「Cyanobacteria」の共起表現一覧(1語右で並び替え)
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Cyanobacteria account for 20-30% of Earth's photosynthet | |
r the Onyx River, microscopic life such as | cyanobacteria algal blooms have been recorded. |
It also eats green hair algae, | cyanobacteria and seaweed. |
It is a resting cell of | cyanobacteria and unicellular and filamentous green alga |
ight-harvesting complex (phycobilisome) of | cyanobacteria and red algae. |
eutrophication include blooms of algae and | cyanobacteria, and dense mats of water hyacinth (Eichhor |
duced by at least four different genera of | cyanobacteria and has been reported in North America, Eu |
is a genus of photoautotrophic bacteria, ( | cyanobacteria), and is a prokaryote. |
hores (light-capturing molecules) found in | cyanobacteria and in the chloroplasts of red algae, glau |
n determined, while those of several other | cyanobacteria and of small eukaryotes (Bathycoccus, Micr |
Fd-GOGAT is found strictly in | cyanobacteria and photosynthetic eukaryotes, and the gen |
Algae and | cyanobacteria are ubiquitous, often forming within the w |
oth of these species along with many other | cyanobacteria are known to form symbiotic relationships |
Other | cyanobacteria are known to form symbiotic relationships |
lichenized aggregations of nitrogen-fixing | cyanobacteria) are present on the primary thallus; small |
Marine | cyanobacteria are to date the smallest known photosynthe |
UCYN-A | cyanobacteria are species of nitrogen-fixing marine cyan |
It is present in a variety of lineages of | cyanobacteria, as well as some phages that infect cyanob |
Because of the important role of | cyanobacteria as primary producers in the world's oceans |
IsrR was originally identified within | cyanobacteria but may be conserved throughout a number o |
ce in the thylakoid membrane like in other | cyanobacteria, but in the plasma membrane. |
ted in the ATP synthase operons of various | cyanobacteria, but not structures such as the 3-stem jun |
Cyanobacteria can also produce chemical toxins that have | |
iously been observed that phages infecting | cyanobacteria commonly incorporate such genes. |
t once indicated an order inside the class | Cyanobacteria comprising the former suborders "Nostocale |
nthetic bacteria (thought to be related to | cyanobacteria) entered some, but not all, of these mitoc |
This is also when | cyanobacteria evolved, a type of bacteria which uses the |
y's facing environmental difficulties with | cyanobacteria, Faber helped to secure state funds for in |
ge, for a virus that targets bacteria, and | cyanobacteria for the specific type of bacteria this vir |
significant contributions to the study of | cyanobacteria, found evidence for the endosymbiont hypot |
otein CP43' (IsiA,CP43'), which evolved in | cyanobacteria from a PSII protein to cope with light lim |
a biological soil crust composed of living | cyanobacteria, green algae, brown algae, fungi, lichens, |
Mosquito ferns carrying the | cyanobacteria grow on the water in the fields during the |
Noting that many of these | cyanobacteria had heterocysts, he speculated that they a |
Gloeobacter is unique among | cyanobacteria in not having thylakoids. |
Green algae and | cyanobacteria in marine environments provide about 70% o |
perature became hot enough to kill all the | cyanobacteria in the pool, turning the pool a rich teal |
Cyanobacteria include unicellular and colonial species. | |
In | cyanobacteria, inorganic phosphate (Pi) participates in |
This particular type of | cyanobacteria is responsible for creating black stains a |
ciation with protistan endosymbionts, plus | cyanobacteria, microbial mats, algae, seagrass and mangr |
(2006) The evolutionary diversification of | cyanobacteria: molecular phylogenetic and paleontologica |
Some lineages, like archaea and | cyanobacteria, never evolved a polyadenylate polymerase. |
ugh no PhotoRC-II RNA has been detected in | cyanobacteria, one is found in the genome of a purified |
he spring had a rich biota, comprising the | cyanobacteria Oscillatoria and Lyngbya, the green algae |
For example, in the (one-piece) tmRNAs of | cyanobacteria, pk4 is substituted with two tandemly arra |
halophile microbes (primarily filamentous | cyanobacteria) preserved in ice layer core samples drill |
Cyanobacteria produce geosmin and 2-methylisoborneol, wh | |
The red pigment in the | cyanobacteria produces the deep reds of the open water o |
The | cyanobacteria provide the most plausible case for evolut |
The | cyanobacteria provides nitrogen to its host. |
ified in prokaryotic organisms, such as in | Cyanobacteria spp. |
In | cyanobacteria, SQDGs are synthesized in two stages. |
Some algae, particularly blue-green algae ( | cyanobacteria) such as Anabaena, produce MIB together wi |
Aphanizomenon is an important genus of | cyanobacteria that inhabits freshwater lakes and can cau |
Anabaena is a genus of filamentous | cyanobacteria that exists as plankton. |
Collenia is genus of fossil | cyanobacteria that form a particular type of stromatolit |
The | cyanobacteria that form heterocysts are divided into the |
The Nostocaceae is a family of | cyanobacteria that forms filament-shaped colonies enclos |
nally, there are unique strands of Nostoc ( | cyanobacteria) that grow inside the plant parallel with |
They are one of four genera of | cyanobacteria that produce neurotoxins, which are harmfu |
Salt-loving organisms include some | cyanobacteria, tiny bacteria that grow in water and make |
ies while red-absorbing phycocyanin allows | Cyanobacteria to thrive in darker inland waters. |
Lyngbya is a genus of | cyanobacteria, unicellular autotrophs that form the basi |
Cyanobacteria usually obtain a fixed carbon (carbohydrat | |
Nostoc verrucosum is a species of | cyanobacteria usually found in colonies and in globose r |
Cyanobacteria utilize the energy of sunlight to drive ph | |
A new species of | cyanobacteria was isolated at the Open University that c |
The latter is mostly caused by | cyanobacteria which forms impermeable mats. |
otenoid-15,15'-oxygenase from bacteria and | cyanobacteria, which converts beta-apocarotenals rather |
more complex analogue of photosynthesis in | cyanobacteria which is essentially the same as that in c |
, it is presumed, assimilated by the early | Cyanobacteria, which have incorporated them in the activ |
monae and Vibrio, but not Nostoc and other | cyanobacteria, which were classified with algae later re |
Subsequent death of the | cyanobacteria will also release MIB that is trapped in t |
s is a genus of very small (0.6 µm) marine | cyanobacteria with an unusual pigmentation (chlorophyll |
Rivulariaceae is a family of | cyanobacteria within Nostocales in which the filaments ( |
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