Also searching for:Activity CycleCycle, ActivityCycles, Activityvia MeSH
Showing 1–10 of 17 results for “Activity Cycles”
Ulysses · Chapter 28
Chapter 28
cycling on level macadamised causeways, ascents of moderately high hills, natation in secluded fresh water and unmolested river boating in secure wherry or light curricle with kedge anchor on reaches free from weirs and rapids (period of estivation), vespertinal perambulation or equestrian circumprocession with inspection of sterile
Pediatric Neurology · Chapter 28
Case 16 Ironing Out the Cause of Seizures
activity or paroxysmal responses during low-frequency photic stimulation. Imaging Red Flags • Different brain regions have varying susceptibility to injury, which may help in the diagnosis of specific metabolic disorders. Children with suspected inborn errors of metabolism should undergo MRI with T1-weighted imaging with and without
Pediatric Neurology · Chapter 28
Case 16 Ironing Out the Cause of Seizures
activity or paroxysmal responses during low-frequency photic stimulation. Imaging Red Flags • Different brain regions have varying susceptibility to injury, which may help in the diagnosis of specific metabolic disorders. Children with suspected inborn errors of metabolism should undergo MRI with T1-weighted imaging with and without
Pediatric Neurology · Chapter 28
Case 16 Ironing Out the Cause of Seizures
activity or paroxysmal responses during low-frequency photic stimulation. Imaging Red Flags • Different brain regions have varying susceptibility to injury, which may help in the diagnosis of specific metabolic disorders. Children with suspected inborn errors of metabolism should undergo MRI with T1-weighted imaging with and without
Pediatric Neurology · Chapter 49
Case 34 Intramyelinic Edema in Infancy
actively myelinating structures in a neonate can be seen in hypoxic-ischemic injury,Page 198Page 199certain infections (e.g., parechovirus), infant formula preparation errors/hypernatremia, and IEMs including MSUD, glycine encephalopathy, decompensated urea cycle
Pediatric Neurology · Chapter 49
Case 34 Intramyelinic Edema in Infancy
actively myelinating structures in a neonate can be seen in hypoxic-ischemic injury,Page 198Page 199certain infections (e.g., parechovirus), infant formula preparation errors/hypernatremia, and IEMs including MSUD, glycine encephalopathy, decompensated urea cycle
Pediatric Neurology · Chapter 49
Case 34 Intramyelinic Edema in Infancy
actively myelinating structures in a neonate can be seen in hypoxic-ischemic injury,Page 198Page 199certain infections (e.g., parechovirus), infant formula preparation errors/hypernatremia, and IEMs including MSUD, glycine encephalopathy, decompensated urea cycle
Ulysses · Chapter 26
[ 17 ]
cycle 9, dominical letters C B, Roman indiction 2, Julian period 6617, MCMIV. Did he rise uninjured by concussion? Regaining new stable equilibrium he rose uninjured though concussed by the impact, raised the latch of the area door by the exertion of force at its freely moving
Pediatric Neurology · Chapter 47
SECTION 7 Neurometabolic Disorders
cycle disorders); (2) large molecule disorders (e.g., lysosomal and peroxisomal disorders); (3) disorders of energy metabolism (e.g., primary mitochondrial disorders); and (4) miscellaneous disorders (e.g., purine/pyrimidine disorders, neurotransmitter disorders, disorders of heavy metal or vitamin metabolism). Brain MRI pattern recognition is important in both the diagnosis
Pediatric Neurology · Chapter 47
SECTION 7 Neurometabolic Disorders
cycle disorders); (2) large molecule disorders (e.g., lysosomal and peroxisomal disorders); (3) disorders of energy metabolism (e.g., primary mitochondrial disorders); and (4) miscellaneous disorders (e.g., purine/pyrimidine disorders, neurotransmitter disorders, disorders of heavy metal or vitamin metabolism). Brain MRI pattern recognition is important in both the diagnosis
Also search PubMed
Search the National Library of Medicine for peer-reviewed articles