Objective:To analyze Chinese and English literature related to Kangfuxin liquid for wound healing using CiteSpace Knowledge Graph,and to understand its research hotspots,current status,and development trend.Methods:Chinese literature on Kangfuxin Liquid in promoting wound healing was retrieved from the China National Knowledge Infrastructure(CNKI),and English literature from Web of Science(WOS),covering the period from January 1,2004,to October 1,2024.CiteSpace 6.1.R6 was used to perform visual analyses based on publication volume,institutions,authors,and keywords.Results:A total of 795 Chinese articles and 21 English articles were included.Overall publication volumes for both languages showed an upward trend,though Chinese publications slightly declined after 2017.Author collaboration network analysis revealed scattered and limited cooperation among researchers,with the field predominantly led by domestic scholars.Institutional collaboration analysis identified Chengdu University of Traditional Chinese Medicine as the most prolific institution in both Chinese and English literature.The mapping indicated closer collaboration among English literature institutions compared to Chinese counterparts.High-frequency keywords in Chinese literature included Kangfuxin liquid,pressure ulcer,and wound healing,while English keywords included expression,chitosan,and induced gastric ulcer.The representative clustering tags in the Chinese database were#0 Kangfuxin,#1 nurse,and#2 therapeutic effect.The representative English clustering tags were#0 diabetic wound,#1 marine polysaccharide,and#2 slamf 9.The research hotspot of the Chinese database before 2019 focused on Kangfuxin Liquid's role in wound healing,while post-2020 studies shifted toward the role of inflammatory factors during healing.Conclusions:Visual analysis confirms Kangfuxin Liquid in wound healing as a research hotspot.Future studies should strengthen interdisciplinary and regional collaborations,with mechanistic exploration and clinical applications prioritized.

Melanoma is a highly malignant and easily metastasizing skin tumor for which traditional systemic therapies often yield limited efficacy.Functional hydrogels,three-dimensional network materials composed of hydrophilic polymers,exhibit excellent biocompatibility,tunable degradation,high loading capacity,and intelligent responsiveness,showing broad application prospects in melanoma treatment.This review summarizes the advances in the application of functional hydrogels as multi-functional platforms for melanoma treatment,aiming to provide insights and references for future developments in this field.

Military training represents one of the most essential activities for troops during peacetime,of which the prevention and treatment of training-induced injuries are a very important part.Recent findings of research suggest that cold atmospheric plasma(CAP)exhibits a distinctive and multifaceted superiority in terms of broad-spectrum sterilization,rapid blood coagulation and healing promotion for wounds.Consequently,CAP has good prospects of applications in diverse fields such as clinical medicine,emergency rescue and military medicine.Based on a review of the research progress in plasma medicine,the applicability of CAP in the prevention and treatment of military training injuries was discussed in this paper by focusing on the urgent issues related to military training injury,including the typical application scenarios and methods for CAP,the safety and effectiveness of plasma trauma prevention and treatment,and the key issues facing the prevention and treatment of military training injuries.

Objective:To explore the interest of medical students in innovation and entrepreneurship education,providing a reference for optimizing the innovation and entrepreneurship education system.Methods:A total of 510 students from the first to fifth academic years at a medical school were selected as the study subjects.An anonymous online survey was conducted via Questionnaire Star to assess students'understanding of innovation and entrepreneurship cognition,willingness,and the current status of education,and interest scores across different majors were compared.Results:The survey revealed that 92.35%of medical students expressed interest in innovation and entrepreneurship and 96.08%of medical students recognized its importance for personal career development.About 83.53%of medical students believed it was essential for medical schools to cultivate innovation and entrepreneurship awareness,yet only 50.98%viewed it as a means to develop innovative projects.Regarding the current educational environment,over 95%of students affirmed the school's initiatives,supportive atmosphere,and resource provision.However,only 32.35%had participated in extracurricular innovation and entrepreneurship activities.During the process of innovation and entrepreneurship,87.65%of the students believed that lack of experience was the main obstacle.And 80.59%of the students hope that the school could provide venues and financial support.And 90.19%of the students expected that school-enterprise cooperation could increase practical opportunities.Additionally,professional background significantly influenced students'interest,with dental medicine students scoring markedly higher than those in clinical medicine,medical laboratory technology,and other disciplines(P＜0.05).Conclusions:The surveyed medical students demonstrated a positive attitude toward innovation and entrepreneurship,yet gaps remained in practical application and resource accessibility.The institution should refine curricula,strengthen industry-academia collaboration,and develop tailored programs based on disciplinary characteristics to enhance students'innovation and entrepreneurship capabilities.

Objective Based on the bibliometric methods of CiteSpace and VOSviewer,this paper analyzes Chinese and English literature on the application of plasma in wound healing,combs the current research status and hotspots,and predicts the future development trends of basic and clinical research.Methods The data retrieval platforms include China National Knowledge Infrastructure(CNKI),Wanfang Data Knowledge Service Platform,VIP Chinese Science and Technology Journal Database,and Web of Science(WOS).A total of 310 relevant articles were included,and information such as the number of publications,authors,institutions,countries,and keywords was visualized.Results As an emerging research direction in the 21st century,the volume of publications on plasma-promoted wound healing has shown an overall upward trend,with more publications abroad;currently,most research teams at home and abroad come from higher learning institutions and present the characteristics of multidisciplinary exchange and integration.Conclusion Plasma technology has a significant effect in promoting the healing of various complex and difficult wounds,but there is a lack of basic research literature at present.Therefore,it is necessary to further verify its mechanism of action in order to expect plasma to have a wider range of clinical research and applications in promoting wound healing in the future.

Objective:To analyze Chinese and English literature related to Kangfuxin liquid for wound healing using CiteSpace Knowledge Graph,and to understand its research hotspots,current status,and development trend.Methods:Chinese literature on Kangfuxin Liquid in promoting wound healing was retrieved from the China National Knowledge Infrastructure(CNKI),and English literature from Web of Science(WOS),covering the period from January 1,2004,to October 1,2024.CiteSpace 6.1.R6 was used to perform visual analyses based on publication volume,institutions,authors,and keywords.Results:A total of 795 Chinese articles and 21 English articles were included.Overall publication volumes for both languages showed an upward trend,though Chinese publications slightly declined after 2017.Author collaboration network analysis revealed scattered and limited cooperation among researchers,with the field predominantly led by domestic scholars.Institutional collaboration analysis identified Chengdu University of Traditional Chinese Medicine as the most prolific institution in both Chinese and English literature.The mapping indicated closer collaboration among English literature institutions compared to Chinese counterparts.High-frequency keywords in Chinese literature included Kangfuxin liquid,pressure ulcer,and wound healing,while English keywords included expression,chitosan,and induced gastric ulcer.The representative clustering tags in the Chinese database were#0 Kangfuxin,#1 nurse,and#2 therapeutic effect.The representative English clustering tags were#0 diabetic wound,#1 marine polysaccharide,and#2 slamf 9.The research hotspot of the Chinese database before 2019 focused on Kangfuxin Liquid's role in wound healing,while post-2020 studies shifted toward the role of inflammatory factors during healing.Conclusions:Visual analysis confirms Kangfuxin Liquid in wound healing as a research hotspot.Future studies should strengthen interdisciplinary and regional collaborations,with mechanistic exploration and clinical applications prioritized.

Objective:To explore the interest of medical students in innovation and entrepreneurship education,providing a reference for optimizing the innovation and entrepreneurship education system.Methods:A total of 510 students from the first to fifth academic years at a medical school were selected as the study subjects.An anonymous online survey was conducted via Questionnaire Star to assess students'understanding of innovation and entrepreneurship cognition,willingness,and the current status of education,and interest scores across different majors were compared.Results:The survey revealed that 92.35%of medical students expressed interest in innovation and entrepreneurship and 96.08%of medical students recognized its importance for personal career development.About 83.53%of medical students believed it was essential for medical schools to cultivate innovation and entrepreneurship awareness,yet only 50.98%viewed it as a means to develop innovative projects.Regarding the current educational environment,over 95%of students affirmed the school's initiatives,supportive atmosphere,and resource provision.However,only 32.35%had participated in extracurricular innovation and entrepreneurship activities.During the process of innovation and entrepreneurship,87.65%of the students believed that lack of experience was the main obstacle.And 80.59%of the students hope that the school could provide venues and financial support.And 90.19%of the students expected that school-enterprise cooperation could increase practical opportunities.Additionally,professional background significantly influenced students'interest,with dental medicine students scoring markedly higher than those in clinical medicine,medical laboratory technology,and other disciplines(P＜0.05).Conclusions:The surveyed medical students demonstrated a positive attitude toward innovation and entrepreneurship,yet gaps remained in practical application and resource accessibility.The institution should refine curricula,strengthen industry-academia collaboration,and develop tailored programs based on disciplinary characteristics to enhance students'innovation and entrepreneurship capabilities.

Melanoma is a highly malignant and easily metastasizing skin tumor for which traditional systemic therapies often yield limited efficacy.Functional hydrogels,three-dimensional network materials composed of hydrophilic polymers,exhibit excellent biocompatibility,tunable degradation,high loading capacity,and intelligent responsiveness,showing broad application prospects in melanoma treatment.This review summarizes the advances in the application of functional hydrogels as multi-functional platforms for melanoma treatment,aiming to provide insights and references for future developments in this field.

Objective Based on the bibliometric methods of CiteSpace and VOSviewer,this paper analyzes Chinese and English literature on the application of plasma in wound healing,combs the current research status and hotspots,and predicts the future development trends of basic and clinical research.Methods The data retrieval platforms include China National Knowledge Infrastructure(CNKI),Wanfang Data Knowledge Service Platform,VIP Chinese Science and Technology Journal Database,and Web of Science(WOS).A total of 310 relevant articles were included,and information such as the number of publications,authors,institutions,countries,and keywords was visualized.Results As an emerging research direction in the 21st century,the volume of publications on plasma-promoted wound healing has shown an overall upward trend,with more publications abroad;currently,most research teams at home and abroad come from higher learning institutions and present the characteristics of multidisciplinary exchange and integration.Conclusion Plasma technology has a significant effect in promoting the healing of various complex and difficult wounds,but there is a lack of basic research literature at present.Therefore,it is necessary to further verify its mechanism of action in order to expect plasma to have a wider range of clinical research and applications in promoting wound healing in the future.

Objective To develop a new type of blast injury simulator to establish a mouse model of brain blast injury and study its damage mechanism. Methods Thirty healthy Kunming mice were randomly(random number) divided into the normal control group and brain blast injury model (TBI) group. A mouse model of traumatic brain injury was prepared by a self-developed explosive injury simulator. Morris water maze, Evans blue experiment and HE staining were used to observe the effects of shockwave exposure on spatial memory, blood-brain barrier, and pathological changes of brain tissues. T test was used for statistical analysis. Western blot method was used for detecting expression of brain injury markers Tau, S100β, Choline, inflammatory factors IL-1β, IL-4, IL-6, IL-10, NF-κB, apoptosis factors Bcl-2, Bax, Caspase3, and oxide protein stress-related factors IREα, MDA5, COX2 SOD1, and SOD2. Results Compared with the normal control group, (11.2±2.1) s, the time of searching platform in the TBI group was (54.6±8.4) s, was significantly longer (t=-19.330, P<0.05), and the EB exudation in the TBI group was 3.22 times (t=-13.903, P<0.05). Pathological staining revealed neuronal damage in the hippocampus, and TBI induced brain injury markers Tau(0.26±0.03 vs 0.46±0.04,t=-9.788, P<0.05), S100β(0.54±0.03 vs 0.74±0.02,t=-12.433, P<0.05) and Choline(0.54±0.05 vs 0.80±0.04, t=-7.970, P<0.05), inflammatory cytokines IL-1β(0.22±0.04 vs 0.31±0.05,t=-3.431, P<0.05), IL-4(0.65±0.02 vs 0.97±0.03, t=-18.927, P<0.05), IL-6(0.88±0.05 vs 1.07±0.08, t=-9.488, P<0.05) and NF-κB(0.80±0.06 vs 1.03±0.07,t=-4.507, P<0.05), and pro-apoptotic cytokines Bax(0.66±0.04 vs 0.78±0.04, t=-13.007, P<0.05) and Caspase3(0.44±0.03 vs 0.60±0.05, t=-4.472, P<0.05), oxidative stress-related factor pro IREα(0.72±0.06 vs 1.07±0.04, t=-9.665, P<0.05), MDA5(0.47±0.02 vs 0.77±0.02, t=-23.678, P<0.05) and expression of COX2(0.70±0.07 vs 0.86±0.02, t=-6.421, P<0.05), inhibition of inflammation inhibitory factor IL-10(1.14±0.06 vs 0.74±0.07, t=13.729, P<0.05), inhibition of apoptosis factors Bcl-2(0.72±0.05 vs 0.46±0.02, t=11.491, P<0.05) and inhibition of oxidative stress factors SOD1(1.17±0.05 vs 0.99±0.01, t=7.731, P<0.05) and SOD2(0.81±0.05 vs 0.61±0.04, t=10.257, P<0.05) expression. Conclusions The brain injury induced by blast exposure can induce spatial learning and memory loss, blood brain barrier disruption, neuronal damage hippocampus in mice, and promote the expression of brain injury markers, induce inflammation, oxidative stress and apoptosis. The self-developed explosive shock simulator successfully establishes a mouse brain blast injury model.