「plasmodium」の共起表現(1語左で並び替え)

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共起表現

「plasmodium」の共起表現一覧(1語左で並び替え)

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Like all	Plasmodium species it has vertebrate and insect hosts.
Like all	Plasmodium species P. fallax has both vertebrate and in
Like all	Plasmodium species P. traguli has both vertebrate and i
Like all	Plasmodium species P. octamerium has both vertebrate an
Like all	Plasmodium species P. sandoshami has both vertebrate an
Like all	Plasmodium species P. paranucleophilum has both vertebr
Like all	Plasmodium species P. lainsoni has both vertebrate and
Like all	Plasmodium species P. achromaticum has both vertebrate
Like all	Plasmodium species P. kentropyxi has both vertebrate an
Like all	Plasmodium species P. holaspi has both vertebrate and i
Like all	Plasmodium species it has both vertebrate and mosquito
Like all	Plasmodium species P. narayani has both vertebrate and
Like all	Plasmodium species P. dissanaikei has both vertebrate a
Like all	Plasmodium species P. caprae has both vertebrate and in
Like all	Plasmodium species P. beltrani has both vertebrate and
Like all	Plasmodium species P. beebei has both vertebrate and in
Like all	Plasmodium species P. inopinatum has both vertebrate an
Like all	Plasmodium species, P. garnhami has both vertebrate and
Like all	Plasmodium species P. minuoviride has both vertebrate a
Like all	Plasmodium species P. watteni has both vertebrate and i
Like all	Plasmodium species P. vacuolatum has both vertebrate an
Like all	Plasmodium species P. buteonis has both vertebrate and
Like all	Plasmodium species P. joyeuxi has both vertebrate and i
Like all	Plasmodium species P. fischeri has both vertebrate and
Like all	Plasmodium species P. booliati has both vertebrate and
Like all	Plasmodium species P. floridense has both vertebrate an
Like all	Plasmodium species P. telfordi has both vertebrate and
Like all	Plasmodium species P. mackerrasae has both vertebrate a
Like all	Plasmodium species P. achiotense has both vertebrate an
Like all	Plasmodium species P. gologoense has both vertebrate an
Like all	Plasmodium species P. percygarnhami has both vertebrate
Like all	Plasmodium species P. giganteum has both vertebrate and
Like all	Plasmodium species P. wenyoni has both vertebrate and i
Like all	Plasmodium species P. corradettii has both vertebrate a
Like all	Plasmodium species P. eylesi has both vertebrate and in
Like all	Plasmodium species P. robinsoni has both vertebrate and
Like all	Plasmodium species P. michikoa has both vertebrate and
Like all	Plasmodium species P. uilenbergi has both vertebrate an
Like all	Plasmodium species P. marginatum has both vertebrate an
Like all	Plasmodium species P. lutzi has both vertebrate and ins
Like all	Plasmodium species P. gundersi has both vertebrate and
Like all	Plasmodium species P. tyrio has both vertebrate and ins
Like all	Plasmodium species P. capistrani has both vertebrate an
Like all	Plasmodium species P. lacertiliae has both vertebrate a
Like all	Plasmodium species P. bucki has both vertebrate and ins
Like all	Plasmodium species P. morulum has both vertebrate and i
Like all	Plasmodium species P. brygooi has both vertebrate and i
Like all	Plasmodium species P. australis has both vertebrate and
Like all	Plasmodium species P. lemuris has both vertebrate and i
Like all	Plasmodium species P. melanipherum has both vertebrate
Like all	Plasmodium species P. megaglobularis has both vertebrat
Like all	Plasmodium species P. acuminatum has both vertebrate an
Like all	Plasmodium species P. chiricahuae has both vertebrate a
Like all	Plasmodium species P. volans has both vertebrate and in
Like all	Plasmodium species P. lepidoptiformis has both vertebra
Like all	Plasmodium species P. cordyli has both vertebrate and i
Like all	Plasmodium species P. bertii has both vertebrate and in
Like all	Plasmodium species P. vinckei has both vertebrate and i
Like all	Plasmodium species P. clelandi has both vertebrate and
Like all	Plasmodium species P. lucens has both vertebrate and in
Like all	Plasmodium species P. voltaicum has both vertebrate and
Like all	Plasmodium species, P. anomaluri has both vertebrate an
Like all	Plasmodium species P. accipiteris has both vertebrate a
Like all	Plasmodium species P. attenuatum has both vertebrate an
Like all	Plasmodium species P. colombiense has both vertebrate a
Like all	Plasmodium species P. sasai has both vertebrate and ins
Like all	Plasmodium species P. saurocaudatum has both vertebrate
Like all	Plasmodium species P. arachniformis has both vertebrate
Like all	Plasmodium species P. juxtanucleare has both vertebrate
Like all	Plasmodium species P. coulangesi has both vertebrate an
Like all	Plasmodium species P. cuculus has both vertebrate and i
Like all	Plasmodium species P. hydrochaeri has both vertebrate a
Like all	Plasmodium species P. iguanae has both vertebrate and i
Like all	Plasmodium species P. multivacuolaris has both vertebra
Like all	Plasmodium species P. diploglossi has both vertebrate a
Like all	Plasmodium species P. tanzaniae has both vertebrate and
Like all	Plasmodium species P. incertae has both vertebrate and
Like all	Plasmodium species P. zonuriae has both vertebrate and
Like all	Plasmodium species P. scorzai has both vertebrate and i
osoma brucei (African sleeping sickness) and	Plasmodium falciparum (malaria).
iting the SERCA of malaria parasites such as	Plasmodium falciparum; this hypothesis awaits confirmat
This species was previously regarded as	Plasmodium tropiduri.
d by Mackerras in 1961 and was designated as	Plasmodium giganteum.
the classification of species then given as	Plasmodium tropiduri.
l diagnosis of malaria and parasites such as	Plasmodium, Trypanosoma, and Chlamydia.
organelles secrete several proteins such as	Plasmodium falciparum apical membrane antigen-1, or PfA
species had previously been considered to be	Plasmodium tropiduri.
biliverdin might deter harmful infection by	Plasmodium malaria parasites, though no statistically s
more effective in treating malaria caused by	Plasmodium falciparum than that caused by Plasmodium vi
PlasmoDB is a genomic database for	Plasmodium.
abacensis introlatus) is the main vector for	Plasmodium cynomolgi (a simian malaria) in Malaya.
Haemocystidium is distinguished from	Plasmodium by the absence of an asexual cycle in circul
The name plasmepsin may come from	plasmodium (the organism) and pepsin (a common aspartic
e species was later transferred to the genus	Plasmodium.
A revision of the genus	Plasmodium by Levine in 1985 considered this subgenus t
Carinamoeba is a subgenus of the genus	Plasmodium - all of which are parastic protozoa.
Giovanolaia is a subgenus of the genus	Plasmodium created by Corradetti et al. in 1963.
Sauramoeba is a subgenus of the genus	Plasmodium - all of which are parastic protozoa.
Asiamoeba is a subgenus of the genus	Plasmodium - all of which are parastic protozoa.
Lacertaemoba is a subgenus of the genus	Plasmodium - all of which are parasitic protozoa.
Ophidiella is a subgenus of the genus	Plasmodium created in 1966 by Garnham. .
Huffia is a subgenus of the genus	Plasmodium - all of which are parasitic protozoa.
Paraplasmodium is a subgenus of the genus	Plasmodium - all of which are parastic protozoa.
ng about gametocytes of species of the genus	Plasmodium which transmit malaria.
Examples include Entamoeba histolytica,	Plasmodium (some of which cause malaria), and Giardia l
plasmpesin family is smaller in other human	plasmodium species.
e transmission of simian malarias to humans (	Plasmodium knowlesi and possibly P. inui as well).
s from two major parasites affecting humans,	Plasmodium falciparum, which causes malaria, and Toxopl
RUF1-6 found in	Plasmodium falciparum in 2007
Avian pox (Poxvirus avium) and malaria (	Plasmodium relictum), spread by mosquitoes, may have al
s, such as Toxoplasma gondii, avian malaria (	Plasmodium relictum), and fowlpox, were probably a sign
itoes carrying avian disease (avian malaria,	Plasmodium relictum, and avian pox, Poxvirus avium), as
tinomycetes, mycoplasma, and some species of	Plasmodium.
It is now a subgenus of	Plasmodium.
An ookinete, a sporozoite and a merozoite of	Plasmodium falciparum.
Laverania is now recognised as a subgenus of	Plasmodium and the correct current designation is Plasm
tinely worldwide as part of the treatment of	Plasmodium vivax and Plasmodium ovale malaria.
Multiple infections like those of	Plasmodium falciparum are common with up to six ring fo
The gametocytes resemble those of	Plasmodium relictum and may displace the nucleus.
y resemble the pre-erythrocytic schizonts of	Plasmodium falciparum but differ in the structure of th
appears that it may have been a relation of	Plasmodium juxtanucleare which would place it in the su
has also been used to study the structure of	Plasmodium falciparum, the most important cause of mala
a chemical shown to induce gametogenesis of	Plasmodium falciparum, the parasite that causes malaria
Patient-derived isolates of	Plasmodium falciparum from the Peruvian Amazon have bee
inical features are described in the page on	Plasmodium ovale.
ds each other to form a single large cell or	plasmodium.
ve in treating malaria, because the parasite	Plasmodium falciparum may be able to use exogenous foli
ence from a study in 2010 found the parasite	Plasmodium falciparum, which causes malaria, in the ske
odial activity against the malarial parasite	Plasmodium falciparum.
blood cell infected by the malaria parasite	Plasmodium falciparum, showing a residual body with bro
particularly toxic to the malarial parasite	Plasmodium falciparum and has a synergistic effect in c
e mosquitoes that carry the malaria parasite	Plasmodium.
It works by stopping the malaria parasite,	Plasmodium falciparum and Plasmodium vivax, from reprod
e lifecycle of the malaria-causing protozoan	Plasmodium falciparum and his analysis of the SARS viru
Two subspecies were recognised	Plasmodium fairchildi fairchildi and Plasmodium fairchi
reagent in malaria parasite cultures, since	Plasmodium falciparum requires a source of hypoxanthine
One species (	Plasmodium mexicanum) in this genus can undergo normal
The description of a new species	Plasmodium siamense by Telford in 1986 lead to a resurr
described in 2010 when it was realised that	Plasmodium ovale was in fact two distinct species - Pla
from knowing the location of RUF6 within the	plasmodium genome it has been suggested that RUF6 may h
s a non-coding RNA(ncRNA) present within the	plasmodium genome.
a non-coding RNA (ncRNA) present within the	plasmodium genome.
3.4.23.38 and EC 3.4.23.39) produced by the	plasmodium parasite.
genes that are clustered together within the	plasmodium genome.
toes from the island were found to carry the	Plasmodium vivax malarial parasite.
s predicted that RUF3 was present within the	plasmodium genome and the expression of this ncRNA was
s predicted that RUF6 was present within the	plasmodium genome and the expression of this ncRNA was
anti-trypanosomal activity, and is toxic to	Plasmodium falciparum.
alaria parasites, soon revising the genus to	Plasmodium.
On morphological grounds it is related to	Plasmodium durae.
is effective and well-tolerated in treating	Plasmodium falciparum malaria; the latter combination i
ntrine for treatment of acute, uncomplicated	Plasmodium falciparum malaria in Mbarara, Uganda: a ran
able of completely curing mice infected with	Plasmodium berghei - a model of blood-stage malaria.

共起表現

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「plasmodium」の共起表現一覧(1語左で並び替え)