「proteins」の共起表現(1語右で並び替え)

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「proteins」の共起表現一覧(1語右で並び替え)

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In lipid-anchored	proteins, a covalently attached fatty acid such as pal
For membrane	proteins, a precisely-calibrated concentration of a de
, a well known steroid guru, and founded Next	Proteins, a company which produced dietary supplements
To enable correct translation of the	proteins, a second round of transcription has to occur
des the mammalian and Drosophila melanogaster	proteins, a TIR domain is also found in a number of pl
The permeases are membrane transport	proteins, a class of multipass transmembrane proteins
light at 260 and 280 nanometres, and aromatic	proteins absorb UV light at 280 nm; a pure sample of D
A host of	proteins accompany it including UPF1, UPF2, UPF3A, Dcp
These	proteins account for up to half of the immune system i
his feedback loop does not work and misfolded	proteins accumulate inside the ER, the cell commits su
Most Atg	proteins accumulate at the PAS and generate either Cvt
If there is too little ER, misfolded	proteins accumulate, triggering a signaling pathway be
alternate lower-resolution representations of	proteins, accurate energy functions, and efficient sam
It occurs in many	proteins across many species and provides considerable
Bcl-2	proteins act as anti- or pro-apoptotic regulators that
SALL	proteins act as transcription factors, which means the
These	proteins act to accelerate hydrolysis of GTP to GDP an
The vertebrate Cdx	proteins act upstream of Hox genes.
Two classes of intracellular	proteins act as inhibitors of G protein activation: GT
where he cloned cDNAs coding for cytoskeleton	proteins, actin and alpha keratins.
The G1 CDK	proteins activate the transcription factors for a vari
Examples of	proteins activated by PtdIns(3,4,5)P3 are AKT, PDPK1,
exchange	proteins activated by cAMP (EPAC) such as RAPGEF3, or
s act by sequestering translational repressor	proteins, activating expression of downstream genes th
states is regulated by the opposite action of	proteins activating the GTPase activity and that of pr
Other ADAM	proteins, ADAM17 (also called TACE, tumor necrosis fac
se 2A has been shown to preferentially cleave	proteins after leucine, methionine, and phenylalanine
Most plants have inhibitor	proteins against some PGs.
In organisms on Earth,	proteins aid in seclusion because of their individuali
Several	proteins aid in the loading process.
t models biological objects such as genes and	proteins, allowing simple scripts to be written to ret
The structure of this	proteins allows it to bind to high mannose structures
A cell cortex is made primarily of spectrin	proteins along with lesser amounts of actin microfilam
TD is compatible with fragmenting peptide and	proteins along the backbone at the Cα-C bond.
Other thickening agents act on the	proteins already present in a food.
Inhibitor of DNA-binding/differentiation	proteins, also known as Id proteins comprise a family
Frizzled	proteins also play key roles in governing cell polarit
This family of	proteins also includes amicyanin from bacteria such as
Blood	proteins, also called serum proteins, are proteins fou
Id	proteins also contain the HLH-dimerization domain but
GAP	proteins alternate between an active (GTP-bound) and i
ndins are one of the most commonly C-modified	proteins, although this form of glycosylation appears
t commonly labelled molecules are antibodies,	proteins, amino acids and peptides which are then used
that "He discovered and identified a group of	proteins among them colony-stimulating factors and som
hydrolyzes the inositol phosphate linkage in	proteins anchored by phosphatidylinositol glycans, the
r biology research uses an enormous number of	proteins and enzymes many of which are from expression
to the major histocompatibility complex (MHC)	proteins and form heterodimers with beta-2-microglobul
see MIM 602738) that mediate the transport of	proteins and other cargo between the nuclear and cytop
ity to prevent the precipitation of denatured	proteins and to increase cellular tolerance to stress.
ences of those interactions between and among	proteins, and other molecules within a cell.
genes which are responsible for DNA synthesis	proteins and S phase CDK proteins.
also is a leading researcher on dentin matrix	proteins and is working on cloning phosphophoryn genes
of efficient chemical processes to synthesize	proteins and to convert crude biomass into useful fuel
It is suggested that MACPF	proteins and CDCs form pores in the same way (figure 1
atures characteristic of extracellular matrix	proteins and transmembrane proteins suggests that this
Myosins are actin-dependent motor	proteins and are categorized into conventional myosins
For biopolymers such as	proteins and nucleic acids, the difference in absorban
ognized by the GGA family of clathrin adaptor	proteins and accumulate in forming clathrin-coated ves
milar expression patterns of autophagocytotic	proteins and responded equally well to addition of mac
genetic code, resulting in poor metabolism of	proteins and nitrogen as well as high levels of ammoni
ore requires the accumulation of a set of Atg	proteins and of class III phosphoinositide 3-kinase co
tabase about conformational dynamics of heavy	proteins and protein assemblies.
d to immobilize enzymes, antibodies and other	proteins and peptides through covalent attachment to t
evasion, including the tegument, antioxidant	proteins, and defenses against host membrane attack co
family of Na+/K+ and H+/K+ ATPases beta chain	proteins, and to the subfamily of Na+/K+ -ATPases.
lex non-enveloped virus with seven structural	proteins and a RNA genome consisting of 10 double-stra
e nuclear localization signals (NLS) of NF-κB	proteins and keeping them sequestered in an inactive s
and organic compounds (mostly carbohydrates,	proteins, and lipids).
cts bacteria from irreversible aggregation of	proteins and aids in their refolding.
They prevent	proteins and microorganisms from attaching which preve
ical features that are associated with genes,	proteins and their networks.
on technique that allows resolution of single	proteins and other ampholytes from a complex mixture a
The N-terminus is cleaved in all of the	proteins and a C-terminal extension is cleaved in some
ation of mass spectrometry to the analysis of	proteins and other large molecules.
ps of each leaflet and are rich in lipids and	proteins and often red in colour.
e lipid bilayer and as a result of binding of	proteins and other biomolecules.
It stabilizes	proteins and other cellular structures and protects th
1 is inhibited by association with heat shock	proteins and is therefore not active.
l data of large biological molecules, such as	proteins and nucleic acids.
fers include bicarbonate and ammonia, whereas	proteins and phosphate act as intracellular buffers.
on work in molecular dynamics simulations of	proteins and other biomolecules.
based proteomics for the characterization of	proteins and their modifications.
is studies of the laser Raman spectroscopy of	proteins and nucleic acids opened a new field of resea
duced in PSI-1 to determine a large number of	proteins and continue development in streamlining the
ng the understanding of the function of these	proteins, and accelerate the development of new pharma
The responses to gluten	proteins and polypeptide regions differs according to
dues restoring the positive charge to histone	proteins and hence the tie between histone and DNA.
se hydrogen bonds have structural role in the	proteins and called secondary hydrogen bonds .
The company also produces antifreeze	proteins; and conducts research and development progra
It prevents amino acid incorporation into	proteins and interferes with cellular use of adenosine
e also been shown to bind to other PDZ domain	proteins and could possibly be involved in intracellul
Low-frequency collective motion in	proteins and DNA refers to the application of statisti
aggregation is the aggregation of mis-folded	proteins, and is thought to be responsible for many de
Well known metalloendopeptidases include ADAM	proteins and matrix metalloproteinases.
r was characterized by an interest in sulfur,	proteins, and especially, peptides.
igh in vegetables, with a large proportion of	proteins and oils coming from plant sources, decreases
omologs 1 and 2 encode homeodomain-containing	proteins and have been implicated in the control of pa
are mediated through IgE against other wheat	proteins and other forms of gliadin.
1.7% in typical	proteins) and is sensitive to oxidation.
Incompletely processed	proteins and fats can build up, leading to a dangerous
r RNAs that carry genetic material for making	proteins, and non-coding RNAs that function in varied
In particular, reovirus has eight structural	proteins and ten segments of dsRNA.
on is an active process involving contractile	proteins and is calcium-dependent (Uspenskaya, 1982).
formation with proline-rich regions of other	proteins, and its SH2 domain binds tyrosine phosphoryl
ation, this protein recruits multiple adaptor	proteins and downstream signaling molecules into multi
cific genetic programs to protect their vital	proteins and organelles from heat shock or hypoxia, an
mperature sufficiently that some fatty acids,	proteins and esters precipitate out so that they are c
al interactions with other substances such as	proteins and enzymes.
he concentration of a substance, particularly	proteins and DNA.
develops technology to study the behavior of	proteins and to disburse that knowledge to the scienti
m these analyses, atomic models of the capsid	proteins and a plausible model for capsid assembly hav
r (CMO) of monoclonal antibodies, recombinant	proteins and vaccines.
AF react with the nucleophilic groups in DNA,	proteins and endogenous thiols like glutathione.
ased activation motifs (ITAM) of the receptor	proteins, and subsequent recruitment and activation of
Sumbala is rich in	proteins and a variety of dietary minerals, which are
collection of the transglutaminase substrate	proteins and interaction partners is accessible in the
called 5C) is one of the major outer membrane	proteins and has been shown to play an important role
bands containing organelles, membrane lipids,	proteins, and nucleic acids.
expression of anti-apoptotic Bcl-2 and Mcl-1	proteins and increases protein levels of pro-apoptotic
might mediate the interaction with the target	proteins and therefore receptor recognition.
ium ion channels, which are integral membrane	proteins and are essential to the correct functioning
results in the activation of DNA replication	proteins and the initiation of the G1/S transition.
he sequencing, synthesis, and solubilizing of	proteins and peptides.
	proteins and peptides), which have been developed to a
e involved in interaction with other cellular	proteins and thereby providing a mechanism for cross-t
tents to her name relating to viral vaccines,	proteins, and vectors including the IRES of EMCV.
e, putrescine oxidase, corticosteroid-binding	proteins, and antibacterial glycoproteins.
separate refractometers that measure sugars,	proteins, and salts in solution.
s that occur between the viral non-structural	proteins and viral RNA and the role of cellular protei
elopment and GMP manufacturing of recombinant	proteins and antibody drug conjugates (e.g.
return to Uppsala he resumed his interest in	proteins, and the application of physical methods to b
and tryptophan, which the body needs to make	proteins and niacin, but beans contain both and theref
wandering cells and organic compounds such as	proteins and a high concentration of potassium ions wh
science and technology of oils, fats, oilseed	proteins, and related materials.
	Proteins, and presumably smaller molecules, can move w
for determining in vitro biological value of	proteins and its application for non-linear optimizati
Medicine for his work with Dr. Elkan Bout on	proteins and polypeptides and was also recognized for
a central domain resembling other RNA-binding	proteins and containing an RNP-2-like consensus sequen
See also: Low-frequency collective motion in	proteins and DNA
e third class of biopolymers, other two being	proteins and nucleic acids.
structural and functional annotation for all	proteins and genomes.
nformation about DNA and its interaction with	proteins and molecular motors, such as Helicase and RN
Many naturally occurring	proteins and enzymes are multimeric.
of interactions established by extracellular	proteins and polysaccharides.
al motif is required for association with LSm	proteins and contributes to substrate (U6) binding and
etion; expedited catabolism of carbohydrates,	proteins, and triglycerides (to meet the increased met
It has been proposed that the LSm	proteins and Prp24 interact both physically and functi
-SB, Larry pursued research on red blood cell	proteins and on conducting (electroactive) polymers su
f calories obtained daily from carbohydrates,	proteins, and fats, respectively.
es that manipulate the structure of substrate	proteins and thereby unfold them or disassemble protei
The unfolded structure allows gene regulatory	proteins and RNA polymerase complexes to bind to the D
ure and dynamics of chromatin (the complex of	proteins and DNA that constitutes chromosomes) and its
structure of low atomic number materials like	proteins and surfactants much more easily with lower f
the structure of a membrane-bound complex of	proteins and co-factors that is essential to photosynt
xin family combines invertebrate gap junction	proteins and their vertebrate homologs.
gene products are therefore called the "Mut"	proteins, and are the major active components of the m
ects protein synthesis, up-regulating certain	proteins and down-regulating others.
ee image) to measure "goodness of fit" inside	proteins and in interactions with surrounding molecule
and on imperatives for the uptake of cationic	proteins and peptides by mammalian cells.
tor that enables them to take up mannosylated	proteins, and utilize fragments of them for antigen pr
ation, crystallization, and study of enzymes,	proteins, and viruses.
by antibodies to any known initiator-binding	proteins, and does not bind SP1.
cture and function of biomolecules, including	proteins and lipids, which play a role in biological p
to the target molecule, external for membrane	proteins, and internal for cytoplasmic proteins.
PCMB reacts with thiol groups in	proteins and is therefore an inhibitor of enzymes that
ration chromatography is the fractionation of	proteins and other water-soluble polymers, while gel p
of the Brassica family, and for malonation of	proteins and other phytochemicals.
aphy system for absolute size measurements of	proteins and macromolecules as they elute from the chr
gene plays an essential role in breaking down	proteins and fats in the diet.
olysis of ATP as well as binding of substrate	proteins and cochaperonins, such as GroES.
ifying possible functions of newly discovered	proteins and analysis of known proteins for previously
applied to biological macromolecules such as	proteins and RNA, but can also be used for polysacchar
n aqueous buffer for ESI mass spectrometry of	proteins and other molecules.
e nucleus where it forms complexes with other	proteins and acts as a transcription factor.
ASICs are trimeric	proteins and can be made up of different combinations
ture and function of human histocompatibility	proteins and their role in disease.
These hydrogen bonds have special role in the	proteins and called tertiary hydrogen bonds .
They are derived from natural ankyrin	proteins and consist of at least three, usually four o
comparative immunoproteomics to identify	proteins and pathways modulated by a specific infectio
It is composed mainly of heavy fats,	proteins and inactive yeast.
Development of small molecules targeting	proteins and RNA has been performed to investigate how
arch is focused on four main areas: misfolded	proteins and disease, intracellular membrane traffic,
e plasma membrane in cells where the spectrin	proteins and actin microfilaments form a mesh-like str
exokinases, bacterial glucokinases, and other	proteins, and the common structure is termed an actin
and beta appendage domains bind to accessory	proteins and to clathrin.
r the N-terminus of a fraction of zinc finger	proteins and in proteins that contain the Kelch motif
ptojanin such that it can interact with other	proteins and is involved in the initiation of shallow
eather, as a catalyst support, to precipitate	proteins and amino acids, and as a pigment stabilizer.
by defects in the ability of the body to use	proteins and fats for energy.
Click on genes,	proteins and metabolites below to visit Gene Wiki page
nd substrate; or a complex formed between two	proteins and a single substrate.
The protein physically resembles channel	proteins and is abundant in erythrocytes and renal tub
rge-scale commercial production of biologics (	proteins) and vaccines.
focal microscopy for studying the location of	proteins and dynamic processes (exocytosis, endocytosi
ncludes RNase H, RuvC Holliday resolvase, RAG	proteins, and retroviral integrases.
bout the biological function and evolution of	proteins and protein domains.
Most	proteins and peptides
• the central biochemical importance of	proteins and the dominating role of genes, and in part

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「proteins」の共起表現一覧(1語右で並び替え)