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lines divide the tracing into equal time intervals. A calibration marker at the lower right shows time and amplitude reference values.Fig. 17.1 Sleep EEG shows normal background activity with paroxysmal interictal discharges as spikes, sharps, and subsequent slow waves over the left central-temporal

lines divide the tracing into equal time intervals. A calibration marker at the lower right shows time and amplitude reference values.Fig. 17.1 Sleep EEG shows normal background activity with paroxysmal interictal discharges as spikes, sharps, and subsequent slow waves over the left central-temporal

lines divide the tracing into equal time intervals. A calibration marker at the lower right shows time and amplitude reference values.Fig. 17.1 Sleep EEG shows normal background activity with paroxysmal interictal discharges as spikes, sharps, and subsequent slow waves over the left central-temporal

cells, and an extracellular matrix (ECM) composed of collagen, noncollagenous proteins, proteoglycans, and water. Hyaline cartilage ECM contains low densities of type II collagen fibers and an abundance of the proteoglycan, aggrecan, composing the ground substance. Water molecules embedded in the collagen matrix give

cell lines with different pigmentations.Page 118Page 119Page 120 Clinical

cell lines with different pigmentations.Page 118Page 119Page 120 Clinical

cell lines with different pigmentations.Page 118Page 119Page 120 Clinical

lining and underlying scar.13 In cases where this approach remains difficult, a lateral retinacular release may be considered, which allows for easier patellar eversion or lateral subluxation.14 Page 178At times, a more extensile exposure may be required. A quadriceps snip can be performed where

cell astrocytomas (Fig. 56.5) and radial migrational lines

cell astrocytomas (Fig. 56.5) and radial migrational lines