1 lps to retain a lubricating fluid within the joint cavity.

2 aluronan in the filtrand was retained in the joint cavity.

3 n an increase in oxidative damage within the joint cavity.

4 ered during HA infusion into the rabbit knee joint cavity.

5            Endogenous hyaluronan mass in the joint cavity, analysed by high performance liquid chroma

6 f synoviocytes, the intimal cells which line joint cavities and tendon sheaths, occur in a number of

7  is partially sieved out and retained in the joint cavity by the synovial lining.

8  the trans-synovial escape of fluid from the joint cavity in the steady state ( 8d s) was studied in

9 ls across the entire surface of the synovial joint cavity, including chondrocytes in the superficial

10              Hyaluronan concentration in the joint cavity increased over the drainage period, indicat

11  skeletal defects, the formation of synovial joint cavities is defective in Has2-deficient limbs.

12 on of genes that are principally involved in joint cavity morphogenesis and critical to articular car

13      Endogenous HA was removed from the knee joint cavity of anaesthetised rabbits by washout.

14                      Secretion into the knee joint cavity of anaesthetised rabbits was measured over

15 tered across the synovial lining of the knee joint cavity of anaesthetized rabbits at a constant rate

16    Ringer solution was infused into the knee joint cavity of anaesthetized rabbits for 30 min, with o

17  the synovial lining to fluid outflow from a joint cavity (Qs) is important for the retention of intr

18               The fluid escape rate from the joint cavity through synovium was measured at controlled

19           Plasma albumin permeation into the joint cavity was also measured to enable comparison of t

20 ibility coefficient 0.4), secretion into the joint cavity was measured over 5 h in static joints and

21 uronan helps to retain synovial fluid in the joint cavity when pressure is raised and acts, at least