1 following exposure to surfactant lipids and
surfactant protein A.
2 CARDS TX binds to human
surfactant protein A and annexin A2 on airway epithelial
3 cs were analyzed using a combination of anti-
surfactant protein A and BrdU immunohistochemistry and c
4 es even though several rare proteinopathies,
surfactant protein A and C deficiencies, cause severe pu
5 was no increase in plasma concentrations of
surfactant protein A and Clara cell protein.
6 es specific to the pulmonary epithelium, the
surfactant protein A and Clara cell secretory protein ge
7 type II pneumocyte lineage markers MUC1 and
surfactant protein-A and the Clara cell lineage marker C
8 ein (endothelial permeability) and preserved
surfactant proteins A and B concentrations as compared w
9 and by enzyme-linked immunosorbent assay for
surfactant proteins A and B.
10 Surfactant proteins A and D (SP-A and -D) play a role in
11 Surfactant proteins A and D (SP-A and SP-D) are believed
12 Surfactant proteins A and D (SP-A and SP-D) are collecti
13 Surfactant proteins A and D (SP-A and SP-D) are lung col
14 vels of expression of mRNA for antimicrobial
surfactant proteins A and D and sheep beta-defensin 1 we
15 r acute lung injury, lower concentrations of
surfactant proteins A and D in the pulmonary edema fluid
16 The concentrations of
surfactant proteins A and D were greater in both uninfec
17 The concentrations of
surfactant proteins A and D were measured in pulmonary e
18 Surfactant proteins-A and -B and phospholipid in broncho
19 ines (e.g., transforming growth factor-beta,
surfactant protein A,
and angiotensin II) and a specific
20 hromatography with noncovalently immobilized
surfactant protein A,
and was purified from rat lung by
21 Although
surfactant protein A,
B, and C content and surfactant pr
22 explants, immunostaining of lung tissue for
surfactant protein A,
B, and C, and electron microscopic
23 The levels of the other
surfactant proteins (A,
B, D) in alveolar lavage were co
24 uding lamellar body formation, expression of
surfactant proteins A,
B, and C, alpha-1-antitrypsin, an
25 Plasma
surfactant protein A,
but not surfactant protein D, was
26 uid surfactant protein D and elevated plasma
surfactant protein A concentrations at the onset of acut
27 B. dermatitidis without or with normal BALF,
surfactant protein A-
deficient (SP-A-/-) or surfactant p
28 Subsequently, surfactant lipids and/or
surfactant protein A enhance CD36 transcript and protein
29 by normal thyroid transcription factor 1 and
surfactant protein A gene expression.
30 interactions between M. pneumoniae and human
surfactant protein-A (
hSP-A).
31 Enrichment of
surfactant protein-A in the lung and surfactant of the m
32 Rat pulmonary
surfactant protein A is an oligomer of 18 polypeptide ch
33 We have reported that
surfactant protein A kills some Gram-negative organisms
34 n = 8), whereas incubation of bacteria with
surfactant protein A leads to significantly increased ad
35 Surfactant protein A mRNA was reduced and, SP-A protein
36 onary surfactant isolated from gene-targeted
surfactant protein A null mice (SP-A(-/-)) is deficient
37 Mannose binding lectin and lung
surfactant protein A,
other ligands of C1qR(P), also enh
38 neumonia and viral pneumonitis had decreased
surfactant protein A/
protein concentration (p < .001).
39 sphingomyelin ratio (r2 = .11, p < .001) and
surfactant protein A/
protein concentration (r2 = .03, p
40 The lecithin/sphingomyelin ratios and
surfactant protein A/
protein concentration were signific
41 o M. tuberculosis and indicate that SP-D and
surfactant protein A serve different roles in the innate
42 munosuppressed Swiss Black mice deficient in
surfactant protein A (
SP-A(-/-)) and wild-type control m
43 In the lungs,
surfactant protein A (
SP-A) and SP-D contribute to immun
44 Surfactant protein A (
SP-A) and surfactant protein D (SP
45 Mice lacking
surfactant protein A (
SP-A) are susceptible to bacterial
46 The identification of
surfactant protein A (
SP-A) as an important innate immun
47 Our previous studies suggest that
surfactant protein A (
SP-A) can act as a ligand in the a
48 The host antimicrobial agent
surfactant protein A (
SP-A) effectively reduced ciliary
49 A single gene for rat
surfactant protein A (
SP-A) encodes two isoforms that ar
50 In the lung,
surfactant protein A (
SP-A) enhanced interleukin-4 (IL-4
51 Surfactant protein A (
SP-A) enhances phagocytosis of Pse
52 Expression of the rabbit pulmonary
surfactant protein A (
SP-A) gene is lung-specific, occur
53 The
surfactant protein A (
SP-A) gene was disrupted by homolo
54 nserted in the protein-coding region for the
surfactant protein A (
SP-A) gene, which is highly expres
55 , tandem mutagenesis of Glu195 and Arg197 of
surfactant protein A (
SP-A) has implicated both residues
56 We previously reported that mice lacking
surfactant protein A (
SP-A) have increased airway hyperr
57 To determine the role of
surfactant protein A (
SP-A) in host defense, the murine
58 The current study investigated the role of
surfactant protein A (
SP-A) in opsonization and clearanc
59 hypothesize a central role for the collectin
surfactant protein A (
SP-A) in regulating the developmen
60 onal importance of the N-terminal domains of
surfactant protein A (
SP-A) including the N-terminal seg
61 onization of F. novicida with lung collectin
surfactant protein A (
SP-A) increased bacterial associat
62 Previous studies reported that
surfactant protein A (
SP-A) inhibits lymphocyte prolifer
63 Surfactant protein A (
SP-A) is a C-type lectin found pri
64 Surfactant protein A (
SP-A) is a hydrophilic glycoprotei
65 Surfactant protein A (
SP-A) is a member of the collectin
66 Surfactant protein A (
SP-A) is an abundant protein in pu
67 Surfactant Protein A (
SP-A) is an abundant, multifunctio
68 Surfactant protein A (
SP-A) is an immune modulator that
69 Surfactant protein A (
SP-A) is an important mediator of
70 Surfactant protein A (
SP-A) is an innate immune molecule
71 The carbohydrate recognition domain (CRD) of
surfactant protein A (
SP-A) is critical for the modulati
72 Surfactant protein A (
SP-A) is important for immune defe
73 Pulmonary
surfactant protein A (
SP-A) is involved in innate immuni
74 Surfactant protein A (
SP-A) is selectively synthesized i
75 Surfactant protein A (
SP-A) is the major protein compone
76 The human
surfactant protein A (
SP-A) locus consists of two functi
77 We have previously shown that
surfactant protein A (
SP-A) mediates in vitro killing of
78 Surfactant protein A (
SP-A) modulates host responses to
79 We tested the effects of
surfactant protein A (
SP-A) on inflammation and surfacta
80 Surfactant protein A (
SP-A) plays a critical role in the
81 Pulmonary
surfactant protein A (
SP-A) plays a key role in innate l
82 Surfactant protein A (
SP-A) plays a role in lung innate
83 Lung
surfactant protein A (
SP-A) plays an important function
84 Surfactant protein A (
SP-A) plays an important role in t
85 Mass spectrometric characterization of the
surfactant protein A (
SP-A) receptor 210 (SP-R210) led t
86 rred through a mechanism involving increased
surfactant protein A (
SP-A) receptor density.
87 report we have characterized the binding of
surfactant protein A (
SP-A) to bone marrow-derived macro
88 st to immobilized human fibronectin (FN) and
surfactant protein A (
SP-A) under this condition.
89 Nitrated pulmonary
surfactant protein A (
SP-A) was also detected in the ede
90 We hypothesized that the expression of
surfactant protein A (
SP-A) would be altered in developi
91 Surfactant protein A (
SP-A), a C-type lectin, plays an i
92 Surfactant protein A (
SP-A), a major component of lung s
93 Surfactant protein A (
SP-A), a major component of lung s
94 Pulmonary
surfactant protein A (
SP-A), a member of the collectin f
95 Surfactant protein A (
SP-A), a member of the collectin f
96 Surfactant protein A (
SP-A), a pulmonary member of the c
97 Pulmonary
surfactant protein A (
SP-A), an alveolar glycoprotein co
98 The biological functions of rat
surfactant protein A (
SP-A), an oligomer composed of 18
99 KGF is known to stimulate the expression of
surfactant protein A (
SP-A), an oxidant-sensitive T cell
100 The lung collectin,
surfactant protein A (
SP-A), has emerged as an important
101 Surfactant protein A (
SP-A), one of four proteins associ
102 Surfactant protein A (
SP-A), the most abundant pulmonary
103 retion of the major lung surfactant protein,
surfactant protein A (
SP-A), was first detected in amnio
104 ctin family of proteins, including pulmonary
surfactant protein A (
SP-A), we hypothesized that SP-A m
105 We observed that
surfactant protein A (
SP-A)-deficient mice have impaired
106 stance to antibacterial effects of pulmonary
surfactant protein A (
SP-A).
107 al cells (AEC) in the presence or absence of
surfactant protein A (
SP-A).
108 The PLA(2) activity is inhibited by
surfactant protein A (
SP-A).
109 roteins B and C (SP-B/C); with SP-B/C and 5%
surfactant protein A (
SP-A); and with SP-B/C, SP-A, and
110 ctivators 1 and 2 (SRC-1 and SRC-2) regulate
surfactant protein-A (
SP-A) and platelet-activating fact
111 L-1alpha caused a dose-dependent increase in
surfactant protein-A (
SP-A) and SP-B mRNAs (maximally, f
112 Previous reports demonstrate that
surfactant protein-A (
SP-A) binds live M. pneumoniae and
113 for measurements of the alveolar Sat-PC and
surfactant protein-A (
SP-A) concentrations.
114 Surfactant protein-A (
SP-A) gene expression is developme
115 Surfactant protein-A (
SP-A) is an important antimicrobia
116 It has been suggested that
surfactant protein-A (
SP-A) protects surfactant activity
117 One component of this defense mechanism,
surfactant protein-A (
SP-A), exerts multifunctional role
118 eptor (VDR); soluble C-type lectins, such as
surfactant protein-A (
SP-A), SP-D, and mannose-binding l
119 Surfactant protein-A (
SP-A), which is secreted by fetal
120 mniotic fluid (AF) macrophages, activated by
surfactant protein-A (
SP-A).
121 Surfactant proteins A (
SP-A) and D (SP-D) are important
122 Surfactant proteins A (
SP-A) and D (SP-D) are members of
123 Surfactant proteins A (
SP-A) and D (SP-D) are thought to
124 We now report that the hydrophilic
surfactant proteins A (
SP-A) and D (SP-D) directly prote
125 Surfactant proteins A (
SP-A) and D (SP-D) play an import
126 e N-terminal domains of the lung collectins,
surfactant proteins A (
SP-A) and D (SP-D), are critical
127 The pulmonary collectins,
surfactant proteins A (
SP-A) and D (SP-D), have been rep
128 The pulmonary collectins--
surfactant proteins A (
SP-A) and D (SP-D)--play importan
129 crobial actions of the pulmonary collectins,
surfactant proteins A (
SP-A) and D (SP-D).
130 To determine the role of
surfactant protein-A(
SP-A) in antiviral host defense, mi
131 mannose-binding lectin (MBL), and pulmonary
surfactant protein A (
SPA) are structurally similar mole
132 mannose-binding lectin (MBL), and pulmonary
surfactant protein A (
SPA) interact with human monocytes
133 Surfactant protein A (
SPA), a lung-specific collectin, s
134 , plasminogen activator inhibitor-1 (PAI-1),
surfactant protein-A,
surfactant protein-D, and intracel
135 ry edema fluid surfactant protein D, but not
surfactant protein A,
was lower in patients with worse o
136 acheal aspirate surfactant phospholipids and
surfactant protein A were noted in children with bacteri