ライフサイエンスコーパス: iron-binding protein

1 which leads to the induction of ferritin, an iron-binding protein).

2 he levels of frataxin (FXN), a mitochondrial iron binding protein.

3 ity receptors for iron acquisition from host iron-binding proteins.

4 imiting conditions, presumably for essential iron-binding proteins.

5 sparing resulting from reduced synthesis of iron-binding proteins.

6 r findings have for the role of frataxins as iron-binding proteins.

7 a means to remove the hemin from these host iron-binding proteins.

8 rin is a member of the transferrin family of iron-binding proteins.

9 To identify the iron-binding proteins acting either as an iron transport

10 osynthesis- and metabolism-associated genes (iron binding protein and rhizopine catabolism).

11 ike proteins are oxygen-carrying non-heme di-iron binding proteins and their functions have effect on

12 ut the dual effects of NGAL as a siderophore:iron-binding protein and as a growth factor and examines

13 g activity, whereas CyaY becomes a competent iron-binding protein and attenuates the iron-mediated pr

14 have the capacity to scavenge iron from host iron-binding proteins and deliver it to the mycobacteria

15 erculosis by removing this element from host iron-binding proteins and transferring it to desferri-my

16 , exomycobactins, compete for iron with host iron-binding proteins and, together with the iron-regula

17 In the present study, we tested whether iron binding proteins; apotransferrin, lactoferrin and o

18 produce two subunits, alpha and beta, of the iron-binding protein, bacterioferritin.

19 were found, as well as other mRNAs encoding iron-binding proteins, bringing the total number of regu

20 stasis is typically regulated by cytoplasmic iron binding proteins, but here we describe a signal tra

21 this recessive disorder, is a mitochondrial iron-binding protein, but how its deficiency leads to ne

22 Ferritin is an iron-binding protein composed of two subunits, H and L.

23 iron transporter gene (CBU1766), a putative iron binding protein-encoding gene (CBU0970), and a cati

24 r region of the Neisseria gonorrhoeae ferric iron binding protein-encoding gene fbpA, determined the

25 tion via either transgenic expression of the iron binding protein ferritin or oral administration of

26 Lactoferrin (LF) is an iron-binding protein found in milk, mucosal secretions,

27 f frataxins, a family of small mitochondrial iron-binding proteins found in organisms ranging from ba

28 Aconitase was found to associate with the iron binding protein frataxin exclusively during reperfu

29 This gene normally encodes the iron-binding protein frataxin (FXN), which is critical f

30 Deficiency in the mitochondrial iron-binding protein frataxin results in diminished acti

31 our known cDNAs included ferritin, the major iron-binding protein in cells; HSGSA2R, a full-length cl

32 Lactoferrin (Lf), a major iron-binding protein in human milk, has been suggested t

33 Ferritin serves as the major iron-binding protein in nonhematopoietic tissues, limiti

34 Finally, LF was identified as the major iron-binding protein in parotid saliva by 59Fe autoradio

35 To assess concentrations of iron and iron-binding proteins in the lower respiratory tract of

36 y to utilize the iron bound by high-affinity iron-binding proteins in the vertebrate host is an impor

37 tic transferrins comprise a class of bilobal iron-binding proteins in which each lobe carries a singl

38 This is achieved through a variety of iron-binding proteins including transferrin and ferritin

39 p. are capable of iron utilization from host iron-binding proteins including transferrin and lactofer

40 cquire iron by direct interaction with human iron-binding proteins, including the serum glycoprotein,

41 wn siderophores but can employ host-derived, iron-binding proteins, including transferrin and lactofe

42 ding, the first description of a T. pallidum iron-binding protein, indicates that the syphilis spiroc

43 Frataxin is a mitochondrial iron-binding protein involved in iron storage, detoxific

44 boratory cultures that ferritin and the main iron-binding proteins involved in photosynthesis and nit

45 Chelation of iron to iron-binding proteins is a strategy of host defense.

46 ke other members of the transferrin class of iron-binding proteins, is a bilobal structure, the produ

47 ), IgG-binding protein A (Spa), and the heme-iron-binding protein (IsdA) were most abundant in the ag

48 ted rat hepatocytes bind and internalize the iron-binding protein lactoferrin (Lf) by a set of high-a

49 Prior reports have suggested that the iron-binding protein lactoferrin (LF) may either kill Ac

50 The iron-binding protein lactoferrin is a ubiquitous and abu

51 The iron-binding protein lactoferrin is present at mucosal s

52 However, host high-affinity iron binding proteins limit levels of free iron in fluid

53 This distribution of lung iron and iron-binding proteins may promote oxidative injury in th

54 solved in complex with human transferrin, an iron binding protein normally responsible for delivering

55 The 37-kDa protein is homologous to the iron-binding protein of gram-negative bacteria.

56 Lactoferrin (Lf), the main iron-binding protein of milk, has biological activities.

57 by reduced activity of frataxin, a conserved iron-binding protein of the mitochondrial matrix, though

58 Lactoferrin is an 80-kDa iron-binding protein present at high concentrations in m

59 Lactoferrin (LF), traditionally known as an iron-binding protein present in high concentrations in m

60 at the syphilis spirochete lacks most of the iron-binding proteins present in many other bacterial pa

61 xpression of frataxin (FXN), a mitochondrial iron-binding protein required for Fe-S cluster assembly.

62 -3-phosphate dehydrogenase (SAG0823), and an iron-binding protein (SAG1007).

63 iron load is, perhaps, by the expression of iron-binding proteins, specifically the iron storage pro

64 ailable, being present only in high-affinity iron binding proteins such as transferrin.

65 f satisfying its iron requirement with human iron-binding proteins such as transferrin and lactoferri

66 sion of receptors that are specific for host iron-binding proteins, such as transferrin and lactoferr

67 hosts, because it is largely sequestered by iron-binding proteins, such as transferrin or lactoferri

68 ria gonorrhoeae is capable of utilizing host iron-binding proteins, such as transferrin, lactoferrin,

69 r, recent evidence indicated that IscA is an iron-binding protein that can provide iron for the iron-

70 er, recent studies indicated that IscA is an iron-binding protein that can provide iron for the iron-

71 To identify mammalian iron-binding proteins that can serve as iron sources for

72 ning of the human homologs to IscU and NifU, iron-binding proteins that play a critical role in Fe-S

73 Transferrins are a family of bilobal iron-binding proteins that play the crucial role of bind

74 The transferrins are a class of iron-binding proteins that require the presence of a syn

75 reover, increased apical release of the host iron-binding protein transferrin during RSV infection pr

76 The related iron-binding protein transferrin lacked this capacity.

77 obtain this essential element from the host iron-binding protein transferrin.

78 in vivo is strictly limited, in part by the iron-binding protein transferrin.

79 man serum, largely through the action of the iron-binding protein transferrin.

80 olamines binding to the high-affinity ferric-iron-binding proteins transferrin (Tf) and lactoferrin,

81 l gelatinase-associated lipocalin (NGAL), an iron-binding protein up-regulated in response to kidney