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Contact: Karin Eskenazi
ket2116@columbia.edu
212-342-0508
Columbia University Medical Center

Study Identifies Gene Tied to Motor Neuron Loss in ALS

Caption: MMP-9 controls onset of paralysis in ALS mice. Sections of muscle stained for nerve (green) and muscle (red); nerve-muscle contacts appear yellow. In the SOD1 mouse, muscles that move the eye (left) retain nerve contacts and are active. Fast leg muscles (center) in the same animal lose nerve contacts (red stain only) and become paralyzed. Fast muscles from which MMP-9 has been genetically removed (right) retain their nerve contacts, and therefore muscle function, for nearly 3 months longer. This suggests that inhibiting MMP-9 in human patients with ALS should be beneficial.

Credit: The Henderson Lab/Columbia University Medical Center.

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Related news release: Study identifies gene tied to motor neuron loss in ALS


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