1.Evaluation of brainstem function using vestibular evoked myogenic potentials in patients with early-stage Parkinson′s disease
Yun SHEN ; Weiye XIE ; Hanxing LI ; Fen WANG ; Yongping DAI ; Chunfeng LIU
Chinese Journal of Neurology 2023;56(5):485-493
Objective:To investigate whether vestibular-evoked myogenic potentials (VEMP) can be used to assess brainstem and its supplementary diagnostic value in patients with early-stage Parkinson′s disease (PD).Methods:A total of 123 patients with early-stage PD (PD group) diagnosed in the Department of Neurology of the Second Affiliated Hospital of Soochow University from January 2019 to January 2022 were consecutively enrolled, and 122 healthy controls (healthy control group) were included. Cervical VEMP (cVEMP) and ocular VEMP (oVEMP) examinations were performed on all subjects. VEMP parameters between the 2 groups were compared, and receiver operating characteristic curve was used to evaluate the auxiliary diagnostic efficacy of VEMP for early-stage PD. Correlations between VEMP parameters and motor and non-motor symptoms such as autonomic dysfunction were analyzed in the PD group using Spearman correlation analysis.Results:Bilateral latencies of cVEMP [left P1 latency (Lp13): 19.0 (16.4, 20.9) ms vs 13.1(12.0, 14.2) ms, Z=-11.18, left N1 latency (Ln23): 27.4 (24.6, 29.9) ms vs 21.2 (19.8, 23.0) ms, Z=-10.14; right P1 latency (Rp13): 18.8 (16.2, 20.9) ms vs 13.0 (11.7, 14.1) ms, Z=-10.84, right N1 latency (Rn23): 27.7 (24.3, 29.7) ms vs 21.1 (19.6, 22.9) ms, Z=-10.50] and bilateral latencies of oVEMP [left N1 latency (Ln10): 12.7 (10.7, 14.4) ms vs 10.4 (9.7, 11.4) ms, Z=-8.02, left P1 latency (Lp15): 16.5 (15.1, 18.3) ms vs 14.5 (13.4, 15.3) ms, Z=-7.96; right N1 latency (Rn10): 12.8 (11.4, 14.0) ms vs 10.5 (9.7, 11.5) ms, Z=-8.85, right P1 latency (Rp15): 16.7 (15.3, 18.3) ms vs 14.4 (13.3, 15.1) ms, Z=-9.39] of the PD group significantly prolonged compared to the healthy control group (all P<0.001). Compared to the healthy control group, the area under the curve (AUC) values of Lp13, Ln23, Rp13 and Rn23 of cVEMP in the PD group were all greater than 0.7, and the AUC values of Lp13 and Rp13 in the PD group were greater than 0.9 (all P<0.001); the AUC values of Ln10, Lp15, Rn10, and Rp15 of oVEMP in the PD group were all greater than 0.7 (all P<0.001). The Rn10-p15 corrected amplitude in PD patients was positively correlated with levodopa equivalent dose ( r=0.21, P=0.020). The Rn10 in PD patients was positively correlated with the Non-Motor Symptoms Questionnaire scores ( r=0.21, P=0.023). The Lp13-n23 corrected amplitude was negatively correlated with the Scale for Outcomes in Parkinson′s Disease-Autonomic scores ( r=-0.20, P=0.023). There was no significant correlation between VEMP parameters and Unified Parkinson′s Disease Rating Scale part Ⅲ score ( P>0.05). Conclusion:VEMP, especially cVEMP, as a non-invasive neuroelectrophysiological index, is an objective marker for brainstem damage and could be used for screening early-stage PD patients.
2.China guideline for liver cancer screening (2022, Beijing)
Jie HE ; Wanqing CHEN ; Hongbing SHEN ; Ni LI ; Chunfeng QU ; Jufang SHI ; Feng SUN ; Jing JIANG ; Guangwen CAO ; Guihua ZHUANG ; Ji PENG
Chinese Journal of Digestive Surgery 2022;21(8):971-996
In China, the survival rate of liver cancer remains low while the mortality rate is high. Effectively reducing the burden of liver cancer is still a major challenge in the field of public health and chronic disease prevention in the Chinese population. Optimizing screening strategies for liver cancer remains a profound approach to secondary prevention worthy of continuous explora-tion. This guideline was commissioned by the Bureau of Disease Control and Prevention of the National Health Commission. The National Cancer Center of China initiated the guideline develop-ment and convened a multidisciplinary expert panel and working group. Following the World Health Organization Handbook for Guideline Development, this guideline integrated the most up-to-date evidence of liver cancer screening, China′s national conditions, and existing practical experience in liver cancer screening. Evidence-based recommendations on the target population, screening technologies, surveillance strategies, and other key points across the process of liver cancer screening and surveillance management were provided. This guideline would help to standardize the practice of liver cancer screening in China.
3.China guideline for liver cancer screening (2022, Beijing)
Jie HE ; Wanqing CHEN ; Hongbing SHEN ; Ni LI ; Chunfeng QU ; Jufang SHI ; Feng SUN ; Jing JIANG ; Guangwen CAO ; Guihua ZHUANG ; Ji PENG
Journal of Clinical Hepatology 2022;38(8):1739-1772
In China, the survival rate of liver cancer remains low while the mortality rate is high. Effectively reducing the burden of liver cancer is still a major challenge in the field of public health and chronic disease prevention in the Chinese population. Optimizing screening strategies for liver cancer remains a profound approach to secondary prevention worthy of continuous exploration. To address this pressing issue, the Bureau of Disease Control and Prevention of the National Health Commission commissioned this guideline. The National Cancer Center of China initiated the guideline development and convened a multidisciplinary expert panel and working groups. Following the World Health Organization Handbook for Guideline Development, this guideline integrated the most up-to-date evidence of liver cancer screening, China's national conditions, and existing practical experience in liver cancer screening. Evidence-based recommendations on the target population, screening technologies, surveillance strategies, and other key points across the process of liver cancer screening and surveillance management were provided. This guideline would help standardize the practice of liver cancer screening in China.
4.China guideline for liver cancer screening (2022, Beijing)
Jie HE ; Wanqing CHEN ; Hongbing SHEN ; Ni LI ; Chunfeng QU ; Jufang SHI ; Feng SUN ; Jing JIANG ; Guangwen CAO ; Guihua ZHUANG ; Ji PENG
Chinese Journal of Oncology 2022;44(8):779-814
In China, the survival rate of liver cancer remains low while the mortality rate is high. Effectively reducing the burden of liver cancer is still a major challenge in the field of public health and chronic disease prevention in the Chinese population. Optimizing screening strategies for liver cancer remains a profound approach to secondary prevention worthy of continuous exploration. To address this pressing issue, the Bureau of Disease Control and Prevention of the National Health Commission commissioned this guideline. The National Cancer Center of China initiated the guideline development and convened a multidisciplinary expert panel and working groups. Following the World Health Organization Handbook for Guideline Development, this guideline integrated the most up-to-date evidence of liver cancer screening, China′s national conditions, and existing practical experience in liver cancer screening. Evidence-based recommendations on the target population, screening technologies, surveillance strategies, and other key points across the process of liver cancer screening and surveillance management were provided. This guideline would help standardize the practice of liver cancer screening in China.
5.China guideline for liver cancer screening (2022, Beijing)
Jie HE ; Wanqing CHEN ; Hongbing SHEN ; Ni LI ; Chunfeng QU ; Jufang SHI ; Feng SUN ; Jing JIANG ; Guangwen CAO ; Guihua ZHUANG ; Ji PENG
Chinese Journal of Oncology 2022;44(8):779-814
In China, the survival rate of liver cancer remains low while the mortality rate is high. Effectively reducing the burden of liver cancer is still a major challenge in the field of public health and chronic disease prevention in the Chinese population. Optimizing screening strategies for liver cancer remains a profound approach to secondary prevention worthy of continuous exploration. To address this pressing issue, the Bureau of Disease Control and Prevention of the National Health Commission commissioned this guideline. The National Cancer Center of China initiated the guideline development and convened a multidisciplinary expert panel and working groups. Following the World Health Organization Handbook for Guideline Development, this guideline integrated the most up-to-date evidence of liver cancer screening, China′s national conditions, and existing practical experience in liver cancer screening. Evidence-based recommendations on the target population, screening technologies, surveillance strategies, and other key points across the process of liver cancer screening and surveillance management were provided. This guideline would help standardize the practice of liver cancer screening in China.
7.Clinical efficacy of Bobath therapy combined with traditional Chinese medicine fumigation and intradermal acupuncture on shoulder hand syndrome after stroke
Chunfeng SUN ; Zhonggen NI ; Shuxing LI ; Xiangdong MA ; Bin SHEN ; Shenghui JIN
Chinese Journal of Primary Medicine and Pharmacy 2020;27(13):1614-1618
Objective:To explore the clinical effect of Bobath manipulation combined with traditional Chinese medicine fumigation and intradermal acupuncture on shoulder hand syndrome(SHS) after stroke.Methods:From April 2017 to August 2019, 80 patients with SHS after stroke admitted to the People's Hospital of Deqing County were selected, and they were divided into control group and observation group according to the random digital table method, with 40 cases in each group.The control group was treated by Bobath therapy, and the observation group was treated by Bobath therapy combined with acupuncture(intradermal acupuncture) and traditional Chinese medicine fumigation.After 8 weeks of treatment, the ROM scale, FMA scale, BI scale and VAS scores were used to evaluate the improvement in the mobility of the shoulder and wrist joints, motor function of the upper limbs, quality of life and pain, and the clinical efficacy of the two groups was compared.Results:Compared with before treatment, the ROM scale score of all dimensions of shoulder and wrist mobility, FMA scale score and BI scale score of all patients after treatment increased significantly, and the VAS score decreased significantly, the differences were statistically significant(all P<0.05). Compared with the control group after treatment, the improvement of the indicators mentioned above of the observation group were better[shoulder joint flexion ROM score: (154.83±25.63)points vs.(133.82±22.03)points; shoulder joint abduction ROM score: (152.36±25.68)points vs.(133.35±19.96 )points; shoulder joint external rotation ROM score: (75.87±14.69)points vs.(60.82±16.57 )points; wrist joint palm flexion ROM score: (73.94±14.37)points vs.(57.37±9.47)points; wrist joint back extension ROM score: (60.83±7.61)points vs.(42.27±6.37 )points; FMA scale score: (45.74±6.82)points vs.(34.19±4.07)points; BI scale score: (70.36±12.09)points vs.(58.70±12.53)points; VAS score: (1.05±0.49)points vs.(3.37±1.14)points, t=3.703, 3.715, 3.257, 5.576, 7.964, 3.037, 8.746, 3.153, all P<0.05]. The total effective rate of the observation group was significantly higher than that of the control group[97.5%(39/40) vs.62.5%(25/40), χ 2=15.313, P<0.05)]. Conclusion:The combination of Bobath therapy with traditional Chinese medicine fumigation and intradermal acupuncture can improve the pain degree, joint mobility disorder, upper limb motor function and quality of life of SHS patients, the efficacy is better than single Bobath therapy.The clinical effect is accurate, and it is worthy of further promotion and application.
8.Pay attention to the standardized management of sleep disorders in Parkinson's disease
Chinese Journal of Neurology 2019;52(5):361-363
Various sleep disorders are the most common group of non-motor symptoms in Parkinson's disease (PD),which can also occur during the prodromal phase of PD.All types of sleep disturbances may be encountered in PD:insomnia,excessive daytime sleepiness,rapid eye movement sleep behavior disorders,restless legs syndrome and sleep-disordered breathing.Standardized management of PD patients with sleep disturbance will be beneficial to improve the overall quality of diagnosis,treatment and prognosis.More high-quality clinical trials need to be carried out in the future.
9.Application and prospect of PET in cancer-related cognitive impairment studies
Chunfeng SHEN ; Yiping SHI ; Xiaoguang SUN ; Jianjun LIU ; Gang HUANG
Chinese Journal of Nuclear Medicine and Molecular Imaging 2018;38(6):441-443
With the increasing number of cancer survivals,more attention has been paid to the cancer-related cognitive impairment (CRCI).It is urgent to explore the mechanism of CRCI as well as early intervention and relieving of such diseases.This review summarizes the application of PET in neuropsychology and cognitive impairment diseases.The advanced research progress and prospects of PET in CRCI are also introduced.
10.Comparison of RECIST1.1, PERCIST1.0, WHO and EORTC in the evaluation of treatment response in colorectal liver metastases after neoadjuvant chemotherapy
Qian XIA ; Cheng WU ; Linjun TONG ; Yiping SHI ; Dewei TANG ; Chunfeng SHEN ; Liangrong WAN ; Bo XU ; Gang HUANG ; Jianjun LIU
Chinese Journal of Nuclear Medicine and Molecular Imaging 2017;37(9):559-563
Objective To compare treatment response according to the PERCIST1.0,RECIST1.1,EORTC,and WHO criteria in patients with colorectal liver metastases (CLM) who received neoadjuvant chemotherapy.Methods A total of 41 CLM patients (27 males,average age 68.48 years;14 females,average age 62.43 years) from January 2010 to September 2013 were included in this retrospective study.PET/CT scan was performed before chemotherapy and after 4-6 cycles′ chemotherapy.The baseline and the sequential follow-up 18F-FDG PET/CT of each patient were evaluated according to the PERCIST1.0,RECIST1.1,EORTC,and WHO criteria.The response was categorized into 4 levels including CR,PR,SD,PD.PET/CT images were used for both metabolic and anatomic evaluation.The concurrent diagnostic CT or MRI images (performed within 1 week of PET/CT) were also utilized when needed.The agreements of criteria were analyzed using Kappa test.The response rate (RR) and disease control rate (DCR) were compared using χ2 test.Results The RR and DCR according to the PERCIST1.0,EORTC and RECIST1.1 criteria were 31.71%(13/41) and 63.41%(26/41),31.71%(13/41) and 60.98%(25/41),17.07%(7/41) and 68.29%(28/41),respectively.The general comparison of PERCIST1.0 and RECIST1.1,EORTC and RECIST1.1 criteria showed good agreements (κ values: 0.711,0.689).Significant difference was not found in the DCR(χ2=2.000,P>0.05) but found in the RR(χ2=6.000,P<0.05) between PERCIST1.0 and RECIST1.1.Difference of DCR between EORTC and RECIST1.1 was not significant(χ2=3.000,P>0.05),while the RR had significant difference(χ2=6.000,P<0.05).The RR and DCR according to WHO criterion were 12.20%(5/41) and 70.73%(29/41),which had a good consistency with those according to PERCIST1.0 criteria (κ=0.629).Significant statistical difference was not found in the DCR(χ2=3.000,P>0.05) but found in the RR(χ2=8.000,P<0.05) between PERCIST1.0 and WHO criteria.Conclusions In evaluating CLM treatment response,anatomical criteria and metabolic criteria have a good consistency.But metabolic criteria are more sensitive for RR evaluating.

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