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1 clinical criteria rather than examination of joint fluid.
2 AKA were not selectively concentrated in the joint fluid.
3 an and albumin normally coexist, however, in joint fluid.
4 A compared with nonangiogenic osteoarthritic joint fluid.
5 assessed for disk position, bone status, and joint fluid.
6                    Although found in some RA joint fluids, AKA were not selectively concentrated in t
7 ate administration, and were present in both joint fluid and blood implying they were candidate drive
8 infections including inoculation of infected joint fluid and bone in blood-culture bottles should be
9  arthrography in the objective evaluation of joint fluid and lateral subluxation (r = 0.80, P < .01).
10 les in patients' inflamed synovial tissue or joint fluid and tested each epitope for autoreactivity.
11 lysis showed that C1s was being activated in joint fluid and that its activation was inhibited by the
12 tals are common components of osteoarthritic joint fluids and tissues.
13 GAGs), a major component of joint cartilage, joint fluid, and other soft connective tissue, causes th
14 ical irregularity, cartilage interface sign, joint fluid, and subacromial-subdeltoid bursal fluid.
15 of intact IGFBP-5 and IGF-1 in cartilage and joint fluid, and whether C1s inhibition would be associa
16 greater tuberosity cortical irregularity and joint fluid, are most valuable in the diagnosis of supra
17 solates were piliated, while the majority of joint fluid, bone, and endocarditis blood isolates were
18     Serum and joint fluid levels of urea and joint fluid concentrations of glucose, lactate, cartilag
19 istence of concentration polarisation during joint fluid drainage was supported by the demonstration
20 ed joints (62% vs 21%, P < .001) and diffuse joint fluid enhancement was more common with infection (
21  forms of inflammatory arthritis, but not in joint fluid from patients with osteoarthritis.
22 sicles elaborated by activated platelets--in joint fluid from patients with rheumatoid arthritis and
23 e complement component C1s is present in dog joint fluid in an activated state.
24 rmed quickly, and was effective for sampling joint fluid in patients with hip prostheses.
25 or characterizing gelatinases from arthritic joint fluid is demonstrated.
26                                    Serum and joint fluid levels of urea and joint fluid concentration
27 was prepared from whole peripheral blood and joint fluid obtained from patients with PsA and rheumato
28 ynthesis of 15d-PGJ2 is not augmented in the joint fluid of patients with arthritis, nor is its urina
29 erum of patients with erythema migrans (EM), joint fluid of patients with Lyme arthritis, and superna
30 y OspC type K (RST2), were identified in the joint fluid of patients with Lyme arthritis, and the gen
31                            Additionally, the joint fluid of these patients had markedly elevated leve
32 d drainage( 8d s) was measured at controlled joint fluid pressure (Pj) in knees of anaesthetized rabb
33 T genotypes were identified in 49 of the 124 joint fluid samples (40%).
34 We tested the proposed system by using human joint fluid samples and found its limit of detection for
35                                              Joint fluid samples from 124 patients seen over a 30-yea
36                                              Joint fluid samples were analyzed for the concentration
37                    Analysis of the aspirated joint fluid showed that 31 +/- 0.07 % (s.e.m.) of dextra
38                            Immunoblotting of joint fluid showed that both treatments increased concen
39 y (peak titers after 90 days), and only some joint fluids showed chemotactic activity, which on avera
40 es and with four real-matrix samples of knee joint fluid spiked with live pathogenic bacterial cells.
41                                           In joint fluid the polymer hyaluronan (HA) confers viscous
42 greater tuberosity cortical irregularity and joint fluid was most important in the diagnosis of full-
43                       Urea concentrations in joint fluid were directly proportional to those in serum
44                Total IGF-1 concentrations in joint fluid were increased 5.6-5.8-fold by these two tre
45                                              Joint fluids were obtained from normal canine joints by
46 rtook to determine whether inhibiting C1s in joint fluid would result in an increase in the amount of

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