Effects of mouse nerve growth factor in treating cerebral injury in acute period caused by cerebral hemorrhage.

OBJECTIVE

To explore the clinical effects of mouse Nerve Growth Factor (NGF) in treating cerebral injury in acute period caused by cerebral hemorrhage, observe its influences on Natriuretic Peptide (BNP) and NF-kB Level and evaluate its safety and efficiency.

METHODS

96 cases with acute cerebral hemorrhage from January 2016 to January 2017 in our hospital were recruited as this study, they were randomly divided into the control group and the observation group, each 48 cases. The observation group were given NGF on the treatment of the control group. NIHSS, BI score, adverse reactions records were compared in two groups before and after treatment. The clinical effective rate were evaluated. Then BNP and NF-KB Level of patients in two groups before and after treatment were detected by using ELISA.

RESULTS

There were no significant differences in two groups before treatment with respect to NIHSS and BI score ( 0.05). After treatment, NIHSS score in the observation group significantly lower than the control group. BI score in the observation group significantly higher than the control group, differences had obvious significance ( 0.05). The total effective rate in the observation group was 93.75%. The control group was 70.83%. Clinical effective rate of patients in the observation group significantly better than the control group ( 0.05). There were no significant differences of patients in two groups before treatment with respect to BNP and NF-kB Level ( 0.05). BNP and NF-kB Level decreased with different levels in two groups after treatment, and the observation group lower than the control group at the same time ( 0.05).

CONCLUSION

NGF is benefit for relieving neurological function injury of patients with acute cerebral hemorrhage in acute period, improving living ability of patients. Patients have good tolerance and no adverse reactions. NGF can lower BNP and NF-kB Level. It has a certain function of inhibiting inflammatory injury caused by cerebral hemorrhage, thus protecting neuron. It is worthy of clinical promotion.