「Genes」の共起表現一覧(1語左で並び替え)
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Mutations in class A | genes affect sepals and petals. |
Three A-SAA | genes have also been identified in humans, although |
ABC | genes are divided into seven distinct subfamilies: A |
ABC | genes are divided into seven distinct subfamilies (A |
ABC | genes are divided into seven distinct subfamilies (A |
ABCG5 and ABCG8 | genes encode for two proteins sterolin-1 and -2, res |
is is the Pathway Database), information about | genes and proteins generated by genome projects (inc |
a result HomoloGene displays information about | Genes, Proteins, Phenotypes, and Conserved Domains. |
ly an evolutionary fusion of the ACLA and ACLB | genes probably occurred early in the evolutionary hi |
It may also have acquired | genes from a species of archaea by horizontal gene t |
proteins, transcription factors that activate | genes required for the synthesis of cholesterol and |
Typically, the activated | genes are involved in secondary metabolism, biofilm |
ith the number of base pairs present in active | genes). |
a parent and therefore introduce no additional | genes - thus procreation between parents and childre |
These additional | genes are not linked with each other, or any other d |
There are additional | genes being discovered that also predispose to AS an |
t again some of these contribute no additional | genes. |
Additionally, | genes expressed from the polydnavirus in the parasit |
mbers of the immunoglobulin family of adhesion | genes. |
to DNA and regulate the expression of adjacent | genes, hence these receptors are classified as trans |
The need for them arises where two adjacent | genes on a chromosome have very different transcript |
n turn, prevents transcription of the adjacent | genes on the same DNA molecule. |
Deletion of two adjacent | genes with a high degree of homology to complement f |
ent to Detroit and had a family, so Adrienne's | genes are now widely diffused on the North American |
regions of operons that contain metK and ahcY | genes. |
In fact all predicted metK and ahcY | genes within Chlorobi bacteria as of 2010 are preced |
A complete exon analysis of all | genes in Homo sapiens, Drosophila melanogaster and C |
Positive cooperativity would allow | genes for glycine degradation to be turned on more e |
Also, in order to pass along | genes to offspring, there must be a matching chromos |
red for the expression of striated alpha-actin | genes. |
ers to human genetic engineering used to alter | genes in the first cells of the blastocyst. |
egion varies in number and spatial array among | genes. |
human genome has a cluster of several amylase | genes that are expressed at high levels in either sa |
He is known for resurrecting ancestral | genes and tracing the mechanisms by which proteins e |
roviruses, including length, organization, and | genes themselves. |
interactions between environmental factors and | genes that modulate important physiological processe |
teractions between environmental exposures and | genes, and genetics may predispose some individuals |
collection and identifying novel compounds and | genes that can be used in producing high value flavo |
They frequently harbor amplified oncogenes and | genes involved in drug resistance. |
arranged according to their size, function and | genes they carry. |
In the second case, words and | genes are selected for position regardless of their |
h his wife, Ann, Youngest Minds: Parenting and | Genes in the Development of Intellect and Emotion (1 |
In the first case, words and | genes are selected for their function, be it in a se |
ts, or of plants containing patented cells and | genes, constitutes use" and is prohibited by the int |
n system similar to that of hok/sok andldr-rdl | genes. |
This absence of annotated | genes within one thousand base pairs is relatively u |
nt from a common ancestor) among the annotated | genes of several completely sequenced eukaryotic gen |
apoptosis by encoding their own anti-apoptosis | genes preventing their target-cells from dying too s |
d in plants by transforming them with antibody | genes from animals. |
genetic makeup of the human leukocyte antigen | genes. |
ession of several protective and antioxidative | genes. |
njection was used to insert human antithrombin | genes into the cell nucleus of their embryos. |
Antizyme | genes have two partially overlapping open reading fr |
o intensify the number of mutations within any | genes or promoters within that regions, often illumi |
d of DNA (DNA that does not translate into any | genes) is used to silence the undesirable trait. |
rs around the role of cell cycle and apoptotic | genes in cancer progression and as targets for the d |
Genetic defects involving aquaporin | genes have been associated with several human diseas |
Implied are | genes, the DNA sequences which are transcribed into |
erface) that models biological objects such as | genes and proteins, allowing simple scripts to be wr |
escribe relationships between entities such as | genes and proteins. |
e diagram to commonly used identifiers such as | genes name as described by HUGO Gene Nomenclature Co |
or technical--as if there were such a thing as | genes that amount to pollution." |
otent transcriptional activation of associated | genes. |
her A-B types, indicating that risk associated | genes are located between B8 and DR3. |
regulate a number of breast cancer associated | genes found variations in the microRNAs miR-17 and m |
To date, there are 31 ATG | genes, which can be classified into several differen |
Athletic | genes run in his family - Autti's younger brother Tu |
make a comprehensive list of autophagy-related | genes and proteins, identifies orthologs and other h |
as evidenced by hundreds of autophagy-related | genes and proteins reported. |
AZF1 | genes are involved in spermatogenesis in the testes. |
Mutations in class B | genes affect petals and stamens, while those in clas |
In general the prediction of bacterial | genes is significantly simpler and more accurate tha |
ome viewer included tracks for known honey bee | genes, predicted gene sets (Ensembl, NCBI, EMBL-Heid |
Bestrophin | genes share a similar gene structure with highly con |
ay breaks the informational connection between | genes acting before and after the mutant gene. |
s concerned with studying the dialogue between | genes and environment. |
hics of research into the relationship between | genes and behaviour. |
methods to understand the relationship between | genes, brain chemistry and behavior. |
psn, irp2 and ybtP (transport and biosynthetic | genes) promoters but represses expression of its own |
lly synthesized from thiostrepton biosynthetic | genes (tsr genes) and posttranslational modification |
ophy of Medicine and Ethics and Biotechnology: | Genes and Stem Cells . |
wider scientific audience, including his book | Genes and Signals. |
Both | genes are expressed from the RD1 region of the bacte |
there is a blend of the two, which shows both | genes and environment play a part. |
hepatic porphyria caused by a disorder in both | genes which code Uroporphyrinogen III decarboxylase |
Many vertebrate homeo box-containing | genes have been identified on the basis of their seq |
of products and processes related to the BRCA | genes. |
g for certain mutations in the BRCA1 and BRCA2 | genes which cause hereditary breast cancer; develope |
ers caused by mutations of the BRCA1 and BRCA2 | genes. |
t develop eyes (which is represented by broken | genes in the fish's genome), and this lack of eyes s |
rotein transcription factors can be encoded by | genes small enough to fit a number of such genes int |
eomura and are sisters, as shown decisively by | genes fragmented only in archaebacteria and by many |
form the same function, but which are coded by | genes located at different loci. |
aims of the project are to identify new cancer | genes, to understand how cancers develop and to stud |
e identification and isolation of human cancer | genes, the tumor suppressor genes. |
jor accomplishments: identifying breast cancer | genes; demonstrating that humans and chimpanzees are |
eptionally high for carriers of certain cancer | genes, in whom the attack rate can approach 100 perc |
maintains a public data set of cancer-related | genes and drugs. |
Caretaker | genes provide genome stability by preventing the acc |
Thus, caretaker | genes are vitally important to cellular health. |
Zinder discovered that bacteriophage can carry | genes from one bacterium to another. |
in a loss of repression of nitrogen catabolic | genes. |
that herd, there now appear to be some cattle | genes present. |
umber of herds identified as containing cattle | genes has increased. |
t least 6 loci for JME, 4 with known causative | genes. |
Causative | genes in this region, however, have not been shown. |
chromosome 2 in between the CRYBA2 and CCDC108 | genes. |
.3, in a cluster with the CD209 and CD23/FCER2 | genes. |
Cdx | genes integrate the posteriorizing signals from reti |
e conserved as far back as the ced-3 and ced-4 | genes in C. elegans, the organism in which several c |
n activate the oncogenic potential of cellular | genes (22). |
is, and increases in the expression of certain | genes including the gene for EGFR - that ultimately |
e thought to regulate transcription of certain | genes by altering the chromatin structure around tho |
actors that regulate the expression of certain | genes. |
DAX1 controls the activity of certain | genes in the cells that form these tissues during em |
e this method to infer the presence of certain | genes. |
This enables "switching off" certain | Genes by introducing synthetic short RNA into the ce |
is deleted or mutated, the activity of certain | genes is not properly controlled. |
AX1 that helps control the activity of certain | genes. |
The function of certain | genes can be studied more easily. |
haplotype to a number of DQA1 (DQ alpha chain) | genes, producing in cis-haplotype form, a large numb |
N family of voltage-dependent chloride channel | genes comprises nine members (CLCN1-7, Ka and Kb) wh |
Four sequence-related potassium channel | genes - shaker, shaw, shab, and shal - have been ide |
to two other kidney-specific chloride channel | genes, CLCNKA and CLCNKB. |
n cell cycle by down-regulation of check-point | genes. |
romosome 4 amongst several other CXC chemokine | genes. |
length that is found between the tar and cheW | genes in the genomes of Escherichia coli and Shigell |
Chimeric | genes form through the combination of portions of on |
Chimeric | genes are important players in the evolution of gene |
One of the most well known chimeric | genes was identified in Drosophila and has been name |
sis of liverworts based upon three chloroplast | genes, one nuclear gene, and one mitochondrial gene. |
rowly focussed study utilizing six chloroplast | genes, two nuclear genes, and a mitochondrial gene. |
He identified the enzymes that cleave | genes into fragments, and elucidated the mechanisms |
of expression on a number of clock-controlled | genes, for example the cell cycle regulator p21. |
Uses digested fragments to clone | genes into vectors. |
rom single neurons and a new method of cloning | genes from single neurons. |
struggle between competing sets of co-evolving | genes that develop adaptations and counter-adaptatio |
Identify and perform analysis on co-regulated | genes in terms of genomic localization, functional a |
the alternative splicing of the protein coding | genes DPM2, TAF1, RALGPS1, PBRM1, and CRHR1. |
ated 23 possible targets within protein coding | genes, of these a large fraction were found to be al |
d near the 5' and 3' termini of protein coding | genes. |
ceptors (GPCR) arising from single coding-exon | genes. |
nuclear 18S and 28S rDNA and mitochondrial COI | genes as well as the anatomy of their sexual organs |
nsity of Topoisomerase I sites in the collagen | genes, and that the antibodies may be altering trans |
as seen with the champagne and leopard complex | genes in horses. |
ed round the question of whether the component | genes in a super-gene could have started off on sepa |
e resource dedicated only to the 800 Conjoined | Genes identified in the entire human genome. |
More than 70% of the human conjoined | genes are found to be conserved across other vertebr |
lternative names are used to address conjoined | genes, including fusion gene, fusion protein, read-t |
V-D-J cassette is a series of C (for constant) | genes, each conferring to an Ig isotype. |
' untranslated regions of operons that contain | genes whose functions relate to the creation of flag |
lar to each other in that they are all contain | genes that make them resistant to both alcohol and t |
5' untranslated regions of operons containing | genes predicted to be involved in DNA repair or rela |
AREsite - a database for ARE containing | genes - has recently been developed with the aim to |
This plasmid contains | genes that were strongly studied because of their bi |
Yersinia pestis contains | genes relating to aerobactin, but they have been ina |
ially-produced bacterial plasmid that contains | genes for ampicillin resistance (specifically, beta |
-farm as they always have, even if it contains | genes from a protected variety., |
disorder caused by the deletion of contiguous | genes at chromosome 7q11.23. |
disorder caused by the deletion of contiguous | genes at 7q11.23. |
In contrast, | genes that are essential are in general thought to b |
d the activation of certain cell-cycle control | genes can lead to bacteria forming "filament-like" c |
casionally some intergenic DNA acts to control | genes nearby, but most of it has no currently known |
tion by initiating the cascades of coregulated | genes required to produce individual tissues and org |
Using sequences from cloned coregulator | genes, laboratories such as those led by Bert O'Mall |
unts of two proteins, encoded by cotranscribed | genes comprising a region of the plasmid called RepI |
Transcription of Period and Cryptochrome | genes, therefore, is inhibited, the protein levels o |
BMAL1-CLOCK also regulates Cryptochrome | genes (e.g. |
As an illustration, mice with disrupted CTLA-4 | genes are unable to stop immune responses and develo |
The type II cytokeratin | genes are clustered in a region of chromosome 12q12- |
s gene and five other closely related cytokine | genes form a gene cluster spanning approximately 400 |
This gene is one of several CC cytokine | genes clustered on the p-arm of chromosome 9. Cytoki |
promoter to drive the expression of cytotoxic | genes are currently being tested on mice. |
e therapy to drive the expression of cytotoxic | genes in tumorigenic cells. |
coli K-12 bacteria with functional dam and dcm | genes. |
was there identified he the first "cell death" | genes, called ced-3 and ced-4. |
enuated" or weakened strain that had defective | genes for iron uptake. |
Because the defective | genes involved in certain forms of ML are known, tes |
an important hormone for induction of defense | genes. |
Several alpha defensin | genes are clustered on chromosome 8. |
iron regulation of the succinate dehydrogenase | genes sdhA and sdhC. |
y uses genetically modified viruses to deliver | genes that can cure disease into human cells. |
MDV3100, the expression of androgen dependent | genes PSA and TMPRSS2 was down regulated in contrast |
mat, GFF) is a file format used for describing | genes and other features of DNA, RNA and protein seq |
Designer | Genes |
Instead of mutations in developmental | genes, evolution has been driven by changes in gene |
of a large number of developmentally-regulated | genes. |
xists in two isoforms encoded by two different | genes - Gad1 and Gad2. |
s, or amino acid sequences from four different | genes, on a single peptide chain of about 55 kilodal |
A encoded by a fusion gene or by two different | genes by subsequent trans-splicing. |
of genetic disorders, each caused by different | genes that cause very similar symptoms. |
ns in the complex, either encoded by different | genes or the result of alternative splicing of trans |
The six different | genes along with the five different somatostatin rec |
disorders are caused by mutations in different | genes. |
They are encoded by two different | genes. |
orms, alpha and beta, encoded by two different | genes. |
toms, and are caused by mutations in different | genes. |
and isozymes represent enzymes from different | genes that process or catalyse the same reaction, th |
fferent views derive from studies of different | genes. |
ed to increase transcription of many different | genes, since it is the activator that provides the s |
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