Summary： Chinese herbal medicine （CHM）, as the largest application category of traditional Chinese medicine （TCM）, is widely accepted among cancer patients in China. Herbal slice （HS） and Chinese patent drug （...Summary： Chinese herbal medicine （CHM）, as the largest application category of traditional Chinese medicine （TCM）, is widely accepted among cancer patients in China. Herbal slice （HS） and Chinese patent drug （CPD） are commonly used CHM in China. This study aimed to investigate the utilization of CHM among clinicians and cancer patients in central China. Five hundred and twenty-five patients and 165 clinicians in 35 comprehensive hospitals in central China were asked to complete an anonymous questionnaire that was designed to evaluate the use of CHM. The results showed that 90.74% clinicians and 72.24% cancer patients used CHM during cancer treatment. The educational backgrounds of the clinicians and the age, education level, annual income, and cancer stage of the cancer patients were re- lated to use of CHM. More than 90% clinicians and cancer patients had used CPD. Comparatively, the percentage of HS use was 10% lower than that of CPD use among clinicians and cancer patients. More clinicians preferred to use CHM after surgery than cancer patients did （20.41% vs. 5.37%）. Enhancing physical fitness and improving performance status were regarded as the most potential effect of CHM on cancer treatment （85.71% among clinicians and 94.07% among cancer patients）, in comparison with directly killing tumor cells （24.49% among clinicians and 31.36% among patients）. As for refusal rea- sons, imprecise efficacy was the unanimous （100%） reason for clinicians＇ rejection of CHM, and 95.58% patients objected to using CHM also for this reason. Furthermore, the side effects of CHM were more concerned by clinicians than by patients （33.33% vs. 15.81%）. In conclusion, our survey revealed that CHM was popularly accepted by clinicians and cancer patients in central China. The reasons of use and rejection of CHM were different between clinicians and cancer patients.展开更多
<strong>Objective:</strong> We assess the application effect of the “3 + 1” mode in the COVID-19 epidemic prevention and control at the infection ward of a designated comprehensive hospital for COVID-19 ...<strong>Objective:</strong> We assess the application effect of the “3 + 1” mode in the COVID-19 epidemic prevention and control at the infection ward of a designated comprehensive hospital for COVID-19 treatment.<strong> Method: </strong>Based on the features of the inpatients of the infection ward and their relatives, a “3 + 1” mode for the COVID-19 prevention and control is developed to conform to the demands for epidemic prevention and control and the overall prevention and control scheme of the whole hospital. Here, “3” stands for the epidemic prevention and control system, personnel management, and prevention and control measures;“1” stands for COVID-19 testing.<strong> Result: </strong>From March 1, 2020 to March 31, 2021, a total of 3056 patients were hospitalized in the three infection wards. Among them, 265 patients had a fever, and 113 patients had respiratory symptoms. None of them were infected with COVID-19. The participation rate of the test about the knowledge related to COVID-19 and the knowledge mastery rate were both 100% among the medical staff. None of the inpatients and their companions or the medical staff was diagnosed with COVID-19.<strong> Conclusion: </strong>Thus the “3 + 1” mode proves successful for avoiding nosocomial infection and the spread of the epidemic.展开更多
BACKGROUND： Acute stroke unit （stroke care unit） is developing in some domestic large-sized hospitals, but most stroke patients need stroke rehabilitation unit therapy, so setting stroke rehabilitation unit in medi...BACKGROUND： Acute stroke unit （stroke care unit） is developing in some domestic large-sized hospitals, but most stroke patients need stroke rehabilitation unit therapy, so setting stroke rehabilitation unit in medium-sized comprehensive community hospital （secondary hospital）, where medical facility is relatively insufficient, is a new pathway to satisfy stroke patients. OBJECTIVE： To observe the comprehensive effect of developing stroke rehabilitation unit based on the facility of secondary hospital and its feasibility. DESIGN： Non-randomized concurrent controlled observation SETTING： Department of Neurology, Beijing Longfu Hospital PARTICIPANTS： Totally 264 stroke reconvalescents who suffered stroke for 7 days and received treatment in the Department of Neurology, Beijing Longfu Hospital during June 2003 to June 2005 were involved in the study. All the involved patients were confirmed by CT or MRI. The patients were scored by using Modified Edinbergh-Scandinavia stroke scale （SSS） 〉 16 points. Written informed consents were obtained from all the patients. The patients were assigned into 2 groups according to the willing of patients and their relatives： （1）treatment group, in which, there were 134 patients, 76 males and 58 females, aged 43 to 74 years; cerebral infarction was found in 116 cases and cerebral hemorrhage in 18 cases;（2） control group, in which, there were 130 patients, 66 males and 64 females, aged 45 to 77 years, cerebral infarction was found in 115 cases and cerebral hemorrhage in 15 cases. There were significant differences in baseline data of the patients between two groups. METHODS： A same basic treatment was conducted in the patients of the two groups. （1） Patients in the treatment group admitted to stroke rehabilitation unit and received comprehensive rehabilitation treatment. The rehabilitation flow-sheet： randomization-letting the patients of treatment group go into the unit-making comprehensive assessment in the initial stage-making therapy plan-talking with patients and their other family members-general rehabilitation-making metaphase assessment-adjusting therapy plan-making final assessment-letting the patients discharge and doing follow-up visits. （2） The patients in the control group admitted to common wards, and they were encouraged to do activities by themselves in the early stage, but did not receive rehabilitation training under the instructions from professional physicians. MAIN OUTCOME MEASURES： The following assessments were conducted on admission and 7 and 28 days after admission： （1） Severity of stroke and motor function： scored as 0 to 45 points by SSS, the higher points, the severer damage. （2）Activities of daily living： Evaluated by Barthel index, 110 points in total, 110 points meant normal, 0 point meant extremely poor. （3）Mental status： evaluated by Hopkin＇s symptom scale with a 5-point scoring. The symptom was scored with low to high points. （4）Cognitive function： Quantification measurement was conducted with LOTCA method. The higher points, the better therapeutic effects. RESULTS： （1） Three cases dropped out and one died in the treatment group, 11 cases dropped out and 4 died in the control group. （2）The neurologic impairment points on 7 and 28 days after therapy in the treatment group were lower than those in the control group separately [7 days：（9.73±6.43） points vs. （12.63± 7.87） points, t =2.28, P〈 0.05;28 days：（7.88±4.81） points vs. （9.84±7.03）points, t =2.04, P〈 0.05]. Barthel index on 7 and 28 days after therapy in the treatment group were higher than those in the control group separately [7 days：（54.28±8.38） points vs. （39.76±7.31） points, t =2.206, P 〈 0.05; 28 days： （89.72±7.94） points vs. （67.34±8.63） points, t =2.812, P 〈 0.01]. （4） Patients were allocated into different age groups based on age and evaluated with LOTCA. Results showed that there were no significant differences among different age groups （P 〉 0.05）. （5） Totally 160 patients in the two groups accomplished the Hopkin＇s test, among them, 94 （58.7%） had different mental disorders; Among the patients with mental disorder, depression, obsessive-compulsive and anxiety were found mostly, being 53.8%, 52.5% and 46.2%, respectively. CONCLUSION： （1） Developing stroke rehabilitation unit therapy in the secondary hospital can obviously improve the motor function and activities of daily living of stroke reconvalescents. （2） More than half of the stroke reconvalescents accompany the symptoms of depression, obsessive-compulsive, anxiety and other mental disorders. （3） The cognitive function of stroke reconvalescents is not related to age.展开更多
基金supported by Hubei Provincial Health Department Research Fund Project of China(No.2012Z-Y10)
文摘Summary： Chinese herbal medicine （CHM）, as the largest application category of traditional Chinese medicine （TCM）, is widely accepted among cancer patients in China. Herbal slice （HS） and Chinese patent drug （CPD） are commonly used CHM in China. This study aimed to investigate the utilization of CHM among clinicians and cancer patients in central China. Five hundred and twenty-five patients and 165 clinicians in 35 comprehensive hospitals in central China were asked to complete an anonymous questionnaire that was designed to evaluate the use of CHM. The results showed that 90.74% clinicians and 72.24% cancer patients used CHM during cancer treatment. The educational backgrounds of the clinicians and the age, education level, annual income, and cancer stage of the cancer patients were re- lated to use of CHM. More than 90% clinicians and cancer patients had used CPD. Comparatively, the percentage of HS use was 10% lower than that of CPD use among clinicians and cancer patients. More clinicians preferred to use CHM after surgery than cancer patients did （20.41% vs. 5.37%）. Enhancing physical fitness and improving performance status were regarded as the most potential effect of CHM on cancer treatment （85.71% among clinicians and 94.07% among cancer patients）, in comparison with directly killing tumor cells （24.49% among clinicians and 31.36% among patients）. As for refusal rea- sons, imprecise efficacy was the unanimous （100%） reason for clinicians＇ rejection of CHM, and 95.58% patients objected to using CHM also for this reason. Furthermore, the side effects of CHM were more concerned by clinicians than by patients （33.33% vs. 15.81%）. In conclusion, our survey revealed that CHM was popularly accepted by clinicians and cancer patients in central China. The reasons of use and rejection of CHM were different between clinicians and cancer patients.
文摘<strong>Objective:</strong> We assess the application effect of the “3 + 1” mode in the COVID-19 epidemic prevention and control at the infection ward of a designated comprehensive hospital for COVID-19 treatment.<strong> Method: </strong>Based on the features of the inpatients of the infection ward and their relatives, a “3 + 1” mode for the COVID-19 prevention and control is developed to conform to the demands for epidemic prevention and control and the overall prevention and control scheme of the whole hospital. Here, “3” stands for the epidemic prevention and control system, personnel management, and prevention and control measures;“1” stands for COVID-19 testing.<strong> Result: </strong>From March 1, 2020 to March 31, 2021, a total of 3056 patients were hospitalized in the three infection wards. Among them, 265 patients had a fever, and 113 patients had respiratory symptoms. None of them were infected with COVID-19. The participation rate of the test about the knowledge related to COVID-19 and the knowledge mastery rate were both 100% among the medical staff. None of the inpatients and their companions or the medical staff was diagnosed with COVID-19.<strong> Conclusion: </strong>Thus the “3 + 1” mode proves successful for avoiding nosocomial infection and the spread of the epidemic.
文摘BACKGROUND： Acute stroke unit （stroke care unit） is developing in some domestic large-sized hospitals, but most stroke patients need stroke rehabilitation unit therapy, so setting stroke rehabilitation unit in medium-sized comprehensive community hospital （secondary hospital）, where medical facility is relatively insufficient, is a new pathway to satisfy stroke patients. OBJECTIVE： To observe the comprehensive effect of developing stroke rehabilitation unit based on the facility of secondary hospital and its feasibility. DESIGN： Non-randomized concurrent controlled observation SETTING： Department of Neurology, Beijing Longfu Hospital PARTICIPANTS： Totally 264 stroke reconvalescents who suffered stroke for 7 days and received treatment in the Department of Neurology, Beijing Longfu Hospital during June 2003 to June 2005 were involved in the study. All the involved patients were confirmed by CT or MRI. The patients were scored by using Modified Edinbergh-Scandinavia stroke scale （SSS） 〉 16 points. Written informed consents were obtained from all the patients. The patients were assigned into 2 groups according to the willing of patients and their relatives： （1）treatment group, in which, there were 134 patients, 76 males and 58 females, aged 43 to 74 years; cerebral infarction was found in 116 cases and cerebral hemorrhage in 18 cases;（2） control group, in which, there were 130 patients, 66 males and 64 females, aged 45 to 77 years, cerebral infarction was found in 115 cases and cerebral hemorrhage in 15 cases. There were significant differences in baseline data of the patients between two groups. METHODS： A same basic treatment was conducted in the patients of the two groups. （1） Patients in the treatment group admitted to stroke rehabilitation unit and received comprehensive rehabilitation treatment. The rehabilitation flow-sheet： randomization-letting the patients of treatment group go into the unit-making comprehensive assessment in the initial stage-making therapy plan-talking with patients and their other family members-general rehabilitation-making metaphase assessment-adjusting therapy plan-making final assessment-letting the patients discharge and doing follow-up visits. （2） The patients in the control group admitted to common wards, and they were encouraged to do activities by themselves in the early stage, but did not receive rehabilitation training under the instructions from professional physicians. MAIN OUTCOME MEASURES： The following assessments were conducted on admission and 7 and 28 days after admission： （1） Severity of stroke and motor function： scored as 0 to 45 points by SSS, the higher points, the severer damage. （2）Activities of daily living： Evaluated by Barthel index, 110 points in total, 110 points meant normal, 0 point meant extremely poor. （3）Mental status： evaluated by Hopkin＇s symptom scale with a 5-point scoring. The symptom was scored with low to high points. （4）Cognitive function： Quantification measurement was conducted with LOTCA method. The higher points, the better therapeutic effects. RESULTS： （1） Three cases dropped out and one died in the treatment group, 11 cases dropped out and 4 died in the control group. （2）The neurologic impairment points on 7 and 28 days after therapy in the treatment group were lower than those in the control group separately [7 days：（9.73±6.43） points vs. （12.63± 7.87） points, t =2.28, P〈 0.05;28 days：（7.88±4.81） points vs. （9.84±7.03）points, t =2.04, P〈 0.05]. Barthel index on 7 and 28 days after therapy in the treatment group were higher than those in the control group separately [7 days：（54.28±8.38） points vs. （39.76±7.31） points, t =2.206, P 〈 0.05; 28 days： （89.72±7.94） points vs. （67.34±8.63） points, t =2.812, P 〈 0.01]. （4） Patients were allocated into different age groups based on age and evaluated with LOTCA. Results showed that there were no significant differences among different age groups （P 〉 0.05）. （5） Totally 160 patients in the two groups accomplished the Hopkin＇s test, among them, 94 （58.7%） had different mental disorders; Among the patients with mental disorder, depression, obsessive-compulsive and anxiety were found mostly, being 53.8%, 52.5% and 46.2%, respectively. CONCLUSION： （1） Developing stroke rehabilitation unit therapy in the secondary hospital can obviously improve the motor function and activities of daily living of stroke reconvalescents. （2） More than half of the stroke reconvalescents accompany the symptoms of depression, obsessive-compulsive, anxiety and other mental disorders. （3） The cognitive function of stroke reconvalescents is not related to age.
