id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
bam-1799	Boncompagni, Simona	Severe muscle atrophy due to spinal cord injury can be reversed in complete absence of peripheral nerves	2012	40	.pdf	application/pdf	23198	1126	53	Restoration of ultrastructure involves all the major apparatuses of muscle fibers, such as the one deputed to muscle activation and Ca2+ handling (ECC apparatus), to contractility (myofibrils), and to metabolic and energy generation tasks (mitochondria). CHARACTERISTICS 2.2 CLINICAL TESTING OF PATIENTS 2.2.1 Determination of muscle cross-sectional area of thigh muscles by CT scan 2.2.2 Force Measurements 2.3 MUSCLE BIOPSY 2.3.1 Needle muscle biopsy 2.3.2 Biopsy Specimens 2.4 ELECTRICAL STIMULATION TRAINING 2.4.1 Rehabilitation Training: stimulation parameters and protocols 2.4.2 Daily Therapy and Training Time 2.5 LIGHT MICROSCOPY 2.5.1 Hystology 2.6 ELECTRON MICROSCOPY 2.6.1 Classification of muscle fibers 2.6.2 Size distribution spectrum of total myofibers 2.6.3 Morphometric analysis 2.7 PREPARATION OF FIGURES 3. RESULTS 3.1 CLINICAL OBSERVATIONS 3.1.1 Force measurements 3.1.2 CT-cross sectional area and muscle density 3.2 LIGHT AND ELECTRON MICROSCOPY: LONG-TERM DENERVATED MUSCLE 3.2.1 Atrophy and dystrophy of human long-term denervated muscle 3.2.2 Severely atrophic myofibers: nuclear clumping and disorganization of the myofibrillar components 3.2.3 Myofibers regeneration in Long-Term Denervated Muscle 3.2.4 Ultrastructural analysis of long-term denervated muscle fibers 3.3 LIGHT AND ELECTRON MICROSCOPY: ELECTROSTIMULATED MUSCLE 3.3.1 Effects of the FES Training on Long-Term Denerveted muscle 3.3.2 Ultra-structural analysis of FES trained denervated fibers 4.	cache/bam-1799.pdf	txt/bam-1799.txt