「Genes」の共起表現(2語右で並び替え)2ページ目

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「Genes」の共起表現一覧(2語右で並び替え)2ページ目

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The	genes to be introduced into the plant are cloned int
The function of certain	genes can be studied more easily.
the fact that it has been able to isolate the	genes should be considered.
cancer stem cells, the major function of let-7	genes may be to promote terminal differentiation in
sposition or genomic duplication of functional	genes, and become "genomic fossils" that are nonfunc
Two	genes have been identified - the MHC Class II gene a
Many vertebrate homeo box-containing	genes have been identified on the basis of their seq
More than 50	genes have been examined in association studies with
Once the pair-rule	genes had been identified at the molecular level it
B. thuringiensis toxin	genes have been engineered to make a variety of pest
common and severe enough to select for thrifty	genes has been recently challenged.
Several SCA	genes have been cloned and shown to contain CAG repe
mental expression patterns of S/MAR-containing	genes have been detected.
Two other	genes have been identified, AMPD2 and AMPD3, for the
A number of other	genes have been predicted computationally and verifi
Mutations in these	genes have been associated with a complex of disease
Genetic defects involving aquaporin	genes have been associated with several human diseas
o that of synthetic materials, and spider silk	genes have been inserted into mammals and plants to
ay breaks the informational connection between	genes acting before and after the mutant gene.
hics of research into the relationship between	genes and behaviour.
nt has been inserted into the LacZ (one of the	genes for beta-galactosidase) there will be no actio
se to stress, regulates many downstream target	genes, including BID.
These	genes also bind the host RBP-Jκ protein.
MicroRNAs act by lowering the expression of	genes by binding to target sites in the 3' UTR of th
ion to regulate the expression levels of other	genes by binding and cleaving mRNAs or inhibiting tr
Visualize	genes on BioCarta & KEGG pathway maps
It will decrease rRNA and other	genes transcription but will increase transcription
psn, irp2 and ybtP (transport and biosynthetic	genes) promoters but represses expression of its own
casionally some intergenic DNA acts to control	genes nearby, but most of it has no currently known
hat endostatin may significantly affect 12% of	genes used by human endothelial cells.
nscription factor involved in the induction of	genes regulated by oxygen, which is induced as oxyge
"for [his] discovery that	genes act by regulating definite chemical events."
ants are multiple types of partially resistant	genes, and by crossbreeding this pool back on itself
e conserved as far back as the ced-3 and ced-4	genes in C. elegans, the organism in which several c
Genome Browser - browse the	genes of C. elegans (and other species) in their gen
Such	genes are called retrogenes and represent a certain
Such protein-coding	genes are called in-paralogs, as opposed to out-para
protein production from interferon stimulated	genes (ISGs) can also be affected.
ene duplications, they provide a source of new	genes, which can allow organisms to develop new phen
collection and identifying novel compounds and	genes that can be used in producing high value flavo
y uses genetically modified viruses to deliver	genes that can cure disease into human cells.
re novel isoform transcripts of protein-coding	genes; this can include expressed pseudogenes
To date, there are 31 ATG	genes, which can be classified into several differen
t can be queried either by searching a list of	genes, or cancer (sub)types.
epigenetic function in "bookmarking" of target	genes in cancer cells.
Tumor suppressor	genes control cancer growth, and their dysfunction c
rs around the role of cell cycle and apoptotic	genes in cancer progression and as targets for the d
Metastasis suppressors	genes in cancer.Int J Biochem Cell Biol.
Georgina	Genes - Candida
ene by horizontal gene transfer of a number of	genes for carotenoid synthesis, apparently from fung
arranged according to their size, function and	genes they carry.
Regulated	genes are categorized in terms of what they are and
g for certain mutations in the BRCA1 and BRCA2	genes which cause hereditary breast cancer; develope
of genetic disorders, each caused by different	genes that cause very similar symptoms.
It takes two faulty	genes to cause PA, so there is a 1 in 4 chance for t
was there identified he the first "cell death"	genes, called ced-3 and ced-4.
	Genes to Cells is a peer-reviewed scientific journal
tion is often utilized to silence and regulate	genes without changing the original DNA sequence, an
These	genes are characterized by several distinct features
autoimmune diseases evaporated as DR3 and DQ2	genes were characterized.
methods to understand the relationship between	genes, brain chemistry and behavior.
In fact all predicted metK and ahcY	genes within Chlorobi bacteria as of 2010 are preced
ium album were the first plants from which the	genes encoding chlorophyllase were isolated.
s gene is part of a cluster of cytochrome P450	genes on chromosome 7q21.1.
disorder caused by the deletion of contiguous	genes at chromosome 7q11.23.
gene members and is clustered with those three	genes at chromosome 10p15-p14.
e gene is part of a cluster of serine protease	genes on chromosome 16.
ystem is a human blood group system based upon	genes on chromosome 19 q13.3, (FUT2) and 19p13.3
There is also evidence linking a gene or	genes on chromosome 15 (15q14) as well as the BRD2 g
species is realised and recognised in terms of	genes and chromosomes, the way is open to trace its
Cre recombinase is used as a tool to modify	genes and chromosomes.
between B8-DR3 region, this includes 3 class I	genes, the class III gene region, and 2 class II gen
Several alpha defensin	genes are clustered on chromosome 8.
The type II cytokeratin	genes are clustered in a region of chromosome 12q12-
Several tryptase	genes are clustered on chromosome 16p13.3.
eely intermixed, in fact, there are only three	genes (short/long coat, smooth/wire coat, fawn/black
n networks that modulate the expression of the	genes that code for specific organellar proteins.
tin that is 'always turned on' is housekeeping	genes, which code for the proteins needed for basic
he genetic basis is the result of mutations in	genes that code for proteins (transcription factors)
The	genes also code for multiple splice forms which are
hepatic porphyria caused by a disorder in both	genes which code Uroporphyrinogen III decarboxylase
In prokaryotes, regulator	genes often code for repressor proteins.
gag, pol, env -	genes that code for proteins used in viral infection
SCFGs have also been used to find RNA	genes using comparative genomics.
This gene and the downstream	genes probably comprise an operon that encodes vario
V-D-J cassette is a series of C (for constant)	genes, each conferring to an Ig isotype.
Burt, A. & Trivers, R. L. (2006)	Genes in Conflict : The Biology of Selfish Genetic E
screening of the introns of ribosomal protein	genes for conserved C/D box sequence motifs and expr
screening of the introns of ribosomal protein	genes for conserved C/D box sequence motifs and expr
In this screen 46 candidate sRNA	genes not conserved in Escherichia coli were identif
h is focused on the genetic mapping of disease	genes and/or consistent genomic alterations that are
h of DNA sequences located between clusters of	genes that contain few or no genes.
rom a cell nucleus, the cloning is enabled for	genes which contain the transposons.
ed a method for the location on chromosomes of	genes mediating continuous variation, and showed (co
It has a genome of roughly 2,000	genes in contrast to eukaryotic algae that have ones
There are multiple modifier	genes which control how much tan pigment is actually
xamples common to metazoa include the homeotic	genes that control differentiation along major body
iption factors that regulate the expression of	genes which control cellular differentiation and pro
s, and this DMR is commonly found in imprinted	genes and correlates with transcript expression.
nscription factors, altering the expression of	genes with corresponding response elements.
cription of a wide selection of organ-specific	genes that create proteins that are usually only exp
iginally thought that this beast could replace	genes of creatures it encounters, so that its name w
Tracking the movement of	genes during crossovers has proven quite useful to g
In S. cerevisiae, the copper uptake	genes CTR1, CTR2, and CTR3 have been identified, and
promoter to drive the expression of cytotoxic	genes are currently being tested on mice.
Not in our	genes described Dawkins as "the most reductionist of
) , or excess steroids, or by removing various	genes (COMT, DBH, GPRK6, RGS9, RIIbeta), or making b
ce for classical genetics experiments in which	genes were defined by their behavior in breeding exp
Pair-rule	genes are defined by the effect of a mutation in tha
is a moss plant in which one or more specific	genes are deleted or inactivated by gene targeting.
the neuregulin-1\\ErbB post-synaptic receptor	genes are deleted, the dendritic spines of glutamate
t of interactions occurring between a group of	genes who depend on each other's individual function
Such developing vertebrates have similar	genes, which determine the basic body plan.
He observes, for instance, that	genes ordinarily determine peripheral traits, such a
struggle between competing sets of co-evolving	genes that develop adaptations and counter-adaptatio
primer for the lay-reader, Coming to Life: How	Genes Drive Development was published in April 2006.
Thus his account gives the impression that	genes influence development, perhaps altering the co
Two separate	genes encoding DGL enzymes have been cloned, termed
indicated that once Decapodians pass on their	genes, they die.
ontaining data for the splicing of orthologous	genes in different species.
s to significantly varying incidence of mapped	genes among different peoples, it seems unwise to as
nt, which contributes only their own spearmint	genes that dilutes down the scent and flavor.
book, Dawkins argues that the only thing that	genes control directly is the synthesis of proteins.
There are additional	genes being discovered that also predispose to AS an
gitudinal studies to study the contribution of	genes mental disorders, with an emphasis on schizoph
sms as it allows for the easy spread of efflux	genes between distant species.
used to extrapolate the elapsed time since two	genes first diverged (that is, the coalescence time)
rather than geographic barrier to the flow of	genes among diverging groups within a population.
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
Human Genome Project, which documents all the	genes and DNA in the human genetic makeup, is talked
Implied are	genes, the DNA sequences which are transcribed into
Homing endonuclease	genes cleave DNA at its own site on the homologous c
lation and demethylation of histones turns the	genes in DNA "off" and "on", respectively, either by
on show that many of them include animals with	genes from domestic cattle.
There are probably many	genes, both dominant and recessive, that cause polyd
ion of transcription factors for pro-apoptotic	genes, or downregulation of transcription factors fo
seudomonas, and is found only upstream of gabT	genes, and downstream to gabD genes.
tatin signaling may affect this vast number of	genes, the downstream affects appear surprisingly li
in the book The History and Geography of Human	Genes, the Dravidians were preceded in the subcontin
DAF-16 is part of a group of	genes that drive the biological processes involved i
ore details on the role of the maternal effect	genes, see Drosophila embryogenesis.
maintains a public data set of cancer-related	genes and drugs.
Expression of virulence	genes in E. Carotovora is regulated by N-(3-oxohexan
s IS063 ) is located between the ompN and ydbK	genes in E. coli.
Thus, network motifs are patterns of	genes regulating each others transcription rate.
edicted to contain around 9,500 protein-coding	genes on eight chromosomes.
termined by the presence of the retroviral env	genes which encode coat proteins.
presumed 5' untranslated regions (5' UTRs) of	genes that encode Ribonuclease E (RNase E).
region, in a cluster with two closely related	genes which encode similar proteins.
hondrial 1B also known as CKMT1B is one of two	genes which encode the ubiquitous mitochondrial crea
is caused by genetic mutations in one of four	genes that encode keratin proteins specific to the e
presumed 5' untranslated regions (5' UTRs) of	genes that encode putative RNA-binding proteins.
nd Chand Desai had made the first discovery of	genes that encode apoptosis-inducing proteins: ced-3
Humans have six elastase	genes which encode the structurally similar proteins
n what could be the 5' untranslated regions of	genes that encode the Rho factor protein, and this a
n the presumed 5' untranslated regions of sucA	genes, which encode Oxoglutarate dehydrogenase enzym
r of the receptor induced by the change in the	genes that encode the receptor protein.
It is frequently absent from	genes that encode proteins used in virtually all cel
This includes	genes that encode reverse transcriptase, integrase,
ted in the presumed 5' untranslated regions of	genes whose encoded proteins bind DNA are interact w
ne is found; however, in plant genomes, two GR	genes are encoded.
This gene is orthologous to the mouse and rat	genes and encodes a similar DNA-binding transcriptio
hormone response elements upstream of several	genes to enhance the expression of those genes.
rotein transcription factors can be encoded by	genes small enough to fit a number of such genes int
there is a blend of the two, which shows both	genes and environment play a part.
s concerned with studying the dialogue between	genes and environment.
These include two other	genes encoding enzymes in the tricarboxylic acid cyc
In some studies, the	genes for EPPase were obtained from a silk moth whil
length that is found between the abgR and ydaL	genes in Escherichia coli and Shigella flexneri.
nuclease restriction analysis of uidA and uidR	genes in Escherichia coli K-12: determination of tra
Evidence from three nuclear	genes (Syring et al., 2005) and cpDNA (Gernandt et a
OrthoDB is a database of orthologous	genes from eukaryotic species.
They found five	genes - even-skipped, hairy, odd-skipped, paired and
of expression on a number of clock-controlled	genes, for example the cell cycle regulator p21.
about some CGs in addition to the other fusion	genes, for example, ChimerDB and HYBRIDdb.
Functional motifs in	genes are exchanged to form new alleles, and frequen
s contrary to Heck's view, which is that while	genes still existed in an animal, it could still be
In this example, two	genes exchange exons (represented by colored boxes)
The virus encodes 5	genes, to express a replicase composed of two protei
These networks control which	genes are expressed in the cell in response to biolo
The myc family of	genes when expressed are known to be involved in the
Both	genes are expressed from the RD1 region of the bacte
The	genes are expressed in distinct tissues at different
In Cadia, these	genes are expressed throughout the flower.
Once inside the	genes are expressed from transcripts made by the hos
This locus consists of 8-10 protein-coding	genes, specifically expressed from the maternal alle
This mechanism facilitates new changes in how	genes are expressed, thereby leading to variations i
	Genes with expression patterns consistent with the d
D. audaxviator has	genes for extracting carbon from dissolved carbon di
The intergenic distances within the Ciona Hox	genes are extraordinarily long.
t will bind to both aptamers to activate these	genes and facilitate glycine degradation.
ns or single nucleotide polymorphisms in their	genes for factor H may be more susceptible to diseas
spring of both sexes will inherit both sets of	genes, with females expressing their genetic prefere
Microinjection of	genes into fertilized eggs is a common vector used i
Next, those	genes are filtered for desirable attributes that wou
y staining techniques to find nearly identical	genes between flies and humans.
ABCG5 and ABCG8	genes encode for two proteins sterolin-1 and -2, res
aR, positively regulating the transcription of	genes required for conjugation.

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「Genes」の共起表現一覧(2語右で並び替え)2ページ目