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Research ArticleOriginal Article
Open Access

The role of the family in early intervention of preterm infants with abnormal general movements

Ozgun K. Kara, Sedef Sahin, Bilge N. Yardimci and Akmer Mutlu
Neurosciences Journal April 2019, 24 (2) 101-109; DOI: https://doi.org/10.17712/nsj.2019.2.20180001
Ozgun K. Kara
Department of Physiotherapy and Rehabilitation (Kara, Yardimci, Mutlu), and Department of Occupational Therapy (Sahin), Faculty of Health Sciences, Hacettepe University, Ankara, Turkey
PT, PhD
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  • For correspondence: [email protected]
Sedef Sahin
Department of Physiotherapy and Rehabilitation (Kara, Yardimci, Mutlu), and Department of Occupational Therapy (Sahin), Faculty of Health Sciences, Hacettepe University, Ankara, Turkey
PT, PhD
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Bilge N. Yardimci
Department of Physiotherapy and Rehabilitation (Kara, Yardimci, Mutlu), and Department of Occupational Therapy (Sahin), Faculty of Health Sciences, Hacettepe University, Ankara, Turkey
PT. MSc
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Akmer Mutlu
Department of Physiotherapy and Rehabilitation (Kara, Yardimci, Mutlu), and Department of Occupational Therapy (Sahin), Faculty of Health Sciences, Hacettepe University, Ankara, Turkey
PT, PhD
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    Figure 1

    Follow up diagram.

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    Figure 2

    Changes by time in motor development in groups A gross motor B Fine motor.

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    Table 1

    Content of intervention.

    PositionsMovementAims
    Supine-Weight bearing through head, neck, and shoulder with trunk elongation
    -Pelvis rotation
    -Stimulation of upper and lower extremities with different surfaces
    -Increase strength and control of the anterior shoulder and chest muscles
    -Increase strength and balance. Control of the anterior and posterior neck muscles
    -Improve proximal stabilization and proprioceptive inputs
    -Maintain the head up and in the midline
    Prone-Weight bearing through upper limbs with vestibular stimulations; intermittent compression through shoulders
    -Pelvis stabilization
    -Increase strength and balance of the anterior and posterior shoulder muscles
    -Increase strength, balance, and control of the anterior and posterior neck and upper back muscles
    Side lying-Bilateral upper limb activities and dissociated movement in lower extremities-Scapula stabilization
    -Strength and control of shoulder girdle to provide a stable base for head lifting and turning
    -Bring the hands to mouth
    -Improve selective movements in hips
    Sitting-Reaching forward, backward and sides with trunk elongation-Increase the strength of back extensors and abdominal muscles
    -Improve anterior, posterior and sideway balance
    -Provide postural control -Reach to toy with hands and grasp
    Standing-Reaching forward and sideways while standing, weight bearing of lower extremities in front of the mirror, cruising around furniture-Increase the strength of back and hip extensors and abdominal muscles
    -Increase the strength of gluteus medius to provide the hip stabilization in the stance phase of walking
    Transition Positions-Sitting to stand, rolling supine to prone, supine to sit-Increase the strength of back and trunk extensors
    -Minimize the asymmetry
    -Improve the balance and postural control
    -Increase the strength of the trapezius and quadriceps muscle
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    Table 2

    Demographic characteristics of preterm infants.

    Demographic characteristicsStudy Group (n=16)Control Group (n=16)P-value
    Median (min-max)
    Corrected age (d)90(85-96)90.5(87-95)0.89
    Weight (g) at 3 m5445(4100-6980)5465(4300-6500)0.72
    Height (cm) at 3 m59.5 (50-64)59(53-65)0.85
    Gestational age (wk)28.85 (26.43-32)29 (27-32)0.49
    Birth weight (g)1285 (710-1500)1360 (920-1500)0.57
    Maternal age (yr)32.6±5.930.37±4.50.14
    Gender n(%)
     Girls8 (50)8 (50)1.00
     zBoys8 (50)8 (50)
    Genreral movement analysis (Fidgety Movements - FM) n(%)
     Absent FM661.00
     Sporadic/Abnormal FM1010
     IVH gr. (1-2)5 (31.3)6 (37.5)1.00
     IUGR1 (6.3)2 (12.5)1.00
    • Values are given as median (minimum-maximum) for continuous variables, and frequency for categorical variables. aMann-Whitney’s U-test for continuous variable, b Chi-square test for categorical variables. P-values of <0.05 were considered significant. X - mean, SD - standard deviation, d - days, g - grams, cm - centimeter, wk - weeks, yr - years, IVH - intraventricular hemorrhage, gr - grade, m - months, IUGR - intrauterine growth retardation

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    Table 3

    Fine and Gross Motor Scale Scores of Bayley-III.

    Bayley-IIIStudy Group (n=16)Control Group (n=16)
    MonthsMedian25-75%Median25-75%
    Fine motor
     3109.25-12119.25-12
     62219.5-24.52119.25-22
     92623.25-282524-28
     1228.525.5-30.7528.525-30
     2440.537.25-413836.25-41
    Gross Motor
     314.513.25-1815.514-18
     62927-332827-30.75
     93834.5-4037.536-39.75
     1241.530.25-45.2541.537.5-43.75
     245954.25-60.7557.555-59.75
    • View popup
    Table 4

    Changes by time in fine and gross motor development.

    Bayley-IIIStudy GroupControl GroupChanges by time in fine and gross motor development within groupsChanges by time in fine and gross motor development between groups
    X/SDX/SDStudy GroupControl GroupZpbEffect size (db)
    ZpaZpa
    Differences Between Months
    Fine motor
     6-311.372.1210.621.99-3.536<0.001*-3.552<0.001*-1.5550.120.36
     9-64.061.734.750.77-3.3600.001*-3.573<0.001*-1.9890.320.51
     12-92.371.4521.89-3.3350.001*-3.2070.001*-1.0810.280.21
     24-1210.871.9210.372.09-3.5260.001*-3.528<0.001*-0.5340.610.24
    Gross motor
     6-314.063.3112.682.77-3.522<0.001*-3.538<0.001*-1.2230.220.45
     9-68.182.458.930.77-3.553<0.001*-3.621<0.001*-0.7790.430.41
     12-942.063.872.65-3.528<0.001*-3.570<0.001*-0.6930.480.054
     24-1215.812.5815.312.33-3.524<0.001*-3.540<0.001*-0.6090.540.203
    • **Statistically significant at p<0.05. P-value (superscript a) for within-group change calculated using Wilcoxon signedrank test. P-value (superscript b) for between-group difference in baseline scores calculated using Mann Whitney-U tests. X - mean, SD - standard deviation, Effect Size: db >0.80

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The role of the family in early intervention of preterm infants with abnormal general movements
Ozgun K. Kara, Sedef Sahin, Bilge N. Yardimci, Akmer Mutlu
Neurosciences Journal Apr 2019, 24 (2) 101-109; DOI: 10.17712/nsj.2019.2.20180001

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The role of the family in early intervention of preterm infants with abnormal general movements
Ozgun K. Kara, Sedef Sahin, Bilge N. Yardimci, Akmer Mutlu
Neurosciences Journal Apr 2019, 24 (2) 101-109; DOI: 10.17712/nsj.2019.2.20180001
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