ESPE Abstracts (2015) 84 P-3-982

ESPE2015 Poster Category 3 GH & IGF (68 abstracts)

Experience of the Use of Genetically Engineered GH ‘Rastan’ by Children in Clinical Practice

Elena Kulagina a , Elena Savelyeva a & Galina Chistousova b


aOrenburg Children’s Clinical Hospital, Orenburg, Russia; bPerm Regional Children’s Clinical Hospital, Perm, Russia


Objective: To evaluate the efficacy of the drug ‘Rastan’, (manufacturer JSC ‘Pharmstandard-Ufa Vita’), in children with GH deficiency at the beginning of treatment at different ages.

Materials and methods: We examined two groups of patients with GH deficiency who receive the drug for 3 years. In group 1, nine boys and two girls with age at debut of therapy 5.88±1.35 (from 3.3 to 7.1 years); in the 2nd group of ten boys and two girls at the beginning of treatment in 10.57±1.76 (from 8.3 to 13.7 years). The diagnosis is established on the basis of the standard stimulus samples, the maximum release of GH in the sample with clonidine in group 1 3.46±2.81 ng/ml were evaluated by growth rate, bone age S.D.s of growth.

Results: At the start of treatment age in group 1 5.88±1.35, bone age 2.39±0.56, S.D.s growth 4.11±0.83; respectively in group 2, the patients’ age 10.57±1.76, bone age 6.87±2.0 S.D.s growth – 3.201±0.34. For 1 year of treatment, the growth rate in group 1 amounted 8.04±3.30 cm, in group 2 9.05 of 2.72 cm, which has no significant differences (P=0.75). S.D.s of growth did not change significantly and amounted to −3.48±0.97 cm (P=0.28) in group 1, −2.82±38 cm (P=0.077) in group 2. For 3 years in the growth one and group 2 added 23.46±6.87 cm and 22.30±6.44 cm (P=0.28) respectively. SDs growth decreased from −4.11±0.83 cm to −2.43±1.139 cm (P=0.007) in group 1 and in group 2 with-3.20±1.34 cm to −2.02±1.21 cm (P=0.045). Bone age increased in group 1 comparison with 2.39±0.56 to 5.76±1.57 (P=0.007) and in group 2 with 6.87±2.0 to 11.01±1.91 (P=0.013).

Conclusions: These clinical observations demonstrate a significant effect of the drug ‘Rastan’ in the treatment of GH deficiency by children for 3 years regardless of the age of the patients at the beginning of therapy. Experience of the use of genetically engineered GH ‘Rastan’ by children in clinical practice.

Volume 84

54th Annual ESPE (ESPE 2015)

Barcelona, Spain
01 Oct 2015 - 03 Oct 2015

European Society for Paediatric Endocrinology 

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