Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙基因相关肽和长激神经肽可以作为LDH患者疼痛神经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是长激长作用调节因,IGF-I动训练、年龄、性别等因影响很小,但对外源性长激有很高敏感性。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

素基因相关肽和促生长激素神经肽可以作为LDH患者疼痛神经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是生长激素促生长作用调节因子,IGF-I受运动训练、年龄、别等因素影响很小,但对外源生长激素有很高敏感。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙基因相关和促生长激可以作为LDH患者疼痛化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是生长激促生长作用调节因子,IGF-I受运动训练、年龄、性别等因影响小,但对外源性生长激有高敏感性。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙素基因相关肽和促生长激素神经肽可以作LDH疼痛神经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是生长激素促生长作用调节因子,IGF-I受运动训练、年龄、别等因素影响很小,但对生长激素有很高敏感。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙基因相关肽和促生长激神经肽可以作为LDH患者疼痛神经标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是生长激促生长作用调节因子,IGF-I受运动训练、年龄、性别等因响很小,但对外源性生长激有很高敏感性。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙基因相关肽和促生长经肽可以作为LDH患者疼痛经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是生长促生长作用调节因子,IGF-I受运动训练、年龄、性别等因影响小,但对外源性生长有敏感性。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙素基因相关肽和促生长激素神经肽可以作为LDH患者疼痛神经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究,IGF-I生长激素促生长作用调节因子,IGF-I受运动训练、、别等因素影响很小,但对外源生长激素有很高敏感。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙素基因相关生长激素神经可以作为LDH患者疼痛神经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表,IGF-I是生长激素生长作用调节因子,IGF-I受运动训练、年龄、别等因素影响很小,但对外源生长激素有很高敏感。

Conclusions. These findings indicate the role of plasma CGRP and possibly galanin as a systemic neurochemical signature of pain states in patients with LDH.

降钙素基因相关肽和促生长激素神经肽可以作为LDH患者疼痛神经化学指标。

IGF-I was the accommodated factor of GH.IGF-I was littleaffected by such factors as training ,age and sex, but it was much affected by ectogenesis GH.

研究表明,IGF-I是生长激素促生长作用调节因子,IGF-I受运动训练、年龄、性别等因素影响很小,但对外源性生长激素有很高敏感性。