Congenital myopathy is a very broad term for any muscle disorder present at birth. This defect primarily affects skeletal muscle fibres and causes muscular weakness and/or hypotonia. Congenital myopathies account for one of the top neuromuscular disorders in the world today, comprising approximately 6 in 100,000 live births every year. As a whole, congenital myopathies can be broadly classified as follows:

A distinctive abnormality in skeletal muscle fibres on the cellular level; observable via light microscope
Symptoms of muscle weakness and hypotonia
Is a congenital disorder, meaning it occurs during development and symptoms present themselves at birth or in early life. Is a genetic disorder. Classification
Myopathies with inclusion bodies and abnormal protein accumulation
Congenital myopathies with inclusion bodies and protein accumulation is a broad category, and some congenital myopathies that fall within this group are well understood, such as nemaline myopathy (see below). Typically, the development error in this category occurs when muscle proteins aggregate and build up in the sarcoplasm, which leads to muscle dysfunction. Myopathies with cores
Core myopathies such as multicore myopathy and central core disease are characterized by sharply-demarcated areas devoid of oxidative enzymes NADH, SDH, and COX, in muscle fibres. Myopathies with central nuclei
Myopathies with central nuclei, such as myotubular myopathy, involves an error in the gene involved in vesicle movement throughout the cell. This creates problems in vesicles reaching the plasma membrane with the cellular components necessary to fuse myoblast, a major step in the formation of the skeletal muscle.
Anti-inflammatory eicosanoids include lipoxins, epi-lipoxins, and resolvins, which cause release of growth hormones. See also
Scar free healing
Health

References
External links
How wounds heal and tumors form With this simple Flash demonstration, Harvard professor Donald Ingber explains how wounds heal, why scars form, and how tumors develop. Presented by Childrens Hospital Boston. Wound Healing and Repair
Lorenz H.P. and Longaker M.T. Wounds: Biology, Pathology, and Management. Stanford University Medical Center. Romo T. and McLaughlin L.A. 2003. Wound Healing, Skin. Emedicine.com. Rosenberg L. and de la Torre J. 2003. Wound Healing, Growth Factors. Emedicine.com. After the Injury- Childrens Hospital Of Philadelphia