「Genes」の共起表現一覧(2語右で並び替え)5ページ目
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ven without knowing the nature of the specific | genes, the process can still be used. |
and isozymes represent enzymes from different | genes that process or catalyse the same reaction, th |
ulation can be induced to transcribe the IL-1α | genes and produce the precursor form of IL-1α, Among |
A yeast with synthetic | genes might produce enough artemisinin (a key malari |
esults on how the immune system rearranges its | genes to produce antibodies against antigens it enco |
Gene promoter activities are affected by other | genes expression products that act as inputs, in the |
da phage proteins that alter the expression of | genes in prokaryotes. |
cDNA is often used to clone eukaryotic | genes in prokaryotes. |
o intensify the number of mutations within any | genes or promoters within that regions, often illumi |
Mutations in both copies of the PCCA or PCCB | genes cause propionic acidemia. |
felong investigator of the Kuru disease, found | genes that protect against similar prion diseases we |
global changes within the plant, which induce | genes that protect from further pathogen intrusion, |
code tRNAs and rRNAs, and many are adjacent to | genes encoding protein subunits of the ribosome, alt |
mal for study, he has identified the first two | genes whose protein products are required for this c |
As far as possible, the nomenclature for | genes and proteins are standardized within genera an |
is is the Pathway Database), information about | genes and proteins generated by genome projects (inc |
y combined with other supplemental data on the | genes or proteins in the proposed networks, or combi |
Unlike duplicate | genes, chimeric proteins are immediately distinct fr |
bers of the Frizzled family of tissue-polarity | genes encode proteins that appear to function as cel |
The goal of the project was to design new | genes and proteins for the purpose of better underst |
Firstly, the vectors, which have the | genes of proteins with the C-terminal half of α-aggl |
The majority of | genes encode proteins hence understanding the functi |
Bartter syndrome is caused by mutations of | genes encoding proteins that transport ions across r |
iple variants of the same sequence to identify | genes or proteins with optimized performance. |
as evidenced by hundreds of autophagy-related | genes and proteins reported. |
omenclature assigned to the olfactory receptor | genes and proteins for this organism is independent |
ugh the integration of data types ranging from | genes to proteins to pathways to disease. |
y the proteins encoded by wild-type and mutant | genes (mutant proteins) and quantify their absolute |
erface) that models biological objects such as | genes and proteins, allowing simple scripts to be wr |
make a comprehensive list of autophagy-related | genes and proteins, identifies orthologs and other h |
gulate the transcription of a diverse group of | genes into proteins. |
escribe relationships between entities such as | genes and proteins. |
ectrical technologies that aid in the study of | genes and proteins. |
Subsequently, | genes of proteorhodopsin variants have been identifi |
amilies led to the hypothesis of master/source | genes, and provided the definitive link between tran |
It is one of seven related | genes or pseudogenes found in a cluster, thought to |
It is one of seven related | genes or pseudogenes found in a cluster thought to r |
ow incorporated this alien technology in their | genes, the pulses or "jumpstarts" had an unforeseen |
Dulac C. and Axel R., "A Novel Family of | Genes Encoding Putative Pheromone Receptors in Mamma |
The | genes, once putatively identified, can then be teste |
In 2009 Jeans for | Genes Day raised $3.8 million. |
e other hand, it could be that if one selected | genes at random, one might find many that seem to ha |
e genome, where the genome is the total set of | genes, the receptorome can be considered the total s |
Most lethal | genes are recessive. |
sickle cell trait and other molecular disease | genes, to reduce the number of children born with ge |
the expression of one or more of an organism's | genes is reduced, either through genetic modificatio |
, where he carried out genome-wide screens for | genes that regulate aging in yeast. |
erves as an example of how a gene or groups of | genes may regulate the development and/or function o |
oRNA precursor family are small non-coding RNA | genes that regulate gene expression. |
SAA1 and SAA2 | genes are regulated in liver cells by the proinflamm |
It was observed that the | genes apparently regulated by MAEB generally have a |
allows identification of gene networks and how | genes are regulated. |
ily is a group of related small non-coding RNA | genes that regulates gene expression. |
present in the 5' untranslated regions of the | genes it regulates. |
specific sequences in the promoters of target | genes and regulating their transcription. |
transcription and that they may act as 'master | genes' for regulating major cellular and metabolic g |
ong arm of chromosome 15 in a cluster with two | genes encoding related subunits of the family. |
ering, the tumor-promoting and opine-synthesis | genes are removed from the T-DNA and replaced with a |
activate the expression of retinoid regulated | genes by removing negative transcription control or |
Davies' research focuses on the | genes that repair oxidatively damaged proteins, lipi |
According to the comparisons of 16S rRNA | genes, Ignicoccus represents a new, deeply branching |
larly, diploid cells activate diploid-specific | genes and repress haploid-specific genes. |
Dlx | genes are required for the tangential migration of i |
Note that non-syntenic | genes (genes residing on different chromosomes) are |
t arise from the genomic remains of duplicated | genes or residues of inactivated genes are nonproces |
protein kinases, and induces transcription of | genes in response to hormonal stimulation of the cAM |
These | genes are responsible for the formation of the enzym |
or proper expression of outer membrane protein | genes; the Rhizobium nodulation protein; and the Pse |
Genes encoding ribosomal RNA and spacers occur in ta | |
ano-S1 RNAs are consistently found upstream of | genes encoding ribosomal protein S1, a subunit of th |
ives from comparisons of nuclear ribosomal RNA | genes, mitochondrial ribosomal RNA genes, and protei |
rect binding of Ado-CBL to 5' UTRs in relevant | genes, preventing ribosome binding and translation o |
Not in Our | Genes (With Richard Lewontin & Leon Kamin) 1984, ISB |
All animal mitochondria genomes contain 37 | genes, 2 rRNA, 22 tRNA and 13 mRNA. |
Loss of these | genes in S. pombe results in abnormal heterochromati |
ther words, sister chromatids contain the same | genes and same alleles, and homologous chromosomes c |
tional biology to illustrate the clustering of | genes or samples. |
orming a fusion gene with any of several other | genes, and second, with mutations of the actual DNA |
Note also that, even when two | genes encode secondary structural elements of a moti |
Homeotic selector | genes confer segment identity in Drosophila. |
In the second case, words and | genes are selected for position regardless of their |
In the first case, words and | genes are selected for their function, be it in a se |
Mutations in class A | genes affect sepals and petals. |
The | genes are separately translated in unikonts. |
work include the mapping and cloning of human | genes, the sequencing and analysis of the human geno |
ion to regulate the expression levels of other | genes by several mechanisms, such as translational r |
ion to regulate the expression levels of other | genes by several mechanisms. |
nt from a common ancestor) among the annotated | genes of several completely sequenced eukaryotic gen |
The | genes for several vital metabolic pathways appear to |
Four sequence-related potassium channel | genes - shaker, shaw, shab, and shal - have been ide |
ic diversity is related to the degree to which | genes are shared between the observed clusters. |
ish, the orthologues of the three mammalian hh | genes are: shh a, shh b, (formerly described as tigg |
Both the gabD and gabT | genes were shown, in various experiments, to be indu |
ranging from transcription factors to effector | genes and signaling pathways. |
wider scientific audience, including his book | Genes and Signals. |
Genes and Signals. | |
In general the prediction of bacterial | genes is significantly simpler and more accurate tha |
rom single neurons and a new method of cloning | genes from single neurons. |
nisms, especially vertebrates, the various Hox | genes are situated very close to one another on the |
EMT can be induced by a number of | genes including Snail, Twist, Goosecoid, and TGF-bet |
ard of Broken Beats he continues to spread his | genes: Norsebeat; Snowcore; Drum&Ice; Jambient Prog; |
However, it is still possible that radC | genes play some DNA-related role. |
In cells with mutations in DNA repair | genes, however, some of these sequences accumulate e |
One concern raised by the transfer of | genes between species is that the foods produced mig |
Natural movement of | genes between species, often called horizontal gene |
assumptions that one can legitimately speak of | genes ‘for' specific phenotypic characters or that a |
So, it will now be possible to target these | genes more specifically and interrupt its life cycle |
dioxide-fixing enzyme RuBisCO, and then other | genes were spliced in to allow the absorption of car |
ophy of Medicine and Ethics and Biotechnology: | Genes and Stem Cells . |
often possible that the two groups of isolated | genes will still have some within group communicatio |
lso thought to affect the expression levels of | genes encoding structural or regulatory proteins. |
A encoded by a fusion gene or by two different | genes by subsequent trans-splicing. |
Cloning roX | genes and subsequent sequence alignment from a numbe |
nct forms of dyslexia, underpinned by distinct | genes, and, subsequently, demonstrating that the gen |
These | genes encode Succinyl coenzyme A synthetase, and are |
Using sequences from cloned coregulator | genes, laboratories such as those led by Bert O'Mall |
Normally, expression of the downstream | genes is suppressed. |
intrinsic mechanism of resistance, efflux pump | genes can survive a hostile environment ( for exampl |
He was investigating two specific | genes in sweet corn, one of which, the sh2 gene, cau |
several proteins - products of the SWI and SNF | genes (SWI1, SWI2/SNF2, SWI3, SWI5, SWI6) as well as |
the alternative splicing of the protein coding | genes DPM2, TAF1, RALGPS1, PBRM1, and CRHR1. |
for example, that humans predisposed by their | genes to taking risks may also be predisposed to cri |
activator beta-catenin to enhancer elements of | genes they target. |
, it is possible to target a family of related | genes by targeting and modulating the expression of |
tions that resulted from mutations in homeobox | genes were termed homeotic mutations. |
Identify and perform analysis on co-regulated | genes in terms of genomic localization, functional a |
In addition to genetic tests involving PEX | genes, biochemical tests have proven highly effectiv |
nsity of Topoisomerase I sites in the collagen | genes, and that the antibodies may be altering trans |
jor accomplishments: identifying breast cancer | genes; demonstrating that humans and chimpanzees are |
research has been in Drosophila, comparing Hox | genes within that species with Hox genes in other sp |
r miR-10* in Drosophila, including several Hox | genes, indicating that miR-10* may also be functiona |
tones, which in turn affects the expression of | genes on that DNA. |
Because the | genes for the red blood cell H antigen and for the s |
imulates the transcription of the vitellogenin | genes and the consequent control of vitellogenin pro |
is, and increases in the expression of certain | genes including the gene for EGFR - that ultimately |
These two | genes encode the proteins IL-13Rα1 and IL-4Rα. |
(breakpoint cluster region) is one of the two | genes in the bcr-abl complex, which is associated wi |
eron as a segment between the promoter and the | genes of the operon. |
h no evidence of functional coding variants of | genes within the region, suggesting that disease-cau |
These | genes regulate the cell cycle and mutations in the g |
njection was used to insert human antithrombin | genes into the cell nucleus of their embryos. |
One of these | genes is the angiotensinogen (AGT) gene, studied ext |
The order of the | genes in the beta-globin cluster is 5' - epsilon - g |
he survival of any individual (or individual's | genes) in the community through affording protection |
hybridisation against mRNA for some of the gap | genes in the Drosophila early embryo |
Later work identified more gap | genes in the Drosophila early embryo - giant, huckeb |
se and progresses to analysis of the resulting | genes and the biochemical pathways emanating from th |
The SALL4 gene is part of a group of | genes called the SALL family. |
The other | genes of the Pyl operon mediate pyrrolysine biosynth |
transcriptase (RT) and ribonuclease A (RNaseA) | genes of the proviral retrotransposon.[3] |
The HPI upon which the | genes encoding the Ybt biosynthesis proteins are loc |
length that is found between the yghK and glcB | genes in the genomes of Escherichia coli and Shigell |
These | genes encodes the ribosome modulation factor protein |
The Protocadherin | genes support the big bang theory as well as the ‘so |
The proteins encoded by psbA | genes form the reaction center of the photosystem II |
The | genes for the construction of ion channels are highl |
Mir-433, along with the other twenty | genes in the cluster, is upregulated in small hetero |
As an example, if the | genes in the phage DNA are arranged ABC, then in a c |
Potential disease | genes from the candidate region can then be prioriti |
ne found in a large cluster of cytochrome P450 | genes from the CYP2A, CYP2B and CYP2F subfamilies on |
ted the bacterium loses the ability to express | genes in the competence regulon. |
iques for identifying differentially expressed | genes at the mRNA level. |
The benefits are that the new | genes on the HACs would not disrupt the existing gen |
lusion that it was most notably the polymerase | genes and the HA and NA genes that caused the extrem |
y to the junction between the second and third | genes of the sdh operon (sdhD and sdhA). |
Genes in the SIX family have been shown to play role | |
Interestingly, the order of the | genes on the chromosome is the same as the expressio |
of the cis-effect on the expression levels of | genes in the DLK1-GTL2 imprinted domain, and trans i |
ers to human genetic engineering used to alter | genes in the first cells of the blastocyst. |
In Australia, Jeans for | Genes is the major fundraiser for the Children's Med |
RNA shows moderate down regulation of reporter | genes containing the ATXN1 3' UTR. |
These | genes control the production of hydroxylase enzymes |
length that is found between the tar and cheW | genes in the genomes of Escherichia coli and Shigell |
This led researchers to investigate the | genes of the organism that code for the respective n |
eatures commonly associated with sRNA-encoding | genes and the expression of the predicted sRNAs was |
27 November: A mutation in the | genes of the H1N1 virus has been detected in two per |
The second book is | Genes and the Agents of Life: The Individual in the |
n turn, prevents transcription of the adjacent | genes on the same DNA molecule. |
se the ability to detect copy number change in | genes in the aberrant tumor cells because the popula |
It is founded on the instinct of keeping | genes in the gene pool and expecting sexual partners |
computational screen identified 5 novel ncRNA | genes in the genome of M.jannaschii. |
MsiK, the protein encoded by msiK | genes, is the ATPase subunit within certain ABC-type |
subunits exist, either expressed from similar | genes or the result of alternative splicing. |
ing to consider that sequences of polydnavirus | genes show the possibility that venom-like proteins |
ns in the complex, either encoded by different | genes or the result of alternative splicing of trans |
ng projects and existing data by analyzing the | genes in the candidate region. |
of cell replication allow fixation of mutated | genes into the genome. |
DAX1 controls the activity of certain | genes in the cells that form these tissues during em |
Using reverse genetics, the DNA of | genes for the receptors of many neurotransmitters ha |
possible role for tandemly repeated C/D snoRNA | genes in the evolution and/or mechanism of the epige |
AP-1 upregulates transcription of | genes containing the TPA DNA response element (TRE; |
ility, I think pretty clearly, to identify the | genes and the gene families which have expanded spec |
o the passing on of more of the squirrel's own | genes than the squirrel could leave by reproducing o |
tool for retrieving varied information on many | genes (or the sequences of those genes). |
ntroversy concerning the patenting of isolated | genes and the way those patents are used, and there |
There are more | genes in the family of alcohol and aldehyde dehydrog |
up its autonomy by the transfer of some of its | genes to the nuclear genome. |
Later work identified more pair-rule | genes in the Drosophila early embryo - fushi tarazu, |
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