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Comparison results

 
Results: Differences General ✘Myotonic syndrome in children✘Little's disease
Related research Analogs Analogs
Register, to see more distinctive signs of diseases and studies 39%(0)—
CT of the organ 38%(0)—
Thyroid hormones 28%(1)—
MRI of the brain 23%(0)—
Neurologist's examination 22%(0)—
Infection tests 19%(0)—
Measurements at the reception 18%(0)—
Distinctive symptoms
Register, to see more distinctive signs of diseases and studies 100%—
Register, to see more distinctive signs of diseases and studies —100%
myotonia 69% —
twitching of the leg muscles — 86%
dystrophic myotonia 49% —
spastic paralysis — 82%
neuromyotonia 48% —
spastic hemiplegia — 76%
myopathy 44% —
little's disease — 71%
paroxysmal myoplegia 43% —
lot paralysis left-sided — 69%
logorrhea 40% —
twitching of the upper eyelid — 68%
steinert 's disease 39% —
cerebral palsy — 68%
ganglioneuritis 39% —
twitches eyelid — 67%
oppenheim syndrome 39% —
clenches fists — 67%
congenital myopathies 39% —
spastic diplegia — 66%
sluggish baby 38% —
left hemisphere dysfunction — 65%
relaxation 37% —
tics — 64%
metabolic disorder 37% —
cramps in the legs — 61%
birth trauma of the head 36% —
hemiplegia — 60%
muscle tension 35% —
weakness in the knees — 60%
can not hold his head 35% —
my back gets tired — 58%
perinatal encephalopathy 35% —
paresis of the foot — 58%
head injury 34% —
feeling of paralysis — 58%
paretic gait 34% —
upper paraparesis — 56%
damage to the nervous system 34% —
muscle spasm of the hands — 56%
inflammatory myopathy 34% —
alalia — 55%
asymmetry 33% —
weakness in the foot — 54%
stiffness in the joints 32% —
strongest weakness — 54%
sad 32% —
convulsions — 52%
hypoparathyroidism 32% —
impaired function of the cerebral hemispheres — 52%
flaccid paralysis syndrome 32% —
clumsiness — 52%
periodic paralysis 31% —
weakness of the muscles of the hands — 51%
dystrophy 31% —
weakness of the ligaments — 50%
postencephalitic syndrome 30% —
paresis of the hand — 50%
helps others 30% —
birth trauma — 49%
paralysis of the limbs 30% —
periodic weakness — 48%
fatigue from children 30% —
hyperkinesis — 48%
stiffness of movements 30% —
contractures of the joints — 48%
leg weakness walking 30% —
intrauterine infection — 46%
weakness no 30% —
contracture — 45%
neurological disorders 29% —
stunting — 44%
delayed motor development 29% —
paralysis of the lower extremities 30% 73%
cannot relax 29% —
muscle hypertonus — 42%
hormonal disorders 29% —
sensations in the hands — 42%
rickets 28% —
large child — 42%
increased potassium 28% —
effects of poisoning — 41%
neuroinfections 27% —
consequences of pregnancy — 38%
delayed reaction 27% —
general intoxication syndrome — 38%
delay in physical development 27% —
spasm — 37%
cns tumors 27% —
paralysis 33% 69%
myxedema 27% —
delayed speech development 24% 59%
weakness in the extremities 26% —
intoxication — 34%
muscle atrophy 26% —
consequences of infection — 33%
lowered 25% —
angioplasty — 33%
head tumor 25% —
children's speech 24% 57%
nervous excitability 25% —
history of surgery — 30%
traumatic brain injury 25% —
periodic illness 20% 47%
myotonia is congenital 25% —
muscle weakness 38% 64%
encephalopathy 25% —
increased 18% 43%
no children 24% —
paresis 32% 55%
increased motor activity 24% —
weakness in the leg muscles 28% 48%
motor activity 24% —
paresis of legs 28% 48%
mental retardation 24% —
weakness in the hands 28% 48%
brain tumor 23% —
lags behind in the development 43% 63%
overexcitation of the psyche 23% —
delay of mental development 25% 43%
organic brain damage 22% —
high height 23% 40%
joint diseases 21% —
weakness after illness 21% 35%
quickly gets tired 21% —
weakness in the legs 36% 44%
swelling 20% —
trauma 27% 32%
recovery period 20% —
childhood diseases 43% 46%
stage of recovery 20% —
drug disease 19% —
oncology 18% —
inflammation 18% —
rossolimo-steinert-kurschmann dystrophic myotonia 17% —

Instructions

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  3. The higher the percentage, the more important this symptom is for the disease and vice versa. At 0%, we can say that this symptom never occurs in the disease.
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