Ciliary neurotrophic factor （CNTF） dramatically increases following spinal cord injury and participates in the repair process, although some studies have shown that CNTF plays a role in promoting glial scar formatio...Ciliary neurotrophic factor （CNTF） dramatically increases following spinal cord injury and participates in the repair process, although some studies have shown that CNTF plays a role in promoting glial scar formation following spinal cord injury. The antibody closure model can be used to inhibit CNTF expression following spinal cord injury, thereby furthering the understanding of the role of CNTF in spinal cord injury repair. In the present experiment, spinal catheters were placed in the vertebral canal of spinal cord transected rats, and CNTF antibodies were injected following fixation of the paraspinal muscle catheter. At 24 hours after a single CNTF antibody injection, CNTF expression decreased in the thoracic and lumbar spinal cord and recovered to normal levels by 48 72 hours. CNTF antibody treatment can effectively block endogenous CNTF expression in the thoracic and lumbar spinal cord during an interval of less than 24 hours in transected rats.展开更多
Objective: To explore the clinical effect of lumbar pool drainage combined with antibiotics in the treatment of patients with intracranial infections, and to provide a reference basis for clinical treatment. Methods: ...Objective: To explore the clinical effect of lumbar pool drainage combined with antibiotics in the treatment of patients with intracranial infections, and to provide a reference basis for clinical treatment. Methods: To collect and select patients admitted to the First People’s Hospital of Jingzhou City for craniotomy from January 2016 to June 2022, the infected were 20 cases, and continuous drainage of the lumbar pool was used under the premise of systemic application of sensitive antibiotics. Results: Twenty cases in this group were discharged cured. Conclusion: Lumbar pool placement drainage combined with systemic application of antibiotics for intracranial infection is a safe and effective treatment method.展开更多
pupillary constriction occurs with intravenous administration of opioids such as sufentanil.However, few studies have investigated the pupillary effects of intrathecal （IT） sufentanil. It has previously been demonst...pupillary constriction occurs with intravenous administration of opioids such as sufentanil.However, few studies have investigated the pupillary effects of intrathecal （IT） sufentanil. It has previously been demonstrated that the cephalad spread within the cerebrospinal fluid of IT sufentanil results in side effects. There are two principal findings of the present study： （1） spinal sufentanil combined with low-dose of bupivacaine in patients with lower abdominal or lower extremity procedures induces a dose-dependent pupillary constriction that is far more sensitive than other centrally-mediated side effects; （2） the pupillary effect of IT sufentanil correlates closely with the adequacy of spinal anesthesia.展开更多
基金Science and Technology Joint Special Fund of Yunnan Province,No. 2009CD199
文摘Ciliary neurotrophic factor （CNTF） dramatically increases following spinal cord injury and participates in the repair process, although some studies have shown that CNTF plays a role in promoting glial scar formation following spinal cord injury. The antibody closure model can be used to inhibit CNTF expression following spinal cord injury, thereby furthering the understanding of the role of CNTF in spinal cord injury repair. In the present experiment, spinal catheters were placed in the vertebral canal of spinal cord transected rats, and CNTF antibodies were injected following fixation of the paraspinal muscle catheter. At 24 hours after a single CNTF antibody injection, CNTF expression decreased in the thoracic and lumbar spinal cord and recovered to normal levels by 48 72 hours. CNTF antibody treatment can effectively block endogenous CNTF expression in the thoracic and lumbar spinal cord during an interval of less than 24 hours in transected rats.
文摘Objective: To explore the clinical effect of lumbar pool drainage combined with antibiotics in the treatment of patients with intracranial infections, and to provide a reference basis for clinical treatment. Methods: To collect and select patients admitted to the First People’s Hospital of Jingzhou City for craniotomy from January 2016 to June 2022, the infected were 20 cases, and continuous drainage of the lumbar pool was used under the premise of systemic application of sensitive antibiotics. Results: Twenty cases in this group were discharged cured. Conclusion: Lumbar pool placement drainage combined with systemic application of antibiotics for intracranial infection is a safe and effective treatment method.
文摘pupillary constriction occurs with intravenous administration of opioids such as sufentanil.However, few studies have investigated the pupillary effects of intrathecal （IT） sufentanil. It has previously been demonstrated that the cephalad spread within the cerebrospinal fluid of IT sufentanil results in side effects. There are two principal findings of the present study： （1） spinal sufentanil combined with low-dose of bupivacaine in patients with lower abdominal or lower extremity procedures induces a dose-dependent pupillary constriction that is far more sensitive than other centrally-mediated side effects; （2） the pupillary effect of IT sufentanil correlates closely with the adequacy of spinal anesthesia.
