ライフサイエンスコーパス: unusually stable

1 zyme with O2, so the peroxo form of hDOHH is unusually stable.

2 mpty cell surface Qa-1(b) molecules might be unusually stable.

3 ay a phenotype that suggests their septa are unusually stable.

4 antimitotic drugs, neuronal microtubules are unusually stable.

5 ronic sequences, demonstrating that they are unusually stable.

6 The discovery of several new unusually stable aggregates of arginine that are intermo

7 as a DNA G-quadruplex stabilizer, unfolds an unusually stable all purine RNA G-quadruplex (M3Q) that

8 y of this protein does not arise solely from unusually stable alpha-helices.

9 Thus, pelC is unusually stable and has an m value that is much larger

10 ate that APB defects on the {110} planes are unusually stable and induce antiferromagnetic coupling b

11 '/3'PCCGAAGCCG5' (P = purine), containing an unusually stable and relatively abundant internal loop,

12 pondingly, the betaNGF dimer was found to be unusually stable and the form through which NGFs actions

13 The folds are unusually stable and their formation appears to require

14 s of the APC/C are maternally deposited, are unusually stable, and are depleted at uneven rates in di

15 he Co-C bond homolytic rupture, rendering it unusually stable, and thus catalytically inactive.

16 al calculations identify the formation of an unusually stable aromatic acid-sulfuric acid complex, wh

17 , maintain their covalent structure, and are unusually stable at the cell surface.

18 The ligand 21 was prepared via an unusually stable benzannulated norbornadienone, for whic

19 are antioxidant enzymes remarkable for their unusually stable beta-barrel fold and dimer assembly, di

20 ses, existing in an enveloped form and being unusually stable, both genetically and physically, but h

21 that this destabilization is specific to the unusually stable CG closing base pair.

22 ains the motif [sequence: see text] which is unusually stable compared with other symmetric tandem GU

23 uggest that the HIV-1 CA C terminus forms an unusually stable conformation.

24 t has been known for more than 20 years that unusually stable cysteine-sulfenic acid (Cys-SOH) deriva

25 n is targeted to the Golgi where it forms an unusually stable detergent-resistant oligomer.

26 This guanine-rich DNA sequence adopts an unusually stable dimeric quadruplex architecture in K+ s

27 a series of PNA and DNA probes to a group of unusually stable DNA hairpins of the tetraloop motif has

28 d molecular dynamics calculations yielded an unusually stable, folded structure with a double "S"-lik

29 Our structural investigations revealed an unusually stable helical structure of the signaling doma

30 nidinium chloride solutions, unfolding of an unusually stable helix (H1) from mouse PrPC (residues 14

31 , Geobacillus stearothermophilus (gsNOS), is unusually stable; hence, it provides a unique model for

32 FlgE proteins, which in spirochaetes form an unusually stable, high-molecular-weight complex(9,12-17)

33 f short oligonucleotides the conjugates form unusually stable hybrids with complementary DNA and thus

34 deoxynucleotides (ODNs), the conjugates form unusually stable hybrids with complementary DNA in which

35 In contrast, full-length NOS1AP forms an unusually stable interaction with nNOS.

36 ine lysozyme molten globule is not due to an unusually stable isolated alpha-subdomain.

37 An unusually stable loop with three consecutive sheared GA

38 spectrometry have been used to generate this unusually stable magic number cluster.

39 wn here that ligand substitution can lead to unusually stable multiply charged anions.

40 hat we developed for these studies generates unusually stable nuclear pre-mRNAs that accumulate when

41 e assembled, the IFN-beta enhanceosome is an unusually stable nucleoprotein structure that can activa

42 The 11.6 kDa domain of HERV-K PR is unusually stable over a wide pH range, exhibits optimal

43 umn includes this unique mAb MARB4-reactive, unusually stable peptide-containing beta(2)m-free form.

44 ctions of the chemically and photochemically unusually stable perylenetetracarboxylic bisimides proce

45 ring with a refolding approach to produce an unusually stable protein nanopore.

46 Human gamma-crystallins are long-lived, unusually stable proteins of the eye lens exhibiting dup

47 The R2 subunit contains an unusually stable radical at tyrosine 122 that participat

48 formational energies of these structures are unusually stable relative to all others, with energies s

49 ex 5'GGU GGA GGCU/PCCG AAG CCG5' revealed an unusually stable RNA internal loop with three consecutiv

50 ranscription blockage is due to formation of unusually stable RNA/DNA hybrids, which could be further

51 tro selection were performed using TGGE, and unusually stable RNAs were identified by cloning and seq

52 r that attains its selectivity by forming an unusually stable Schiff base with lysine 907 in the IRE1

53 human microsatellites, are prone to form an unusually stable secondary structure.

54 G4) of Oxytricha nova are capable of forming unusually stable secondary structures incorporating Hoog

55 on provides the structural basis for forming unusually stable signalling complexes at the T-cell surf

56 lical membrane proteins have been limited to unusually stable, single domain proteins such as bacteri

57 e absence of substrate, this intermediate is unusually stable (t(1/2) = 7 min at 20 degrees C), allow

58 Although the cyclopropene derivatives are unusually stable, they are reactive toward cyclic and ac

59 tructure mapping support the existence of an unusually stable upstream hairpin involving nucleotides

60 of SIVmac251, denoted CPmac, has acquired an unusually stable virion-associated gp120-gp41 complex.

61 The GAAA octamer is unusually stable, with a melting temperature of 65 degre

62 pneumoniae nitrogen fixation (nif) mRNAs are unusually stable, with half-lives of 20 to 30 min under

63 but the percentage composition of plasma was unusually stable, with the parent radiotracer constituti