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1 at the active form of BCRP is a homodimer or homomultimer.
2 , two ISA1/ISA2 heteromultimers and one ISA1 homomultimer.
3 higher affinity for ShK-Dap(22) than K(v)1.1 homomultimers.
4 urrent, but not currents from KCNQ1 or KCNQ2 homomultimers.
5 ractions required for assembly of productive homomultimers.
6 tion at Leu236 retained the capacity to form homomultimers.
7 stics distinct from those of TRP or TRP-like homomultimers.
8  and enhanced activity compared with that of homomultimers.
9 9% for homodimers and 17.0% for higher-order homomultimers.
10                                         ISA1 homomultimer activity existed in mutants lacking ISA2.
11                  Compared with alpha subunit homomultimers (alpha channels), channels composed of alp
12            The data imply that both the ISA1 homomultimer and ISA1/ISA2 heteromultimer function in th
13 ter coexpression in HEK293T cells, they form homomultimers and heteromultimers, as shown by coimmunop
14  transformation, whereas its ability to form homomultimers and interact with the host cell H2A histon
15 ximal open probabilities (Po) of Kv7.2-Kv7.4 homomultimers and of Kv7.2/7.3 heteromultimers were foun
16  to bind to Crm1 and to RNA but also to form homomultimers and shuttle between nucleus and cytoplasm.
17              We show that HfaA and HfaD form homomultimers and that they require HfaB for stability a
18  of plastid-localized ZmPTOX1, existing as a homomultimer, and established its interaction with ferre
19                      While TRPL and TRPgamma homomultimers are constitutively active, we demonstrate
20 imers are lysosomal proteins, whereas TRPML3 homomultimers are in the endoplasmic reticulum.
21                            TRPML1 and TRPML2 homomultimers are lysosomal proteins, whereas TRPML3 hom
22  showed that CsmA forms dimers, trimers, and homomultimers as large as dodecamers and that CsmA direc
23                            hCtr1 exists as a homomultimer at the plasma membrane in mammalian cells.
24 on spectroscopy reveal that hNETs, which are homomultimers, bind one substrate molecule per transport
25 nstructural protein NSP2 self-assembles into homomultimers, binds single-stranded RNA nonspecifically
26                   The antitoxin VapB-1 forms homomultimers both in vitro and in vivo.
27          Glutamate transporters may exist as homomultimers, but little is known about the mechanisms
28               hMSH2 was also found to form a homomultimer complex, but neither hMSH3 nor hMSH6 appear
29 chaeon Pyrococcus furiosus was found to be a homomultimer consisting of 18.8-kDa subunits.
30  monomer but rather was present as an 8S-10S homomultimer consisting of 6 +/- 2 subunits of recombina
31  sequence alignments of a monomer that forms homomultimers contain the co-evolutionary signals of bot
32 ies support a model in which VirB4 dimers or homomultimers contribute structural information for the
33 hat enhance channel activity and that Kir3.4 homomultimers do not contribute significantly to the mus
34 ystems containing more than two spins (e.g., homomultimers) due to distorting multispin effects.
35                                 While Kir3.4 homomultimers evince many properties of I(KACh), the con
36                                              Homomultimer formation was confirmed by coimmunoprecipit
37 tertiary structure of VirE2 is important for homomultimer formation whereas a central domain mediates
38  Kir3.1 and Kir3.4 subunits, although Kir3.4 homomultimers have also been proposed to contribute to t
39 xplains the ability of ISA1 to function as a homomultimer in maize leaves, in contrast to other speci
40 re intermediate between wild-type and mutant homomultimers in agonist efficacy and apparent affinity
41 CsmI, CsmJ, and CsmX, were shown to exist as homomultimers in the chlorosome envelope.
42 ion, unlike AtxA1, AtxA2 did not form stable homomultimers in vitro, although AtxA1 and AtxA2 formed
43 e studies establish that VirB11 assembles as homomultimers in vivo via domains residing in each half
44 hese results indicate that myocilin can form homomultimers in vivo, independent of the olfactomedin-l
45                                     The ISA1 homomultimer is present and functions in the maize leaf.
46 ulates currents from KCNQ3, KCNQ4, and KCNQ5 homomultimers, KCNQ2/3 heteromultimers and native M curr
47 ht determinations demonstrate that NifW is a homomultimer, most likely a trimer.
48 ptor in Jurkat lymphocytes is comprised of a homomultimer of K(V)1.3, unlike the heteromultimeric arr
49  a novel pharmacology not predicted from the homomultimers of K(v)1.1 or K(v)1.2.
50 selectivity when expressed either as wvGIRK2 homomultimers or as GIRK1-wvGIRK2 heteromultimers.
51 e the currents, and whether they function as homomultimers or heteromultimers.
52 -P2X7) form ligand-gated cation channels, as homomultimers or heteromultimers.
53             These proteins, all of which are homomultimers, periodically interact to form large prote
54                           Furthermore, GIRK1 homomultimers reside in core-glycosylated and nonglycosy
55 pparent affinities 3-fold lower than alphawt homomultimers, suggesting a channel with two alphawt and
56   DEG/ENaC subunits associate as hetero- and homomultimers to generate channels; however the stoichio
57 irus was previously shown to assemble into a homomultimer upon phosphorylation by casein kinase II.
58  both intrachain and interchain contacts for homomultimers using multiple sequence alignment (MSA) an
59 annel activity resembling recombinant Kir3.4 homomultimers was observed in 40% of the cell-attached p
60 evidence suggests that Orai1 can assemble as homomultimers, whether this assembly is necessary for th
61 iochemical analysis revealed that OeGLU is a homomultimer with high Mr In silico prediction modeling
62  additional beta-subunit(s) to form either a homomultimer with Kvbeta2 or a heteromultimer with Kvbet