「Genes」の共起表現(1語左で並び替え)3ページ目

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「Genes」の共起表現一覧(1語左で並び替え)3ページ目

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howing that there is strong selection in human	genes against mutations that produce new silencers o
In The History and Geography of Human	Genes (Princeton, 1994), Cavalli-Sforza, Menozzi and
For a particular subset of human	genes, 13% of promoter clusters are focused, 16% are
work include the mapping and cloning of human	genes, the sequencing and analysis of the human geno
in the book The History and Geography of Human	Genes, the Dravidians were preceded in the subcontin
S is a database of alternatively spliced human	genes
proteins that are produced by the two hundred	genes known to be involved in the production of neur
Thus, repression of the HXT	genes is abolished, leading to the expression of the
td1, Cyc8 and Tup1 blocks transcription of HXT	genes.
er constructs using promoters of various Hydra	genes fused to fluorescent proteins.
between B8-DR3 region, this includes 3 class I	genes, the class III gene region, and 2 class II gen
ome 6p21.3 in proximity to several HLA class I	genes.
y staining techniques to find nearly identical	genes between flies and humans.
Identified	genes that influence heart disease, diabetes, obesit
ichler says these variants could help identify	genes that may be associated with disease that are w
in disease, scientists can ultimately identify	genes that are overexpressed or deleted and design d
o begun performing genetic screens to identify	genes that interact with PTM1 and/or PTM2.
iple variants of the same sequence to identify	genes or proteins with optimized performance.
They used a genetic screen to identify	genes required for embryonic development in the frui
Floral organ identity	genes are therefore divided into three classes, depe
As another example, if	genes in two species independently become restricted
oter region of immediate-early IFN-γ-inducible	genes, effects gene transcription.
Class II	genes are transcribed by RNAP II.
ution suggests that expression of HLA class II	genes is to a large extent under the control of CIIT
for BLSII is not due to defects in the MHC II	genes themselves.
proteins that are required to switch on MHC II	genes in various cells types (primarily those in the
Class II	genes have a promoter that often contains a TATA box
Basal transcription of class II	genes requires the formation of a preinitiation comp
lf-incompatibility in plants and MHC class III	genes.
ulation can be induced to transcribe the IL-1α	genes and produce the precursor form of IL-1α, Among
G8 RNA, which lies downstream of the imprinted	genes DLK1 and GTL2.
y methylated regions associated with imprinted	genes).
s, and this DMR is commonly found in imprinted	genes and correlates with transcript expression.
ducted to illustrate the positive selection in	genes responsible for schizophrenia.
he genetic basis is the result of mutations in	genes that code for proteins (transcription factors)
nder biological assumptions of replacements in	genes.
Functional motifs in	genes are exchanged to form new alleles, and frequen
se the ability to detect copy number change in	genes in the aberrant tumor cells because the popula
re to study the state of codon usage biases in	genes and genomes.
there is an overrepresentation of NAT pairs in	genes that have catalytic activity.
HUS), has been strongly linked to mutations in	genes of the complement system (including factor H,
mbinant molecules show crossover of markers in	genes A and B. All products, regardless of cleavage
These include	genes which are responsible for DNA synthesis protei
Other targets include	genes coding for cytokines such as IL-6, IL-4, IL-5,
This includes	genes that encode reverse transcriptase, integrase,
ures along a strand of nucleic acid, including	genes and various protein binding sites, are usually
Studies on individual	genes led to the conclusion that the dynamic and com
al conventions as graph theory with individual	genes being presented as nodes or vertices in the im
he survival of any individual (or individual's	genes) in the community through affording protection
global changes within the plant, which induce	genes that protect from further pathogen intrusion,
19 it will have become routine to map infants'	genes when they are born".
d so that the promoter regions of inflammatory	genes are unavailable for binding of transcription f
reversing the activation of inflammatory	genes
wo other brain-specific angiogenesis inhibitor	genes, designated BAI2 and BAI3 which along with BAI
relatively high proportion of nested intronic	genes.
od shaped viruses enclosing bipartite (that is	genes segmented into 2 parts), single-stranded, posi
The second book is	Genes and the Agents of Life: The Individual in the
has been used with several species to isolate	genes.
often possible that the two groups of isolated	genes will still have some within group communicatio
ntroversy concerning the patenting of isolated	genes and the way those patents are used, and there
riginal body as the head and reconfiguring its	genes so it will not be recognized as an Angel by NE
esults on how the immune system rearranges its	genes to produce antibodies against antigens it enco
other organisms showed that around 16% of its	genes originated from the Archaea domain.
ve a particular environment and reproduce, its	genes are passed on to the next generation.
up its autonomy by the transfer of some of its	genes to the nuclear genome.
publishing a scholarly journal,	Genes, Brain and Behavior in collaboration with Wile
arbara McClintock's discovery of these jumping	genes early in her career earned her a Nobel prize i
Gap junction	genes are involved in communication between carcinog
hromosome 11p15.5 between the CDKN1C and KCNQ1	genes.
nd acts as a repressor in the nucleus, keeping	genes responsive to the Hedgehog signal silent.
It is founded on the instinct of keeping	genes in the gene pool and expecting sexual partners
There are 54 known keratin	genes, 28 type I intermediate filament genes and 26
Some of the key	genes involved in filamentation in E.coli include su
He has identified a number of key	genes that are responsible for nerve cell degenerati
stration of NmU also induces expression of key	genes in hypothalamic areas associated with stress,
The KIR	genes are polymorphic and highly homologous and they
In mammals GSK-3 is encoded by two known	genes GSK-3 alpha and beta.
The probes are derived from most of the known	genes and non-coding regions of the genome, printed
seudogenes are DNA sequences, related to known	genes, that have lost their protein-coding ability o
Both known	genes are on the X chromosome.
ucose even in the presence of lactose, the lac	genes will only be turned on when glucose levels dro
moter, which leads to transcription of the lac	genes.
other words, for maximum expression of the lac	genes, there needs to be a high level of lactose (fo
cancer stem cells, the major function of let-7	genes may be to promote terminal differentiation in
Most lethal	genes are recessive.
sity and complexity of life at all levels-from	genes, to anatomy, to behavior-and the critical role
This includes Bayer's LibertyLink	genes, used in over 100 hybrids.
transcriptional activators for liver-specific	genes such as albumin and transthyretin, and they al
and B2, are expressed from the LMNB1 and LMNB2	genes on 5q23 and 19q13, respectively.
e, pioneering the use of DNA markers to locate	genes that influence behavioral characters.
AB bioreporters contain only the luxA and luxB	genes, which together are responsible for generating
sequences of two pollen-specific pectate lyase	genes identified in Lycopersicon esculentum (Tomato)
ion results in the suppression of Herpes lytic	genes.
effect of a greater spread of dominant males'	genes.
affects the expression of only 2% of mammalian	genes.
iRNAs, which may target about 60% of mammalian	genes and are abundant in many human cell types.
ar approximately 40% of promoters of mammalian	genes.
Many	genes for Photosystem I and II were found missing, l
trol regions have now been identified for many	genes and have permitted for example the ectopic exp
hat continuous variation is controlled by many	genes.
There are probably many	genes, both dominant and recessive, that cause polyd
Although many	genes are known to be involved in male courtship beh
The evidence from many	genes and metabolites responsible for schizophrenia
otif which is present in the promoters of many	genes.
tool for retrieving varied information on many	genes (or the sequences of those genes).
s to significantly varying incidence of mapped	genes among different peoples, it seems unwise to as
This is done by screening and mapping	genes until no new genes are found.
amilies led to the hypothesis of master/source	genes, and provided the definitive link between tran
McCartney's	Genes (2005) as Bobby
rent from the rest as it is ambisense, meaning	genes run in both the positive and negative directio
Other merlin-like	genes are known from a wide range of animals, and th
witch is located upstream of the metA and metC	genes in Agrobacterium tumefaciens, and other methio
metK	genes encode methionine adenosyltransferase, which s
(ribosome-binding site) of the downstream metK	genes.
ntific community for the analysis of microbial	genes and genomes.
sed system for assigning new names to microRNA	genes.
c copy number abnormalities involving microRNA	genes (both increases and decreases in copy number)
3 catalytic subunits encoded by mitochondrial	genes and multiple structural subunits encoded by nu
Even functional mitochondrial	genes accumulate mutations faster and more freely.
e is orthologous to the Xenopus and mouse MITR	genes.
Recently, two MKS	genes, MKS1 and MKS3, have been identified.
This gene is part of a cluster of MMP	genes that localizes to chromosome 11q22.3.
The gene is part of a cluster of MMP	genes which localize to chromosome 11q22.3.
There are multiple modifier	genes which control how much tan pigment is actually
Cre recombinase is used as a tool to modify	genes and chromosomes.
transposons will also often carry one or more	genes conferring antibiotic resistance.
oughly 8 kilobases long and contains 5 or more	genes in total.
DNA-binding protein that regulates one or more	genes by increasing the rate of transcription.
There are more	genes in the family of alcohol and aldehyde dehydrog
xial) part of the flower expresses one or more	genes in the CYCLOIDEA (CYC)/DICHOTOMA (DICH) family
pression of approximately 2000 human and mouse	genes, including glycosyltransferases, glycan-bindin
knockouts exist for approximately 60% of mouse	genes, a large majority of common human diseases do
vides a quick and highly efficient way to move	genes into a multiple vector system for functional a
MsiK, the protein encoded by msiK	genes, is the ATPase subunit within certain ABC-type
by the genome; in humans, ~95% of multiexonic	genes are alternatively spliced.
aphids (Acyrthosiphon pisum) contains multiple	genes that were horizontally transferred from fungi.
ncRNA was shown to be encoded for by multiple	genes that are clustered together within the plasmod
bunit of Na+/K+ -ATPase is encoded by multiple	genes.
mental disorder caused by deletion of multiple	genes at 7q11.23.
y the proteins encoded by wild-type and mutant	genes (mutant proteins) and quantify their absolute
the Erythroxylum shrub has been able to mutate	genes is unclear.
of cell replication allow fixation of mutated	genes into the genome.
lation, and one of the most frequently mutated	genes in human cancer, in work done as a Professor i
requently in neuroblastoma with amplified MYCN	genes.
Human Natures:	Genes, Cultures, and the Human Prospect (2002)
cRNA families and annotated about 50 000 ncRNA	genes.
computational screen identified 5 novel ncRNA	genes in the genome of M.jannaschii.
During this screen 14 novel ncRNA	genes were identified.
o "act in cis" on the regulation of the nearby	genes.
BC system are generally encoded by neighboring	genes.
These non-intronic nested	genes remain to be identified in metazoan genomes.
As with intronic nested	genes, nonintronic nested genes typically do not sha
The goal of the project was to design new	genes and proteins for the purpose of better underst
The benefits are that the new	genes on the HACs would not disrupt the existing gen
ene duplications, they provide a source of new	genes, which can allow organisms to develop new phen
a genetic study which had identified five new	genes linked to Parkinson's disease.
a genetically modified plant in which the new	genes have not been inserted in the nuclear DNA but
eation of new species by being a source of new	genes for a species.
other Antennaria species, which may bring new	genes into an A. rosea population, increasing the ge
The transcription of Nkd	genes seems to be inducible by the activity of the W
es expression of Rhizobium meliloti nodulation	genes.
Note that non-syntenic	genes (genes residing on different chromosomes) are
either within a gene or between two nonallelic	genes are occasionally mixed.
malized to DNA input or additional normalizing	genes.
More specifically, notable	genes would include those whose function has been as
rpuratus) is published and contains many novel	genes, but also many analogues to those found in ver
I and COUP-TFII encoded by the NR2F1 and NR2F2	genes respectively.
te the expression of the three individual NRPS	genes from three different sites in the chromosome,
Evidence from three nuclear	genes (Syring et al., 2005) and cpDNA (Gernandt et a
thesis of eukaryotes, where eukaryotic nuclear	genes are translated.
B (mitochondrial cytochrome b) and ten nuclear	genes: UQCRC1, UQCRC2, Cytochrome c1, UQCRFS1 (Riesk
n the presumed 5' untranslated regions of nuoG	genes.
r genome (around 45kb) does not encode obvious	genes indicative of lysogeny.
be for inventions not for naturally occurring	genes, these patents will disrupt future breast and
Dulac C. and Axel R., "A Novel Family of	Genes Encoding Putative Pheromone Receptors in Mamma
hich bind to DNA to regulate the expression of	genes.
ent of gene therapy in which working copies of	genes can be implanted into the human body by way of
he complexity of the organism or the number of	genes contained in its genome, an observation that w
e creation of novelty with a limited number of	genes, and a limited number of mutations.
iprocal translocation involves the transfer of	genes from one chromosome to another, nonhomologous
MicroRNAs act by lowering the expression of	genes by binding to target sites in the 3' UTR of th
h no evidence of functional coding variants of	genes within the region, suggesting that disease-cau
that nucleic acids form the building blocks of	genes.
ement helped scientists to map the location of	genes in mammals and to develop techniques for manip
d its role in the repression and activation of	genes.
wo pieces of mtDNA: the D-loop and an array of	genes known as the PAST fragment.
sms based on orthology (a type of homology) of	genes involved in the phenotypes.
pregulates transcription of a diverse range of	genes involved in everything from proliferation and
A cluster of	genes, BAT1-BAT5, has been localized in the vicinity
A cluster of	genes, BAT1-BAT5, is localized in the vicinity of th
t is mapped to chromosome 4p12 in a cluster of	genes encoding alpha 4, alpha 2 and gamma 1 subunits
gulate the transcription of a diverse group of	genes into proteins.
The SALL4 gene is part of a group of	genes called the SALL family.
eles gambiae: Identification and expression of	genes for two peptides and a putative receptor.
metabolism, protein kinases, and a catalog of	genes that were turned on by silicon.
downregulates (or represses) the expression of	genes not through direct interaction with a gene pro
es, and results in the transfer of 'blocks' of	genes, i.e. larger segments of chromosomes compared
ate the transcription factors for a variety of	genes.
transcribed it would potentially in 5' UTRs of	genes encoding bacteriochlorophyll A, and would be c

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