「C-terminal」の共起表現一覧(1語右で並び替え)
該当件数 : 174件
RLI has two | C-terminal ABC domains; upon binding ATP they form a ch |
a gene family whose products hydrolyze small | C-terminal adducts of ubiquitin to generate the ubiquit |
ning an RNP-2-like consensus sequence; and a | C-terminal alpha-helical domain. |
C-terminal amidation | |
Carboxypeptidase E cleaves | C-terminal amino acid residues and is involved in neuro |
It does that by cleaving off basic | C-terminal amino acids, producing the active form of th |
lar anti-parallel beta sheets, followed by a | C-terminal amphipathic helix. |
ts N-terminal a pyrin domain(PYD) and at its | C-terminal an FIIND motif and a CARD which distinguishe |
He refined a method of | C-terminal analysis that was used in early sequencing w |
ctrin homology located at 228-380 within the | C-terminal), and a putative coiled coil domain at amino |
y an intramolecular attack by the soon-to-be | C-terminal asparagine. |
led caspases that cleave their substrates at | C-terminal aspartic acid residues. |
des), a second step involving the removal of | C-terminal basic residues is required; this step is med |
l domain involved in receptor binding; and a | C-terminal beta-sandwich domain (IPR005638) that intera |
catalytic (beta/alpha)(8)-like domain and a | C-terminal beta-sandwich domain. |
tiation, n for N-terminal capping, and c for | C-terminal capping. |
The | C-terminal carboxylate group of a polypeptide can also |
and III through XV) based on their variable | C-terminal cargo-binding domains. |
The structure of the presenilin-1 | C-terminal catalytic fragment was determined using solu |
The | C-terminal catalytic domain has a typical restriction e |
The protein is also a receptor for the | C-terminal cell binding domain of thrombospondin, and i |
e divergent region between the WD domain and | C-terminal coiled coil region. |
requirement for its activation) through its | C-terminal coiled-coil domain (CCC), but remains in an |
nyl groups onto two cysteine residues at the | C-terminal consensus sequence CXC or XXCC. |
A | C-terminal conserved domain within this enzyme contains |
tion of two geranylgeranyl groups on the two | C-terminal cysteines. |
the exposed part of the binding groove, the | C-terminal cytoplasmic region interact with the other c |
lasmic region, a transmembrane region, and a | C-terminal cytoplasmic region (middle and C-terminal do |
a single transmembrane domain, and a short, | C-terminal cytoplasmic tail. |
Through its | C-terminal death domain, this protein can be recruited |
tical polypeptide chains linked by a pair of | C-terminal disulfide bonds. |
omain of about 90 kDa separated from a basic | C-terminal domain of about 25 kDa by a proline-rich reg |
minal "arm", containing two α-helices, and a | C-terminal domain with an unusual four-layered structur |
length, a protein kinase domain and a short | C-terminal domain containing 15 to 20 residues. |
gion of the cathepsin F precursor contains a | C-terminal domain similar to the pro-segment of catheps |
The BRCT domain (after the | C_terminal domain of a breast cancer susceptibility pro |
r165, Val6, Tyr164, Ser146, and Gly96 at the | C-terminal domain and Ser41, Thr50, Gly 62, Ala64, Ser6 |
th N-terminal domain of the α subunit; and a | C-terminal domain consisting of a β-roll and one short |
d alpha/beta barrel at the N terminus, and a | C-terminal domain essentially composed of beta-strand. |
The | C-terminal domain enters the phospholipid bilayer. |
C-terminal domain of restriction endonuclease BfiI (PDB | |
Specifically, the | c-terminal domain interacts with amphiphysin, endophili |
The domain of interest is the | C-terminal domain which consists of three subdomains su |
Other proteins often bind the | C-terminal domain of RNA polymerase in order to activat |
eukaryote Pneumocystis carinii, DHPS is the | C-terminal domain of a multifunctional folate synthesis |
his alters the 19th and 20th residues of the | C-terminal domain thereby altering the 2° structure of |
functions as a coactivator and binds to the | C-terminal domain of RNA polymerase II holoenzyme, acti |
tide substrates, MgATP or MgADP, bind to the | C-terminal domain of the enzyme. |
s: an alpha helical N-terminal domain, and a | C-terminal domain composed of beta sheets. |
n, a transmembrane region, and a cytoplasmic | C-terminal domain (Pereira 14). |
proteins is the catalytic domain, while the | C-terminal domain is a pseudocatalyitc domain. |
the anti-neural function protein SCP1 (small | C-terminal domain phosphatase 1). |
The | C-terminal domain, has five disulfide bridges. |
ates with RNA polymerase II, and through the | C-terminal domain, also interacts with histone deacetyl |
ains, a small N-terminal domain, and a large | C-terminal domain. |
inds to the initiation factor eIF-4G via its | C-terminal domain. |
domain at its N-terminus and a proline-rich | C-terminal domain. |
The | C-terminal domains of both MLSA2 and MLSB includes a th |
, encodes a proteins that lacks a homologous | C-terminal domains, but as in mammals it acts as a part |
It is bound at its | C-terminal end (a lysine) by a covalent bond to the pep |
the bottle", associating especially with the | C-terminal end of RI; the interaction is largely electr |
ane 4 times, with the N-terminal end and the | C-terminal end both located in the cytoplasm, and two e |
s usually very short (4-10 amino acids), the | C-terminal end varies in length from 21 to 63 and is ne |
for writing peptide sequences is to put the | C-terminal end on the right and write the sequence from |
nultimate lysine and proline residues on the | C-terminal end of the B-chain are reversed. |
The γ secretase, which produces the | C-terminal end of the Aβ peptide, cleaves within the tr |
also known as phosphophoryn), taken from the | C-terminal end, dentin sialoprotein from the N-terminal |
-terminal end and one globular domain at the | C-terminal end, separated by a large domain heavily mod |
region, and a short cytoplasmic tail at the | C-terminal end. |
erminal end and a proline-rich domain at the | C-terminal end. |
directional and have distinct N-terminal and | C-terminal ends, propagation parameters may differ in e |
ely conserved), and in some cases a distinct | C-terminal extension (F-domain). |
Several bacterial CO II have a | C-terminal extension that contains a covalently bound h |
Transporters with a | C-terminal extension are proposed to have an additional |
inus is cleaved in all of the proteins and a | C-terminal extension is cleaved in some members. |
he long NALP, NALP1 (MIM 606636), also has a | C-terminal extension containing a function to find doma |
peroxisomes the targeting sequence is on the | C-terminal extension mostly. |
saic proteins, whereas others contain N- and | C-terminal extensions that show no sequence similarity |
conserved transmembrane domain, and a short | C-terminal extracellular region. |
the DEAH-box family of helicases with N- and | C-terminal flanking regions of ~180 and ~380 amino acid |
to produce a larger N-terminal and a smaller | C-terminal fragment which together form part of the fun |
It is the 8-amino acid | C-terminal fragment of cholecystokinin, and also known |
e catalytic residue has been identified as a | C-terminal glutamate, but these do not form the charact |
was found to be ubiquitin (truncated by two | C-terminal glycine residues). |
ce similar to that of protein kinases, and a | C-terminal guanylate cyclase domain. |
esponding part of E. coli GlnRS, whereas the | C-terminal half exhibits a GluRS-specific structure. |
The | C-terminal half of BVR contains the catalytic domain, w |
been observed, there is no evidence that the | C-terminal half of the IgIII domain of this protein var |
ond, the nucleus makes the proteins with the | C-terminal half of the α-agglutinins. |
s, which have the genes of proteins with the | C-terminal half of α-agglutinins, are added to yeast ce |
ells genetically as fusion proteins with the | C-terminal half of α-agglutinin. |
rdinated to Cys 19 & 23 which are present in | C-terminal half of the alpha helix. |
which is characterized by two motifs in the | C-terminal half of the protein: a basic region involved |
eta-barrel, while the NAD(P)-binding domain ( | C-terminal) has the topology of a classical pyridine di |
Heavy metal pumps can have several N- and | C-terminal heavy metal-binding domains that have been f |
en transmembrane helices, although the three | C-terminal helices are conserved. |
two helices are antiparallel and the longer | C-terminal helix is roughly perpendicular to the axes e |
helix (alpha-1), a flexible loop and a long | C-terminal helix (alpha-2). |
f the animal proteins may have an additional | C-terminal helix. |
rminal cytosolic oxidoreductase domain and a | C-terminal heme-containing transmembrane domain. |
C-terminus, and all isoforms have identical | C-terminal heptapeptides. |
The cyclic, | C-terminal hexapeptide sequence((-CYS*-TRY-LYS-TRP-PHE- |
It has an unusually long | C-terminal intracellular tail of approximately 60 amino |
The | C-terminal J domain is responsible for the interaction |
different subcellular locations such as the | C-terminal KDEL motif which marks proteins for endoplas |
main, a NACHT-associated domain (NAD), and a | C-terminal leucine-rich repeat (LRR) region. |
main, a NACHT-associated domain (NAD), and a | C-terminal leucine-rich repeat (LRR) region. |
calization signal; a central NACHT domain; a | C-terminal leucine-rich repeat (LRR) domain. |
chains of the N-terminal methionines and the | C-terminal leucines of both subunits are immobilized in |
ontains an N-terminal DNA binding domain and | C-terminal ligand binding domain and is localized to th |
oRII monomer has two domains, N-terminal and | C-terminal, linked through a hinge loop. |
Like NLRCs, NLRPs contain | C-terminal LRRs, which appear to act as regulatory doma |
ames in common use include farnesyl cysteine | C-terminal methyltransferase, farnesyl-protein carboxym |
The | C-terminal motif is required for association with LSm p |
act both physically and functionally and the | C-terminal motif of Prp24 is important for this interac |
Mutation of the two prolines within the | C-terminal motif results in reduced proliferation and I |
ogranins and secretogranins together share a | C-terminal motif, whereas chromogranins A and B share a |
n N-terminal cytochrome b5-like domain and a | C-terminal multiple membrane-spanning desaturase portio |
drugs are known to bind to the S6 domain or | C-terminal of the hERG-channel. |
The positively charged surface ( | C-terminal) of SloTx has a specific short-range interac |
helix bundle, formed by the seven amino-acid | C-terminal of CFP-10, is essential for binding and atta |
(6xHis tag) residues which are added at the | C-terminal or N-terminal of the protein of interest. |
ntains a SH3 domain, a SH2 domain and in the | C-terminal part the tyrosine kinase domain. |
The | C-terminal peptide is constitutively expressed in sweat |
on is exclusively attributed to the secreted | C-terminal peptide, while the N-terminal product may pl |
h the outer membrane is contained within the | C-terminal portion of the translated protein itself, wh |
The N-terminal and the | C-terminal portions of this enzyme contain lysine-ketog |
The | C-terminal proline-rich motif in CD28 is important for |
family members in that it lacks a conserved | C-terminal protein domain. |
combination of 2 N-terminal LIM motifs and a | C-terminal protein kinase domain. |
n gene resulting in the juxtaposition of the | C-terminal region of the RET protein with an N-terminal |
This domain consists of the | C-terminal region of the DnaJ protein. |
The | C-terminal region forms a hairpin-like domain that pene |
rotein interactions, separates this from the | C-terminal region, which exhibits the greatest sequence |
degron sequence can occur at either the N or | C-terminal region, these are called N-Degrons or C-degr |
anchored to the membrane through a flexible | C-terminal region, they can be thought of as a 'balloon |
and a less conserved hydrophobic/amphiphilic | C-terminal region. |
eta, which possesses GAP activity within its | C-terminal region. |
elicase core region and occupies 75 % of the | C-terminal region. |
epending on the degree of proteolysis of the | C-terminal region. |
Both the N-terminal and | C-terminal regions of this protein protrude toward the |
cleotide-binding domain (NBD or NACHT) and a | C-terminal regulatory domain, found only in mammals, th |
rin and CCK is associated with the last five | C-terminal residues. |
protein with the N-terminal SH2 domain, the | C-terminal RhoGAP domain and the central C1 domain simi |
enzyme are S-adenosyl methionine and protein | C-terminal S-farnesyl-L-cysteine, whereas its two produ |
the prosaposin protein depicting the N- and | C-terminal SapA domains and the four SapB1 and four Sap |
t 250 amino acids generally located in their | C-terminal section (currently the only exceptions are s |
Two of these cysteines are clustered in the | C-terminal section of the subunit. |
Only one short region, located in the | C-terminal section, is conserved in all these proteins. |
a single cysteine residue, located in their | C-terminal section, which has been shown to be essentia |
Some examples of this enzyme contain a | C-terminal sequence extension that contains a PLAT doma |
ipt variants encoding proteins with distinct | C-terminal sequences have been described, but the full- |
The | C-terminal SH3 domain binds to peptides conforming to a |
PREP cleaves peptide bonds at the | C-terminal side of proline residues. |
ps up proteins) that cleaves proteins on the | C-terminal side of lysine amino acids. |
The | C-terminal subdomain consists of particles, including s |
-terminal subdomain (Cys 167 to Cys 179) and | C-terminal subdomain (42 amino-acids residues). |
ration and release of unfolded proteins by a | C-terminal substrate binding domain. |
The | c-terminal tail domain contains a nuclear localization |
ther tyrosine residues mainly located in the | C-terminal tail region of the molecule. |
stabilized by three disulfide bridges and a | C-terminal tail with residues 35-39. |
as the carboxyl-terminus, carboxy-terminus, | C-terminal tail, C-terminal end, or COOH-terminus) of a |
llular loop, along with intracellular N- and | C-terminal tails. |
In bone physiology, the | C-terminal telopeptide (or more formally, carboxy-termi |
e peptides at about half the rate though the | C-terminal that compete with natriuretic peptides for h |
ive chemical ligation a peptide containing a | C-terminal thioester reacts with another peptide contai |
The | C-terminal translocator domain corresponds to an outer |
It has a | C-terminal transmembrane alpha-helix. |
mbers of this family differ in the number of | C-terminal TS motifs, and some have unique C-terminal d |
The enzyme encoded by this gene contains two | C-terminal TS motifs and functions as aggrecanase to cl |
ene contains two disintegrin loops and three | C-terminal TS motifs and has anti-angiogenic activity. |
of Kir4.2 has demonstrated that removal of a | c-terminal tyrosine increased the K+ current more than |
erminal, therefore removing the tag from the | C-terminal will require the use of other techniques. |
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