1 ntenance of low resting Ca(2+) levels in the myoplasm.

2 ble protein distributed throughout the fluid myoplasm.

3 rent depended on the presence of Ca2+ in the myoplasm.

4 n normal levels of the small ankyrins in the myoplasm.

5 noclonal antibody, is also excluded from the myoplasm.

6 other (M-space) encompassing the rest of the myoplasm.

7 cle that mediates calcium re-uptake from the myoplasm.

8 y contribute to the organization of both the myoplasm and sarcolemma.

9 cally coupled by Ca diffusion throughout the myoplasm and sarcoplasmic reticulum (SR) network.

10 yellow crescent (YC) RNA is localized in the myoplasm, but the function of this transcript is unknown

11 f releasing large amounts of Ca(2+) into the myoplasm, consistent with the long term viability and ap

12                  In media simulating resting myoplasm, dantrolene increased the half-time for 45Ca2+

13  20 to 26 kD on immunoblots and decorate the myoplasm in a reticular pattern.

14 uscle fibers in vivo, K19 accumulated in the myoplasm in structures that contained dystrophin and spe

15                                          The myoplasm is a localized cytoplasmic region that is invol

16 delta depends on the presence of Ca2+ in the myoplasm, it is speculated that Qdelta could be a functi

17 2, although only FKBP12 is detectable in the myoplasm of both muscle types.

18 , the binding and diffusion of Ca(2+) in the myoplasm, the re-uptake of Ca(2+) by the SR Ca(2+) pump,

19 o modest adenine nucleotide gradients in the myoplasm under physiological conditions.

20  associated cytoskeleton, but not the nearby myoplasm, undergoes widespread coordinated changes in or

21 and later in development translocates to the myoplasm, where it colocalizes with obscurin.

22 during embryogenesis, and is depleted in the myoplasm, which is segregated to cell lineages that unde