「genome」の共起表現(1語右で並び替え)

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共起表現

「genome」の共起表現一覧(1語右で並び替え)

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c sequencing of a 718kb segment of the E. coli	genome, a second copy of LDR-D was found during the c
e (December 2007) entitled "Aging of the Other	Genome: A Decisive but Ambitious Solution"
initial investigation of the Coccolithoviruses	genome, a sequence of genes responsible for productio
Using a reference	genome a researcher can usually determine, with some
same number of genes as human beings but in a	genome about one-tenth the size.
takes place in the same fictional universe as	Genome, about one hundred years prior to the novel's
ow was written as a prequel (albeit later than	Genome), according to the author, it should be read a
Multiple	genome alignment (can cope with rearrangements)
ge scale projects such as sequencing the human	genome, all this work is done by robots.
In the human	genome all three snoRNAs (ACA2a, ACA2b and ACA34) are
The advent of annotated cloned regions of the	genome alongside the genome sequence, in particular a
Comparison of the mitochondrial	genome also provide further support to its taxonomic
This currently makes up much of the human	genome, although the percentage of the genome that fa
nt and later amplified as thymine during whole	genome amplification.
ganism or the number of genes contained in its	genome, an observation that was deemed wholly counter
le to stimulate the broad commercialization of	genome analysis technologies.
tical protein is in gene identification during	genome analysis.
ysis, the available analyzers such as Illumina	Genome Analyzer 2 and Roche 454 analyzer made this ap
he small size of the short reads (for Illumina	Genome Analyzer this can be around 36 bases) de novo
ached to a solid surface, used in the Illumina	Genome Analyzer.
computational screen of the rice Oryza sativa	genome and is predicted to acts as a methylation guid
ed that RUF3 was present within the plasmodium	genome and the expression of this ncRNA was verified
lationships between genetic variation of human	genome and free radical production and oxidative stre
ch each cell is able to duplicate, copying its	genome and splitting into two daughter cells.
-one identified members in the sequenced human	genome, and twenty in the mouse (nineteen of which ar
ming DNA to be highly similar to the recipient	genome, and so horizontal gene transfer is usually li
ny non-coding RNAs within the L. monocytogenes	genome and the location of these non-coding RNAs with
nent incorporation of the insert into the host	genome, and thus leave distinct genetic markers in th
pMap Project, recombination rates in the human	genome and the 1000 Genomes Project.
alt tolerance tests, mapping of the Pongamia's	Genome and a number of other associated projects.
ed that RUF6 was present within the plasmodium	genome and the expression of this ncRNA was verified
arching, visualizing, comparing, and analyzing	genome and pathway information.
lab has lead in the sequencing of the sorghum	genome and the cotton genome.
to radiation by having multiple copies of its	genome and rapid DNA repair mechanisms.
It has a tripartate	genome and is largely spread by the insect vector of
About 8% of the human	genome and approximately 10% of the mouse genome are
h is represented by broken genes in the fish's	genome), and this lack of eyes spreads to the rest of
ecular Engineering noted for work on the human	genome and development of the UCSC Genome Browser as
large database of images illustrating the full	genome, and several movies detailing embryogenesis.
Alu elements interspersed throughout the human	genome, and it is estimated that about 10.7% of the h
1 applied Rosetta v4.2x software on the human	genome and 89 others, starting in November 2004.
computational methods to understand the human	genome and how it relates to the human proteome.
Databases within BioCyc describe	genome and pathway information for individual organis
ted copies of P1 sRNA in the P.aeruginosa PA01	genome and both copies appear to be located upstream
the point where humans have cracked the human	genome, and have managed to create a whole new race o
A sequence that has a single occurrence in the	genome and whose location and base sequence are known
expressed from the RD1 region of the bacterial	genome and play a key role in the virulence of the in
articular restriction enzyme site throughout a	genome and the process of isolating RAD tags is an im
uences accurately covering at least 98% of the	genome, and at a recurring cost of no more than $10,0
mputational screening of the rice Oryza sativa	genome and is proposed to acts as a methylation guide
ple copies of class I RNA in the D. discoideum	genome and the RNA is highly expressed i.e. 14 unique
nth pattern that wormed into techno's communal	genome and has since been mutated and reused in liter
l proteins are encoded at the 3' region of the	genome and are expressed from a set of subgenomic mRN
tanding still, is due to the frog DNA in their	genome, and it is shown that other dinosaurs, such as
package of tools, which are important parts of	genome annotation pipelines.
The Vertebrate and	Genome Annotation (Vega) project provides manual cura
ding the Ensembl project has made high-quality	genome annotation available freely over the web, prev
•	Genome annotation integrating a wide variety of trans
mprehensively in his 2007 book "The Origins of	Genome Architecture".
The Origins of	Genome Architecture.
tragenomic conflict arises when genes inside a	genome are not transmitted by the same rules, or when
These traits imbedded in the	genome are quite protected against mutations.
In Metal Gear Solid, the	Genome Army were given gene therapy enhancements.
These cancers have a relatively stable	genome as they are transmitted.
is insufficiently processive to copy an entire	genome, as it falls off after incorporating only 25-5
, with each cell type having 1-2% of the human	genome as open chromatin .
GenomeABC : A server for Benchmarking of	Genome Assemblers.
In bioinformatics, hybrid	genome assembly refers to a genome assembly merging d
Parallel	Genome Assembly (PGA) is a hypothesis in the field of
r displayed linkage maps and the physical map (	genome assembly), highlighting markers that are commo
2x coverage is not sufficient to create a full	genome assembly, but will provide comparative data ac
ene Ontology annotation, InterPro abstract and	genome assignments
ning the sequences of those DNA regions in the	genome associated with regulatory activity.
el, covering 2.4 megabases (0.08% of the human	genome) at locus Xp21.
Because this inexpensive approach surveys the	genome at relatively coarse resolution-and only at si
lication origin) is a particular sequence in a	genome at which replication is initiated.
. margaretae has the smallest known angiosperm	genome at 63.4 Mbp.
c Research, and in the sequencing of the human	genome at Celera Genomics, which he joined when it wa
ional RNA that was identified by a comparative	genome based screen for RNAs in cyanobacteria.
ife cycle, within the infected cell, the viral	genome becomes associated with viral proteins and ass
In cancer, the	genome becomes very unstable, resulting in specific r
tation of the genes and other elements of this	genome began in September 2007.
The institute appointed	genome biologist Eric Lander and stem cell biologist
1975) is a Canadian evolutionary biologist and	genome biologist and a tenured Associate Professor in
	Genome Biology
Editor of	Genome Biology 2001-2004
1999, he was appointed as full-time Professor	Genome Biology and Functional Genomics at the Univers
He is also the author of a monthly column in	Genome Biology modelled after an amusing column in Cu
use six flagship journals: Journal of Biology,	Genome Biology, Genome Medicine, Arthritis Research a
	Genome Biology.
In the human	genome both U88 and U87 scaRNAs share the same host g
Integrated	Genome Browser was originally developed at Affymetrix
	genome browser
Integrated	Genome Browser (IGB) (pronounced Ig-Bee) is an open s
s the genetic sequences obtained from the UCSC	Genome Browser into a pattern-matching game, allowing
	Genome Browser - browse the genes of C. elegans (and
It includes a	genome browser, and browsers for metabolic and regula
mation of CGs is not only limited to the human	genome but some CGs have also been identified in othe
phorin E) has been identified within the human	genome but cannot easily be detected on routine gel s
0 CGs have been identified in the entire human	genome by different research groups across the world
tly mapped within the P. falciparum strain 3DF	genome by primer extension.
The first effort to sequence the human	genome came in under budget and ahead of schedule, an
It is the home to the Wellcome Trust	Genome Campus, which includes the Wellcome Trust Sang
verse Vaccinology is that an entire pathogenic	genome can be screened using bioinformatics approache
o develop a coherent theory of how an insect's	genome can selectively activate hormones which determ
ent STRs along with their loci in a particular	genome can be used for genotyping.
The C. reinhardtii chloroplast	genome can be transformed using microprojectile parti
ve any polymerase in the virus particle as the	genome can be read directly as mRNA when it first ent
e BioSapiens Network, FWO Research Foundation,	Genome Canada and Genome British Columbia.
He serves on the board of	Genome Canada and chairs the Advisory Board of Nation
an Institution during the Mapping of the Human	Genome Celebration in 2000.
Jin is a professor at the National Human	Genome Center in Shanghai as well as at the Institute
ics unit of Howard University's National Human	Genome Center.
udy Network at the university's National Human	Genome Center.
millions of nucleotides are sequenced daily at	genome centers and smaller laboratories worldwide.
ty Health Centre where he created the Montreal	Genome Centre.
It is listed as one of the top 20	genome centres by DNA sequencing capacity.
aintenance requirements, and relatively simple	genome compared to many vertebrates.
The	Genome Comparison Project performs a complete pairwis
ence similarity comparison program used in the	Genome Comparison Project is called SSEARCH.
The "A"	genome component of the amphidiploid Rapeseed species
The	genome composition of the octoploid strawberry specie
cies is still unknown, but it appears that the	genome compositions of both Fragaria chiloensis and F
Taken together, the observation of	genome conservation, the detection of transcript expr
Parvoviridae have a	genome consisting of single-stranded DNA and an icosa
virus with seven structural proteins and a RNA	genome consisting of 10 double-stranded (ds) RNA segm
The Bymovirus	genome consists of two particles instead of one (275
Haloferax volcanii's	genome consists of a large (4 Mb), multicopy chromoso
The human	genome contains three homologous genes that are known
The human	genome contains a putative transcribed pseudogene.
The	genome contains an unusual transposon and possesses m
The human	genome contains five CD1 family genes organized in a
The human	genome contains a relatively high proportion of neste
Tour 1999 Foreteller's Mutation Final: The	Genome Control (March 15, 2000)
e usually low to medium resolution in terms of	genome coverage.
Unlike	Genome, Dances on the Snow hardly deals with the issu
that period he served as Data Manager for the	Genome Data Bank (GDB) Human Genome Database and late
	Genome data is expected to help with some of the most
The	genome data will be publically available without rest
identified in most mammals for which complete	genome data are available.
ntified in numerous mammals for which complete	genome data are available.
fication of peptides based on mass spectra and	genome data.
The Bovine	Genome Database is an integrated database for the bov
According to the rice	genome database, OsCyc1 corresponds to OsCPS4 (AL6629
four million years, various parts of the human	genome diverged gradually from those of chimpanzees.
Subsequent	genome doublings occurred in maize, and twice in whea
Major	genome duplication events are not uncommon.
ng to Hokamp et al. (2003), the version of the	genome duplication hypothesis from which 2R hypothesi
n ancestor of Poaceae, the grass family, had a	genome duplication 50-70 mya.
s of unexpected but recently confirmed ancient	genome duplications include baker's yeast (Saccharomy
Ancient	genome duplications are widespread throughout eukaryo
tebrate lineage underwent one or more complete	genome duplications, and thus modern vertebrate genom
Plants are the most prolific	genome duplicators.
xpression regulates the activity of the Herpes	genome during latent infection.
He has published several books on the human	genome during the genetic mapping phase of the human
conserved UCUG elements and enables efficient	genome encapsidation.
The S. aureus	genome encodes two sets of sortase and secretion gene
To date, the use of rAAV mediated	genome engineering has been published in over 160 pee
er to form a precursor prohead, into which the	genome enters.
iking flower from Japan is holding the longest	genome ever discovered in its white petals.
rgdorferi (B31 strain) was the third microbial	genome ever sequenced, following the sequencing of bo
on, horizontal gene transfer, viral evolution,	genome evolution, and comparative gene expression.
res, computational screening, systems biology,	genome evolution, mining large software repositories,
nd determining how they contribute to gene and	genome evolution.
The heterozygosity of the Candida	genome exceeds that found in other genomes and is wid
protein kinases thought to exist in the human	genome exceeds six hundred, making a nanomolar inhibi
iruses, detailed analysis of the complete CrPV	genome exposed critical differences.
a champion versus champion match for the Inoki	Genome Federation on June 29, 2007, and defeated him
Sanger Institute (Holden et al.) sequenced the	genome for the EhV-86 strain finding it to have 472 p
rmore, Arabidopsis thaliana, which has a small	genome for a plant, experienced at least two rounds o
rithmic problem to efficiently search a target	genome for matches, complete or partial, and exact or
ned synthesis of the 9.6 kbp Hepatitis C virus	genome from chemically synthesized 60 to 80-mers.
In E. coli, which replicates its entire	genome from a single replication fork, the polymerase
the genetic contribution of the mitochondrial	genome from that of the nuclear genome.
then a hybrid cell which combines the nuclear	genome from one source with the mitochondrial genome
d by different structural modifications in the	genome, fusion genes have gained attention because of
In the human mitochondrial	genome, genes 1 through 6, as well as 4L, have been i
wide range of research topics including whole	genome genetic mapping and physical mapping; polyploi
ws that have been genetically altered or whose	genome has been studied in order to improve breeding.
The Maryland team found that the	genome has 1,908 kilobases, coding for some 2,065 pro
f human evolution, as much as 40% of the human	genome has moved around via methods such as transposi
However, complete sequencing of the EHV-2	genome has demonstrated that it is a member of the su
The	genome has been sequenced.
The	genome has a guanine + cytosine content of 42-60%.
ication of genetic engineering on a host plant	genome has been developed to allow the host plant to
Its	genome has been sequences by the Joint Genome Institu
The	genome has been sequenced and assembled by the United
While the Neurospora	genome has very little repeated DNA, half of the meth
Its	genome has been sequenced and contains approximately
The human	genome has a cluster of several amylase genes that ar
The Thermoproteus tenax	genome has been completely sequenced (click here for
By understanding which regions of the	genome have undergone copy number polymorphisms in di
ch projects have analyzed aspects of the human	genome, HIV, dengue, muscular dystrophy, cancer, infl
enes, the sequencing and analysis of the human	genome, human genome diversity and evolution, and the
NAs and those present in the L. monocyotogenes	genome identified 50 novel non-coding RNAs in L. mono
tists at BCCA that mapped the SARS coronavirus	genome in 2003.
He is remembered for coining the term '	genome' in 1920, by making a portmanteau of the words

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共起表現

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「genome」の共起表現一覧(1語右で並び替え)