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1 g with proximal muscle weakness and elevated muscle enzymes.
2 nd can be associated with elevated levels of muscle enzymes.
3 tients with muscle weakness or elevations of muscle enzymes.
4  much lower affinities than in the case with muscle enzymes and muscle actin.
5 rst course of rituximab, and their strength, muscle enzymes, and rash were reviewed.
6 hort experienced a transient increase in the muscle enzyme creatine phosphokinase (CPK) 4 weeks after
7 y, no patient developed anti-DNA antibody or muscle enzyme elevations.
8 e symptoms of proximal weakness and elevated muscle enzymes in an uncomplicated patient taking a sing
9 colemmal integrity, elevated serum levels of muscle enzymes, increased muscle masses, and changes in
10 outine monitoring of liver function tests or muscle enzymes is not recommended except in specific cir
11 fic activity comparable with that of the rat muscle enzyme isolated from tissue and K(m) parameters f
12 ctivity was positively correlated with serum muscle enzyme levels (P<0.05 for creatine kinase, aspart
13  The patients with anti-PL-7 had lower serum muscle enzyme levels and milder muscle weakness (P < 0.0
14                                              Muscle enzyme levels are insensitive markers of disease
15                   If a patient's strength or muscle enzyme levels did not normalize with this initial
16  and demonstrated striking reductions in her muscle enzyme levels for 1 year after rituximab therapy.
17 Nalpha levels were inversely correlated with muscle enzyme levels in those patients still requiring t
18                        The recombinant mouse muscle enzyme purified to homogeneity in milligram quant
19 y that involves activating the airway smooth muscle enzyme, soluble guanylate cyclase (sGC).
20 ss-linking at lower concentrations of rabbit muscle enzymes than yeast enzymes.
21 roximal muscle weakness, serum elevations of muscle enzymes, the classic electromyographic and muscle
22 nsfer of hydrogen decreases from 49% for the muscle enzymes to 40% for wildtype Tbb TIM to 34% for mo
23 cid sequence of the processed human skeletal muscle enzyme, was generated by reverse transcription-PC
24                  Glycogen phosphorylase is a muscle enzyme which metabolizes glycogen, producing gluc

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