「cells」の共起表現一覧(1語右で並び替え)6ページ目
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s a cone-shaped structure, covered in receptor | cells called "hair cells". |
It was able to show that some of these stem | cells, called multipotent adult germline stem cells |
entiation found on a subset of IgM-secreting B | cells called B-1 cells, and also on T cells. |
Below these is another layer of | cells called iridophores or guanophores, and they co |
e optic disc is covered by a plaque of fibrous | cells called the central supporting tissue meniscus |
he release of thyroid-stimulating hormone from | cells called thyrotropes and excess levels inhibit d |
Cells called myofibroblasts, which contribute to sca | |
epidermis transforms into a layer of signaling | cells called the Apical Epithelial Cap (AEC), which |
r Walter has discovered a feedback loop within | cells called the unfolded protein response. |
hlets, each of which ends in knobs of stinging | cells called nematocysts. |
pigments in other vertebrates are produced by | cells called chromatophores. |
ets melanin pigment in the Trabecular meshwork | cells, called Selective Laser Trabeculoplasty or SLT |
pro-life group about the alleged use of fetal | cells, Campbell stated that it had ended its partner |
When the liver is damaged, stellate | cells can change into an activated state. |
Each group of | cells can give rise to a semi-periodic wave that can |
ls which was shown by the fact that some tumor | cells can be seen to have immunoglobulins (Ig) on th |
and believe that unipotent self-renewing stem | cells can exist. |
The continued storage of GAG in | cells can lead to organs being affected in important |
Complex | cells can be found in the primary visual cortex (V1) |
ctivating signals from the BCR so that the B-1 | cells can only be activated by very strong stimuli ( |
deliver the desired amount of energy, the fuel | cells can be combined in series and parallel circuit |
These intestinal lining | cells can then either store the iron as ferritin, wh |
A small number of detached | cells can then be used to seed a new culture. |
Because not everything about the | cells can be measured at the same time, blood is sep |
Up to 95% of the freemartin's blood | cells can be derived from those of its twin brother. |
In the event of damage, Type II | cells can proliferate and/or differentiate into type |
ven a process of tropism that determines which | cells can become infected by a given pathogen. |
In similar manner, chemical energy in | cells can be used to create electrochemical gradient |
Rule 90 (on finite rows of | cells) can also be simulated by the block oscillator |
All nucleated | cells can also present cytosolic peptides on their c |
For example, | cells can represent locations in an urban area and t |
roxisome function, an individual's tissues and | cells can accumulate very long chain fatty acids (VL |
Cells can migrate towards the chemical gradient in t | |
Mesenchymal | cells can migrate easily, unlike epithelial cells, w |
Interactions between | cells can be stable cell junctions involved in the o |
Cells can be cultured for a longer time if they are | |
more adhesive but less natural substances, KO | cells can adhere; WT cells, still better at adhering |
transcription factors and histones) in living | cells can be cross-linked to the DNA that they are b |
Memory B | cells can proliferate to produce more memory cells o |
Cells can form intergrin mediated attachments sites | |
All these pigment | cells can rapidly relocate their pigments, thereby i |
small sections so that growth and division of | cells can occur. |
The invasion of the | cells can trigger a mild form of diarrhea or dysente |
However, ICR | cells can belong to one of the following two categor |
round the organisms very rapidly, before their | cells can even collapse; the strong silica is able t |
ded to the overlying medium and both media and | cells can be analyzed individually. |
Separated | cells can be used further |
te regulation of ID proteins in differentiated | cells can contribute to tumorigenesis. |
These T | cells can then go on to perform effector functions s |
Cells can be shown in two different symmetries. | |
s by which the DNA from two different types of | cells can be extracted without mixing their contents |
Surviving | cells can express DNA that is delivered during the p |
These primary | cells can then be further expanded and transferred i |
Stem | cells can be used to replace damaged tissue or to ge |
Such reference | cells can hold any value, and so are given the polym |
antibiotic resistance, so that the transfected | cells can be identified by plating on a medium conta |
Single such | cells can give rise to both the luminal and myoepith |
Without p300, | cells cannot effectively restrain growth and divisio |
If old lung | cells cannot self-destruct to make room for new lung |
Using local transition rules, | cells cannot know the total count of all the ones in |
It is believed that | cells cannot properly dispose of proteins with overl |
In melanocytic | cells CAPN3 gene expression may be regulated by MITF |
hich is the predominant RyR in pancreatic beta | cells, cardiomyocytes and smooth muscles). |
ist terrorist organisation Communist Combatant | Cells carried out five bombings against the pipeline |
The arcade, which is composed of domed | cells carried on thick stone columns, wraps around t |
Many types of cancer | cells carry EpCAM (epithelial cell adhesion molecule |
The surface of biological | cells carry many different types of chemical groups, |
Since red blood | cells carry oxygen to the muscles, this higher level |
g RNA in mouse inner medullary collecting duct | cells caused defective ciliogenesis. |
entists said that cancer found in reproductive | cells caused by 1,3-DCP can cause cancer and genetic |
They typically develop within plant | cells, causing the infected tissue to grow into a ga |
It has been shown to be genotoxic in human | cells, causing apoptosis and also decreased DNA prod |
This syndrome affects bone marrow | cells causing treatment-resistant anemia and myelody |
release of lytic enzymes from the white blood | cells, causing inflammation of the blood vessel wall |
to specific oligosaccharides on the surface of | cells, causing the cells to clump together. |
In melanocytic | cells CEACAM1 gene expression may be regulated by MI |
h the use of these toxins, the K+ pumping hair | cells cease their function. |
chegoniophores or carocephala, and (b) sterile | cells celled elaters inside the sporangium. |
omatias elegans there are three types of gland | cells: cells producing mucoproteins, cells producing |
terminally differentiated white blood | cells) cells. |
(the processing of electrochemical stimuli in | cells), cellular repair, and biotechnology. |
oting the inflammatory cell reaction to acinar | cells, ceruletide induces pancreatitis through dysre |
As time progresses, spatial patterns emerge as | cells change states based on their neighbors; this a |
It's discovered that when embryonic stem | cells change into various cell types there are drama |
variable thickness where the structure of the | cells changes to chondrocytes |
ter diffusion into and out of the osmoreceptor | cells changes. |
mic structures are derived from small rhythmic | cells characteristic of Sappho's poetry. |
vis lamellipodia, a protrusion from fibroblast | cells characterized by actin networks. |
In operating batteries and fuel | cells, charge transfer coefficient is the parameter |
The | cells charged 63 nickel-cadmium batteries which serv |
raft, which was powered by six groups of solar | cells charging a nickel-cadmium battery. |
ects offered in Part IA in 2010 are Biology of | Cells, Chemistry, Computer Science, Elementary Mathe |
In melanocytic | cells CHL1 gene expression may be regulated by MITF, |
In plant | cells, chloroplasts may be moved around with the str |
human cellular structures, including red blood | cells, chromosomes, egg and sperm. |
lated research areas such as wind, solar, fuel | cells, clean coal and biomass. |
Pyramidal | cells clump in the outer part to form glomeruli simi |
often appear to be only one cell since the new | cells cohere temporarily. |
replication: for example SV40 ori in mammalian | cells, ColE1 ori for double-stranded DNA replication |
when the column formed from the aggregation of | cells collapses due to its height, and becomes a slu |
Chameleons have specialized | cells, collectively called chromatophores, that lie |
However, unlike cnidocytes, which are venomous | cells, colloblasts stick to, rather than sting their |
ch on the Chimera, which is the science of two | cells combining in one. |
3T3 | cells come from a cell line established in 1962 by t |
cess of arresting cell growth when two or more | cells come into contact with each other. |
otelixizumab show increased specificity for T | cells compared to ATG and alemtuzumab, but are still |
amplitude elicited and ratio of the responder | cells compared to the total number are also characte |
behavior but uses only a very small number of | cells compared to the hundreds of thousands needed f |
ara-ATP) is three times longer in HSV-infected | cells compared with uninfected cells, however the me |
eference ranges for blood tests of white blood | cells, comparing CD4+ cell amount (shown in green-ye |
With a rise in extracellular tonicity, the | cells compensate by losing a small amount of water. |
Dictyate stage until puberty commences and the | cells complete ootidogenesis. |
al units powered by Ballard Power Systems fuel | cells completing a successful three-year trial, in e |
large unit | cells, comprising some tens up to thousands of atoms |
y Vol 4 - Don Freund Madame Bovary Suite, Soft | Cells, Concerto for Viola, Dissolving Music:Indiana |
The four (or more?) daughter | cells connect via filaments derived from the cell wa |
Individual | cells connected to each other via cell wall extensio |
These objects are referred to as (cons) | cells, conses, non-atomic s-expressions ("NATSes"), |
The apical surface of these | cells consist of eosinophilic granules that are thou |
only seen in mitotically detached or shedding | cells, consistent with its role in the negative regu |
overed in 1998 as a factor purified from human | cells, consisting of 140 and 80 kilodalton (kDa) sub |
A novel disulfide-linked heterodimer on pre-T | cells consists of the T cell receptor beta chain and |
alpha-secretase activity have been observed in | cells; constitutive activity occurs mainly at the ce |
These | cells contain a chromophore (11-cis retinal, the ald |
egments of vertebrate retina rod photoreceptor | cells contain phosducin, a soluble phosphoprotein th |
All | cells contain central heating, a shower, toilet and |
The remaining | cells contain the corresponding kagunita obtained by |
These | cells contain endosymbiotic bacteria such as Buchner |
Bird, reptilian, and monotreme cone | cells contain a colored oil drop. |
D | cells contain CCKBR (which respond to gastrin) and M |
ow in the absence of a catalyst, but red blood | cells contain carbonic anhydrase, which both increas |
Most eukaryotic | cells contain histones (with a few exceptions) as we |
Power was supplied by 9792 Si solar | cells contained in the two solar panels, giving a to |
d surrounded by a corridor, which has numerous | cells containing smaller idols of the Tirthankaras. |
een circled to show that it must be white, any | cells containing the same number in that row and col |
archers, for example, discovered that in yeast | cells containing a specific prion protein Sup35, the |
ricted in these cells-that is, the majority of | cells containing viral RNA do not produce infectious |
Cnidocytes are | cells containing a coiled thread-like structure call |
their nest burrows, where they construct small | cells containing a ball of pollen mixed with nectar, |
of certain bacteria, such as E. coli, in which | cells continue to elongate but do not divide (no sep |
Such free blood | cells continue to divide. |
The duct is lined by columnar | cells, continuous with the epithelium lining the sur |
y demonstrated that engrafted bone marrow stem | cells contribute to long-term hematopoiesis and also |
There is some discussion as to whether these | cells contributed from the notochord are replaced by |
blastocoel floor by upward movement of vegetal | cells contributes to the advancement of the mesendod |
the membrane back to normal) of cardiac muscle | cells, contributing to the plateau formation during |
unctions, zonae occludentes, between ependymal | cells control fluid release across the epithelium. |
Such | cells control their degree of innervation (the numbe |
effective against a wide range of known cancer | cells, cooperate with other anti-neoplastic agents a |
The octahedral | cells correspond with the cells of a 24-cell and its |
rtices, edges or faces, leading to addition of | cells corresponding to those elements, as shown in t |
evels of SP2 protein inside the patient's stem | cells could also repair the long-term damage to the |
ince RNA encoded information, and since living | cells could produce and modify RNA in reaction to ex |
The blood | cells could potentially serve as a source of “univer |
of Nayernia and his team proposed that similar | cells could be extracted from men using a simple tes |
en sib was deleted in multi-copy plasmids, the | cells could not be maintained due to the toxicity of |
But it was found that these | cells could also be utilized on humans and the Autor |
0s he discovered enzymes carried by artificial | cells could correct some metabolic disorders and als |
It has long been suggested that solar | cells could be produced from the materials present o |
er study in rats resulted in reduced red blood | cells count when exposed to 100 mg/L of Chlorine Dio |
n that interleukin-10 is also produced by mast | cells, counteracting the inflammatory effect that th |
unt of virus in the patient's bloodstream, CD4 | cells counts (a white blood cell critical to the fun |
epoxide under reductive conditions present in | cells creates favorable conditions for a Bergman cyc |
t Court atmosphere; ILS has prominent debating | cells, cultural cells, corporate cell, center for pu |
oncentration of sodium chloride in the outside | cells decreases and the concentration of sodium hydr |
, in stronger gravitational fields the size of | cells decreases, and in weaker gravitational fields |
Also, | cells deficient in topoisomerase II show significant |
This means that the corner-point | cells degenerate and may have less than 6 faces. |
Confluent | cells delay signals by one generation more than OTS |
eration of senescence in dying tissue cultured | cells; delayed senescence in BR mutants supports tha |
neutrophils, monocytes, T and B | cells, dendritic cells, Langerhans cells and macroph |
equire a corneal transplant as the endothelial | cells depend on it for support and cannot re-grow af |
The protocol for subculturing | cells depends heavily on the properties of the cells |
The presence of catalase in bacterial | cells depends on both the growth condition and the m |
gh nucleotides do not appear to be taken up by | cells, dephosphorylated nucleoside derivatives inter |
fferentiation of 3T3-L1 preadipocytes and stem | cells derived from human adipose tissue. |
., Steer, H.W. Characterization of nonlymphoid | cells derived from rat peripheral lymph (1983) Journ |
Embryoid bodies are aggregates of | cells derived from embryonic stem cells, and have be |
tists to work with new lines of embryonic stem | cells derived using public funding in the USA, where |
fimbrin is found in epithelial and mesenchymal | cells derived from solid tissue where it does not be |
niba megaphylla inhibited, in vitro, growth of | cells derived from human carcinoma of the nasopharyn |
ing of stem cell research on new lines of stem | cells derived from discarded human embryos created f |
The | cells described above are located exclusively in the |
It was completed in 1862 with 58 | cells designed to hold a mixture of 74 male and fema |
death which is induced by anchorage-dependent | cells detaching from the surrounding extracellular m |
xidant, which helps in prevention of the brain | cells' deterioration. |
pothesised that in sheep most of the granulosa | cells develop from cells of the mesothelium (i.e., e |
In the absence of cell-cell interactions both | cells develop into ocelli, which is the default fate |
The acorn, a pattern of seven live | cells developed by Charles Corderman, takes 5206 gen |
ages that serve as an essential inducer of Th1 | cells development. |
ppression (decreased production of other blood | cells) develops. |
In non-stimulated | cells, DGK activity is low allowing DAG to be used f |
n that Collas has shown are not complete - the | cells did switch on some of the genes that would be |
ments to alter expression of miR-124 in neural | cells did not appear to affect differentiation. |
It was once thought that prokaryotic | cells did not possess cytoskeletons, but recent adva |
However, their blood and fibroblast | cells did not activate nuclear factor κB and mitogen |
amplify and alter apoptosis in such a way that | cells die inappropriately, leading to loss of renal |
As plant | cells die, nearby cells are induced into forming mer |
When phytoplankton | cells die, they sink towards the bottom and are deco |
ethuselah lives for 130 generations before all | cells die. |
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