of living	organisms.
not only of humans, but of almost all living	organisms.
he discovered first in cork, then in living	organisms, using a microscope.
oped her fascination with science and living	organisms.
the biological language common to all living	organisms, is spelled out in three-letter words: each
ng heat, the atmosphere also protects living	organisms by shielding the Earth's surface from cosmic
Iron-proteins are found in all living	organisms, ranging from the evolutionarily primitive a
erminant of the form and structure of living	organisms, and underemphasized the roles of physical l
ion is held very low, such as within living	organisms.
e has developed BioArt projects using living	organisms.
hannel and are found in virtually all living	organisms.
the recognition of the complexity of living	organisms that shape an ecosystem and deliberately exp
Most organic compounds in living	organisms are built in biosynthetic pathways.
used to intervene in the processes of living	organisms.
It is one of the smallest living	organisms at 0.2 micrometers in diameter.
nterpreted as having been produced by living	organisms, however, it is important that they not be c
Living	organisms begin living around the shores of the new is
esses and chemical transformations in living	organisms.
g blocks from which the structures of living	organisms are constructed (this includes almost all en
olynucleotides occur naturally in all living	organisms.
e ring is another plant of the oldest living	organisms on Earth.
considerable utility for classifying living	organisms and establishing their evolutionary relation
acy into macrophysical systems called living	organisms, and that living organisms somehow work thei
ples of ladderanes have been found in living	organisms.
n role in the biological chemistry of living	organisms: molybdenum is common in enzymes of many org
modes of origin and transformation of lower	organisms, I-II (1872)
rized by two groups studying the luminescent	organisms Sea pansy Renilla reniformis and the coelent
fer to bioluminescent proteins from luminous	organisms.
ger var awamori, K.lactis is one of the main	organisms grown in industry in fermenters to produce c
coding' of complex `instructions' for making	organisms.
C. maenas is a predator, feeding on many	organisms, particularly bivalve molluscs (such as clam
In many	organisms the SC carries one or several "recombination
Many	organisms use variations of this basic mechanism.
s been widely studied in the tissues of many	organisms including drosophila, xenopus, cow, dog, chi
In many	organisms, one strand of DNA in the plastid comprises
responsible for genomic maintenance in many	organisms.
nephridia, an excretory organ found in many	organisms, such as flatworms or annelids.
ganelles are uniparentally inherited in many	organisms, so is their organellar DNA.
e in these plants, since it is toxic to many	organisms.
ansmembrane proteins which are found in many	organisms, ranging from nematodes to human beings, and
Many	organisms utilize these reactions for metabolic purpos
ethyl isothiocyanate, which is toxic to many	organisms.
Many	organisms manufacture terpenoids through the HMG-CoA r
enium is an essential micronutrient for many	organisms (protection of cell membrane against oxidati
iomolecule and is produced naturally by many	organisms.
no need to use glucose in the ocean, so many	organisms don't.
Many	organisms are restricted to base-rich or base-poor env
He studied marine	organisms and the embryonic development of sex organs.
hey are (like almost all polychaetes) marine	organisms.
man consumption as well as by various marine	organisms.
acids, either naturally produced from marine	organisms dispersed into the atmosphere by wave action
hich studied the responses of pelagic marine	organisms when exposed to low, chronic levels of vario
Domoic acid can bioaccumulate in marine	organisms such as shellfish, anchovies, and sardines t
hey are (like almost all polychaetes) marine	organisms; most are found on the continental shelf, bu
but they have also been isolated from marine	organisms.
orphous silica arising from different marine	organisms after their death: siliceous spicules of spo
ulated with bacteria, algae and other marine	organisms such as worms, crabs, snails and stars.
water which are death traps for small marine	organisms.
abrasion and possible dislodgment of marine	organisms.
preparation of media appropriate for marine	organisms (including algae, bacteria, plants and anima
hey are (like almost all polychaetes) marine	organisms; most are found on the continental shelf.
arches, many of which were devoted to marine	organisms, Goodrich made himself acquainted at first h
of ethanol, but it is very harmful to marine	organisms.
the bioluminescent reactions in many marine	organisms that utilize coelenterazine.
eef squid eats a variety of different marine	organisms.
nsists of small fish, squid and other marine	organisms.
onment for housing a great variety of marine	organisms.
ct the timber planking from attack by marine	organisms and reduce drag.
mpede growth of barnacles, algae, and marine	organisms.
e bacteria are in symbiosis with many marine	organisms.
problematic Cambrian fossil shells of marine	organisms.
also occurs on the surfaces of living marine	organisms, when it is known as epibiosis.
gae, all of which live on many larger marine	organisms, such as whales, sharks, and sea turtles.
defined as the use of fresh water or marine	organisms, or "fish", as agents of skin wound/conditio
works on the ecological physiology of marine	organisms, in particular kelp, invertebrates and perci
specific vanadium bromoperoxidase in marine	organisms (fungi, bacteria, microalgae, perhaps other
eveloped by the firm to raise various marine	organisms in test trials that are now in various stage
It keeps and displays 11,000 marine	organisms, including those from Aomori Prefecture's ab
he case of the Puffer fish, and other marine	organisms harboring TTX producing Vibrionaceae, the sy
For example in metazoan	organisms, they are commonly synthesised in the cytopl
ve time to be consumed by the methanotrophic	organisms in the soil.
ife on earth including humans from the micro	organisms commencing about 4 billion years ago.
s indeed occur in a broad range of microbial	organisms with varying levels of productivity, usually
y tools of optogenetics arise from microbial	organisms occupying specialized environmental niches),
Trans-splicing is used by certain microbial	organisms, notably protozoa of the Kinetoplastae class
Its germicidal effects kill many microbial	organisms in vitro, but testing and standardization of
obiology to quantify the amount of microbial	organisms present in a sample.
discoveries that the diversity of microbial	organisms and viral agents in the environment is far g
nberg's (1795-1876) concept that microscopic	organisms are "complete organisms" similar to higher a
1834), and on the part played by microscopic	organisms in the formation of marine deposits (1845),
e energy from sunlight, by using microscopic	organisms such as bacteria or algae.
re gradient over the sample such that mobile	organisms will move away from the warmer temperatures
ecause these two species are important model	organisms and because their preputial glands are very
to alleviate ageing effects in certain model	organisms such as the yeast S. cerevisiae, the nematod
tic nomenclature committees of various model	organisms, often in collaboration with the HUGO Gene N
h, in order to facilitate use of these model	organisms in drug discovery and toxicology.
ng methods are established for several model	organisms and may vary depending on the species used.
s such as Hydra have become attractive model	organisms to study the evolution of immunity.
it flies (Drosophila melanogaster) are model	organisms used to study the effects of genetic changes
exemplar organism or a small subset of model	organisms, comparative biology is a cross-lineage appr
Model	organisms have been used in the study of BAZ1B functio
ave been applied to studies in several model	organisms, including mice, zebrafish, frogs, and sea u
ing from behaving mammals to classical model	organisms such as flies, worms, and zebrafish.
urselves with all you folks who study modern	organisms in human or ecological time.
A 2009 study on genetically modified	organisms sponsored by the Pontifical Academy of Scien
In the USA genetically modified	organisms are assessed by the US Department of Agricul
res aimed at preventing genetically modified	organisms (GMOs) and their transgenes from spreading i
until the group opposed genetically modified	organisms.
nsformation (for making genetically modified	organisms), since the cell wall would otherwise block
ch as Sudan, undeclared genetically modified	organisms, and foreign objects, with an emergency resp
Veronesi supports genetically modified	organisms as a mean to produce food with higher nutrit
ically modified food -- Genetically modified	organisms -- Genetics -- Genomics -- Genzyme -- Global
se dealing with whether genetically modified	organisms can be patented.
e risks associated with genetically modified	organisms, culminating in the utterance of the word "o
debate about the use of genetically modified	organisms (GMOs) in food and eventually a nationwide l
es damp microhabitats for moisture-sensitive	organisms.
specific) is an experiment where one or more	organisms are moved from one environment to another en
Most	organisms that use the pathway are aerobes due to the
This reaction is very common in most	organisms as a link to the citric acid cycle.
t extremely high temperatures that kill most	organisms.
In most	organisms the majority of ATP is generated in electron
e used in several metabolic pathways in most	organisms.
r pathway, a metabolic pathway found in most	organisms for the catabolism of β-D-galactose to gluco
protein, forms the fibrous skeleton of most	organisms among the phylum Porifera, the sponges.
Since meiosis in most	organisms occur in a short time period, study of meiot
Such traces must have been made by motile	organisms with heads, which would probably have been b
Rather, complex genomes of multi-cellular	organisms could have independently, and in parallel, d
In others, and in cells from multicellular	organisms, phagocytosis takes place at any point on th
he development and function of multicellular	organisms.
ovide similar functions in all multicellular	organisms, until recently it was believed that vertebr
Because the first multicellular	organisms were simple, soft organisms lacking bone, sh
arily thought to occur only in multicellular	organisms.
at Atg1 homologues from other, multicellular	organisms are required for autophagy as well but Recen
, whereas in mammals and other multicellular	organisms, the catalytic function is carried out by a
ponent of their recognition as multicellular	organisms.
generation (or, in the case of multicellular	organisms, cell division).
Cdc42, which emerged in early multicellular	organisms during evolution .
like syncitial tissues of some multicellular	organisms, not the other way round.
Cdc42, which emerged in early multicellular	organisms during evolution .
The earliest fossils of multicellular	organisms include the contested Grypania spiralis and
multicellular	organisms
Multicellular	organisms utilize more complex excretory methods.
Multigenomic	organisms are plants or animals that have symbiotic re
atabase of biological pathways from multiple	organisms.
searching for antisense pairs from multiple	organisms.
any environment stands a chance of mutating	organisms already present and affecting the biome.

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