. The effects of inanition and malnutrition upon growth and structure . Fig. 62.—Nerve cells from the ventral horn of the spinal cord in the dog, showing the variable changes in the neurofibrillae by Donaggio's silver method after a loss of about 50 per cent in body weight from total inanition, a, a cell in which the neurofibrillae have retained nearly normal structure; b, cell showing some vacuolation in the perinuclear region; c, cell with disorganized neurofibrillae crowded into bundles between the numerous large cytoplasmic vacuoles. (Riva '06.) literature on these effects of inanition upo

GLIX-115-MA72AH

. The effects of inanition and malnutrition upon growth and structure . Fig. 62.—Nerve cells from the ventral horn of the spinal cord in the dog, showing the variable changes in the neurofibrillae by Donaggio's silver method after a loss of about 50 per cent in body weight from total inanition, a, a cell in which the neurofibrillae have retained nearly normal structure; b, cell showing some vacuolation in the perinuclear region; c, cell with disorganized neurofibrillae crowded into bundles between the numerous large cytoplasmic vacuoles. (Riva '06.) literature on these effects of inanition upo
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. The effects of inanition and malnutrition upon growth and structure . Fig. 62.—Nerve cells from the ventral horn of the spinal cord in the dog, showing the variable changes in the neurofibrillae by Donaggio's silver method after a loss of about 50 per cent in body weight from total inanition, a, a cell in which the neurofibrillae have retained nearly normal structure; b, cell showing some vacuolation in the perinuclear region; c, cell with disorganized neurofibrillae crowded into bundles between the numerous large cytoplasmic vacuoles. (Riva '06.) literature on these effects of inanition upo

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