Medical Storage Research Articles

A comparative study of the activation energy and shielding properties of some binary and ternary echo-friendly alloys reinforced by Bi substitutes Zn particles for radiation protection

The thermal and mechanical stability besides environmentally friendly of some low-melting binary systems dopant with third element such as Bi started to gain much attention. This study provides the synthesized, effects of rapid solidification processing (RSP) and Bi doping on the microstructural, mechanical performance and gamma radiation shielding of various lead-free binary and ternary alloys have compositions Sn-(50-x)Zn-xBi (where x = 0, 10, 20, 30 and 40 wt.%) using high cooling rate. Microstructure modifications, elastic and plastic behavior were investigated. As well as the gamma-ray shielding performance of all as-prepared melt-spun process alloys was examined experimentally using FH 40G dose rate measuring unit. Phy-X/PSD software was used to compute the μ m values across a large energy range of 0.015 MeV–15 MeV. To clearly understand the gamma radiation shielding capability of the melt-spun process alloys, different shielding parameters includes linear attenuation coefficients, LAC, mass attenuation coefficient, MAC, mean free path, MFP, half value layer (HVL) and tenth value layer (TVL) were calculated and compared to other commonly shielding materials. X-ray diffraction (XRD) analysis confirms the presence of different phases such as β-Sn, Bi, Zn as well as two IMCs Sn0.95Bi0.05 and Sn0.85Zn0.15. The morphology features of the samples using scanning electron microscopy (SEM) revealed that Bi particles dopant the matrix led to refine the microstructures as well as forming a uniform and homogeneous distribution of IMCs. It is also, reported that the increase of Bi dopant led to enhancing the Bi segregation in the matrix in addition to decreasing the crystallite size which reinforces the mechanical strength and radiation shielding properties. The elastic modulus and Vickers microhardness increase with increasing Bi additions to about 35% and 27%, respectively. The results showed that correlation between activation energy and shielding properties of as-prepared alloys. The mass and linear attenuation coefficient for all prepared samples increases as Bi increases from 10 to 40 wt.%. On the other hand, low activation energies indicate easier formation and growth of IMCs. The results also show that the Sn-10Zn-40Bi alloy has the highest mechanical and shielding attenuation properties. It may be attributed to promoting the brittleness of Bi, refinement of crystallite size, extended the solid solubility and microstructure features accompanying Bi content using rapid cooling. As a result, Sn-10Zn-40Bi alloy may be recommended as a preferable alloy for radiation shielding performance to be used for medical, industrial and nuclear waste storage fields. In the current work, an attempt has been made not only to summarize the various investigations made so far on visualizing the feasibility of alloys as radiation shielding material; but also, to provide a comparative study for further consideration to be used in other fields.

Improvement of heating and cooling performance for thermoelectric devices in medical storage application

Thermoelectric devices provide several advantages over typical refrigeration systems, including compact size, quiet operation, minimal energy use, and environmentally friendly. By harnessing these benefits, we have developed a blood storage system that has the potential to transform the way blood products are preserved and safeguarded. Thermal performance was evaluated using a variety of scenarios, including thermal fin material and emissivity, voltage operation, heat sink type (I, U, O type), and tube load. This research used thermoelectric devices, Styrofoam materials, thermal fin and the heatsink to design the thermoelectric storage cabinet with heat insulation function. The aims to improve the performance of thermoelectric devices by optimizing the thermal fin design during heating/cooling storage mechanisms. Our findings emphasize the importance of thermal radiation, particularly in circumstances with low natural convection and high surface emissivity. Thermal performance is optimized when heating storage elements are incorporated into aluminum finned tubes and run at an input voltage of 8V in a 25 °C ambient temperature. In addition, using U-shaped cooling fins in cooling conditions results in superior cooling performance. The outcomes of this study highlight the possibility and potential benefits of using thermoelectric devices to heat and cool medical storage, notably blood storage applications. The insights gained here contribute to advancing the efficiency and sustainability of medical storage systems, ultimately benefiting healthcare and the environment.

Tuning a Kubernetes Horizontal Pod Autoscaler for Meeting Performance and Load Demands in Cloud Deployments

In the context of scaling a business-critical medical service that involves electronic medical record storage deployed in Kubernetes clusters, this research addresses the need to optimize the configuration parameters of horizontal pod autoscalers for maintaining the required performance and system load constraints. The maximum entropy principle was used for calculating a load profile to satisfy workload constraints. By observing the fluctuations in the existing workload and applying a kernel estimator to smooth its trends, we propose a methodology for calculating the threshold parameter of a maximum number of pods managed by individual autoscalers. The results obtained indicate significant computing resource savings compared to autoscalers operating without predefined constraints. The proposed optimization method enables significant savings in computational resource utilization during peak loads in systems managed by Kubernetes. For the investigated case study, applying the calculated vector of maximum pod count parameter values for individual autoscalers resulted in about a 15% reduction in the number of instantiated nodes. The findings of this study provide valuable insights for efficiently scaling services while meeting performance demands, thus minimizing resource consumption when deploying to computing clouds. The results enhance our comprehension of resource optimization strategies within cloud-based microservice architectures, transcending the confines of specific domains or geographical locations.

Pengembangan Sistem ERP Modul Inventory untuk Proses Penyimpanan Alat Medis pada Instalasi Kedokteran Nuklir RSHS dengan Metode Quickstart

To improve the quality of hospital services, hospital operations can support this by following applicable standards so that the service process can run well and effectively. With the regulations related to the medical device storage system in hospitals, especially in service processes that pose a risk, such as the Nuclear Medicine Installation, a management system is needed that can regulate the flow of goods to and from the storage warehouse. One of the components used in the Nuclear Medicine Installation service process is a radioactive compound that has a risk in its use if unattended. This activity can cause problems to the surrounding environment, including patients or medical personnel, if there is no management that oversees the management of the entry and exit of goods from the warehouse. Therefore, a management process is needed to manage the storage of medical devices, including radioactive compounds used. All data can be centralized in one database so that related departments can use it to check the stock or availability of goods in the warehouse. This research will design an ERP-based medical device storage system with OpenSource Odoo using the QuickStart method. This solution is expected to help integrate parts in the Nuclear Medicine Installation and control risky compounds.

Research on privacy and secure storage protection of personalized medical data based on hybrid encryption

AbstractPersonalized medical data privacy and secure storage protection face serious challenges, especially in terms of data security and storage efficiency. Traditional encryption and storage solutions cannot meet the needs of modern medical data protection, which has led to an urgent need for new data protection strategies. Research personalized medical data privacy and secure storage protection based on hybrid encryption, in order to improve the security and efficiency of data storage. A hybrid encryption mechanism was proposed, which uses user attributes as keys for data encryption. The results show that the storage consumption of user attribute keys increases with the number of user attributes, but the consumption of hybrid encryption privacy storage technology is much smaller than that of traditional schemes. In the test, when the number of users increased to 30, the processing time first reached 1200 ms. During the increase in data volume, both test data and real data showed a brief decrease in attack frequency, but after the data volume reached 730–780, the attack frequency increased. It is worth noting that the performance of test data is better than that of real data. Personalized medical data privacy and secure storage protection based on hybrid encryption can not only effectively improve data security and reduce the risk of attack, but also greatly outperform traditional solutions in storage consumption and processing time. It has important practical significance for modern medical data storage protection.

Medical record information storage scheme based on blockchain and attribute role-based access control

The integration of the Internet with the healthcare industry has ushered in a transformative revolution in the medical field, where efficient and prompt electronic medical records can save precious resources.However, incomplete or tampered electronic medical records have serious implications on patient. Ensuring the complete, accurate storage of medical record information is an urgent problem that needs to be addressed.Therefore, this paper proposes a blockchain-based solution for secure storage and sharing of medical record information, combining the role-based access control (RBAC) with the attribute-based access control (ABAC). Firstly, by utilizing RBAC and ABAC, dynamic fine-grained access control for medical information is achieved based on role differences. Then, the medical record information is stored in the blockchain through chaincode. In addition, Advanced Encryption Standard and Feature-Aware Stateful Routing technology is applied to further enhance security and storage efficiency of the scheme. Experimental results demonstrate that the proposed solution ensures the security and integrity of medical record, while providing efficient information storage and access.

Distributed Medical Data Storage Mechanism Based on Proof of Retrievability and Vector Commitment for Metaverse Services.

The metaverse is a unified, persistent, and shared multi-user virtual environment with a fully immersive, hyper-temporal, and diverse interconnected network. When combined with healthcare, it can effectively improve medical services and has great potential for development in realizing medical training, enhanced teaching, and remote surgical treatment. The metaverse provides immersive services for users through massive and multimodal data, and its data scale and data growth rate are bound to show exponential growth. Blockchain-based distributed storage is a fundamental way to keep the metaverse running continuously; however, many blockchains, such as Ethereum and Filecoin, suffer from low transaction throughput and high latency, which seriously affect the efficiency of distributed storage services and make it difficult to apply them to the metaverse environment. To this end, this paper first proposes a network architecture for distributed storage systems based on proof of retrievability to address the problem of centralized decision making and single point of access in centralized storage. The secure data storage of the metaverse health system is ensured. Secondly, we designed two data transmission protocols through vector commitment and encoding functions to achieve the transfer of time cost from the critical path to storage nodes and improve the efficiency of data verification between nodes as well as the scalability of the metaverse health system. Finally, this paper also conducts security analysis and performance analysis of the proposed scheme, and the results show that our scheme is secure and efficient.

The impact of limited access to digital health records on doctors and their willingness to adopt electronic health record systems.

Research over the past decade has extensively covered the benefits of electronic health records in developing countries. Yet, the specific impact of their limited access on doctors' workload and clinical decision-making, particularly in Bangladesh, remains underexplored. This study investigates current patients' medical history storage mechanisms and associated challenges. It explores how doctors in Bangladesh obtain and review patients' past medical histories, identifying the challenges they face. Additionally, it examines whether limited access to digital health records is an obstacle in clinical decision-making and explores factors influencing doctors' willingness to adopt electronic health record systems in such contexts. An online cross-sectional survey of 105 doctors with Bachelor of Medicine, Bachelor of Surgery/Bachelor of Dental Surgery (MBBS/BDS) degrees and at least 2 years of experience was conducted, covering (a) personal information, (b) workload, (c) patient history challenges, and (d) decision-making. Out of 105 participants, 51.4% of them use paper-based methods with 56% facing challenges, versus 20% using digital methods. Most (94.3%) interview patients directly, and 80.9% are interested in a web-based, comprehensive medical history system. An ordinal regression model identified that the physicians' disciplines, workload, and efficiency level of the current workplace in facilitating patient history-taking variables significantly affected willingness to adopt the described electronic health record in the survey. Doctors in Bangladesh encounter significant challenges related to workload and clinical decision-making, largely attributed to restricted access to patients' past medical histories. Despite the prevalent use of paper-based records, there is a notable willingness among these medical professionals to embrace electronic health record systems, indicating a potential shift towards more efficient healthcare practices in the region.

ANALISIS PENYEBAB DAN JENIS KERUSAKAN REKAM MEDIS PASIEN RAWAT INAP DI RUMAH SAKIT ANGKATAN DARAT TINGKAT IV DR. R. ISMOYO KENDARI

Background: Based on the results of observations made in September 2022-December 2022 in the medical record storage room of the Tk. IV Dr. R. Ismoyo Kendari, there were 427 inpatient medical records and 254 (59%) inpatient medical records that suffered damage caused by physical, chemical and biological factors. The purpose of this study was to determine the causes and types of damage to the medical records of inpatients due to physical, chemical and biological factors in the medical record storage room of the Tk Army Hospital. IVDr. R. Ismoyo Kendari.Methods: This study used a qualitative analytic descriptive design, especially the cross sectional type. The sample in this study consisted of 4 medical record officers, namely 1 Head of Medical Records, 1 Secretary of Medical Records, 1 registration officer and 1 filling officer in the medical record storage room of the Tk Army Hospital. IV Dr.R.Ismoyo Kendari and 254 medical records of inpatients in September 2022 - December 2022 who were damaged. The research instrument used observation, checklists, and interview guidelines. Results: The results of this study indicate that physical factors, chemical factors, and biological factors cause damage caused by negligence of officers, exposure to sunlight, dust, ink, rust, mold, and insects. Conclusion:The conclusion of this study found forms of damage such as torn, detached/missing medical record forms, and yellow to brown in color as a result of physical factors, chemical factors, and biological factors.

EFEKTIVITAS RETENSI DAN PEMUSNAHAN BERKAS REKAM MEDIS DALAM MENGHADAPI ERA DIGITALISASI DATA DI PUSKESMAS BARENG MALANG

In the era of digitalization of medical record data, information technology is used to document patient health data quickly and accurately, so it is necessary to make decisions using electronic medical records. Digitalization of medical records is a process of transitioning medical record document media into digital documents using a scanner. Public Health Center together in September 2022, the retention process that occurred was still at the selection stage and in the medical record storage room, active and inactive files were still found that were still on one storage shelf, while destruction had already been carried out by shredding. This research aims to determine the effectiveness retention and destruction of medical record files in the era of data digitization. This type of research uses qualitative descriptive methods and data collection methods are carried out by observation and interviews. The subjects of this research were the head of the medical records unit and the medical records officer. The results of this research showed that the medical record file storage system already has an SOP, the retention of medical records has a policy stated in the SOP, and the destruction of medical record files has an SOP and was carried out for the first time in 2018.

Tinjauan Sistem Penyimpanan dan Pengambilan Berkas Rekam Medis di Rumah Sakit Graha Permata Ibu

Introduction: Medical record storage is a place where there are files containing records in which there is a patient's identity, recording of diagnoses, treatment of patients, and actions taken by confidential health services. The problems in the medical record storage room are ineffective spatial planning, uneven spacing between shelves, a frequent occurrence, and the confidentiality of medical records is not guaranteed because the storage space is used for traffic other than officers. Objectives: To carry out a Review of the Medical Record File Storage and Retrieval System at Graha Permata Ibu Hospital in 2022. Methods: The type of research used is descriptive research using qualitative methods to obtain information about the system for storing and retrieving medical record files at Graha Permata Ibu Hospital in 2022. Researchers chose informants who were deemed appropriate and who knew about problems related to the system for storing and retrieving medical records at home. Hospital Graha Permata Ibu Depok provides complete and clear medication. The instrument in this research is the researcher himself which can then be developed to complete the data and compare it with data obtained through observations and interviews. Results: The results of this study obtained information on the number of officers in the storage or filing room totaling 10 people, the facilities and infrastructure in medical record storage are complete, the storage system used is centralization, this centralization system is supported by a final number alignment system or terminal digit filing. Conclusion: still found the occurrence of misplaced medical record documents (misfile). This is because officers are less careful in storing and not using tracers when retrieving medical record documents, so when storing medical record documents there are no tools as guidelines for storing medical record documents again.

Medical Waste Management of Public Health Center (Puskesmas) in Bogor City

Bogor City has 25 Puskesmas with each medical waste generation can be up around 100kg/month. The temporary storage activity requires proper treatment and management complying with regulation Ministry of Health No.56 (2015) and Ministry of Environmental and Forestry No.6 (2021). The study aims to analyze basic problem of medical waste temporary storage activity of Puskesmas in Bogor City. Qualitative approach with observation and depth-interview had been done with related parties. Analytical Hierarchy Process (AHP) is done to analyze most interested mitigation. Result shows that remaining from total population: 36% needs to provide proper medical waste temporary storage, 24% waste cold storage, 36% wastewater treatment plant (WWTP). Main obstacles found includes limited land, procedural weaknesses, and internalization of other costs. AHP is done to overcome the weakness of limited land, with three alternatives (providing additional space in the current location; providing communal hazardous waste temporary storage; providing licensed offtaker). The scoring result sequentially 14.8%, 16.3%, and 68.9%. Basically medical waste management by Puskesmas in Bogor City is in continous improvement in order to comply with the regulations. More attention need to be put on WWTP to avoid pollution especially to groundwater quality which none attention had been made so far.

Distributed medical data storage model based on blockchain technology

Distributed medical data storage model based on blockchain technology

Implementation of Inpatient Medical Records at dr. Reksodiwiryo Hospital: A Qualitative Study

The objective of this study was to examine the implementation of medical records for hospitalized patients at dr. Reksodiwiryo Padang Hospital. The study employed a qualitative research methodology. Seven research informants were selected using the purposive sampling technique. Data were gathered through the utilization of in-depth interviews, on-site observations, and scrutiny of documents. The Miles and Huberman model was employed for data analysis, encompassing reduction, display, and conclusion operations. The data validity test employed both source triangulation and method triangulation. According to the research findings on the input element, the quantity of medical record personnel was adequate and there was an existing standard operating procedure (SOP). However, there was a lack of dedicated budget and insufficient facilities and infrastructure. The procedural element of patient documentation, particularly in regard to the recording of admission and discharge sheets, was not fully completed. There was a delay in the submission of medical records, resulting in suboptimal medical record processing. An error occurred during the medical record storage process, resulting in a misfile. The implementation of Medical Records for Inpatients at dr. Reksodiwiryo Padang Hospital was suboptimal and required enhancement. It is advisable for the hospital to provide training sessions to enhance the proficiency of medical record officers and familiarize them with the existing Standard Operating Procedures (SOPs).

Determinants of Efficient Healthcare Service Delivery Among Public Hospitals in Kenya: A Case of Makueni County Referral Hospital

Purpose: The primary goal of the study was to determine the factors that contributed to an efficient healthcare service delivery in Makueni County Referral Hospital, Makueni County. The study specifically aimed at establishing the influence of health infrastructure, the effects of human capital and organizational culture on the efficiency of healthcare service delivery in Makueni County Referral Hospital. Methodology: The study employed a descriptive research design, targeting 132 outpatient department staff at Makueni County Referral Hospital. Stratified sampling and Likert-scale structured questionnaires were used to collect data. Data was analysed using descriptive statistics, including frequencies and percentages, and SPSS version 22 for multiple regression analysis. Findings: Results were presented using charts and graphs. For healthcare infrastructure, a strong positive correlation was found (r = 0.604**, p < 0.01), indicating that as infrastructure quality improves, healthcare service efficiency increases. The regression coefficient of healthcare infrastructure (Beta = 0.604, p < 0.001) reinforces the importance of investments. Regarding human capital, the Pearson correlation shows a robust positive correlation (r = 0.588**, p < 0.01), indicating that a skilled workforce enhances efficiency. The regression coefficient (Beta = 0.588, p < 0.001) signifies the impact of education and training. For Pearson Correlation on organizational culture, a significant positive correlation was detected (r = 0.526**, p < 0.01), highlighting its role in improving healthcare efficiency. The regression coefficient (Beta = 0.526, p < 0.001) emphasizes the importance of fostering a positive culture. The study concludes that inadequate healthcare infrastructure, storage deficiencies, and the absence of Quality Control Systems significantly hamper efficient healthcare delivery. The study also affirms the crucial role of human capital in efficient healthcare delivery, with staff training, teamwork, and competency directly influencing service efficiency. The study further establishes the vital role of organizational culture in efficient healthcare delivery, emphasizing the need for healthcare institutions to cultivate a culture prioritizing efficiency and quality to enhance service delivery. Unique Contribution to Theory, Practice, and Policy: The study recommends improving medical storage capabilities through efficient inventory management and staff training can ensure the timely availability of essential supplies. Concerning human capital, fostering effective teamwork and collaboration among healthcare staff is critical for streamlined service delivery. Regarding organizational culture, the study recommends addressing concerns related to planning, cooperation, adherence to guidelines, and staff support.

A Novel System for Confidential Medical Data Storage Using Chaskey Encryption and Blockchain Technology

Secure storage of confidential medical information is critical to healthcare organizations seeking to protect patient's privacy and comply with regulatory requirements. This paper presents a new scheme for secure storage of medical data using Chaskey cryptography and blockchain technology. The system uses Chaskey encryption to ensure integrity and confidentiality of medical data, blockchain technology to provide a scalable and decentralized storage solution. The system also uses Bflow segmentation and vertical segmentation technologies to enhance scalability and manage the stored data. In addition, the system uses smart contracts to enforce access control policies and other security measures. The description of the system detailing and provide an analysis of its security and performance characteristics. The resulting images were tested against a number of important metrics such as Peak Signal-to-Noise Ratio (PSNR), Mean Squared Error (MSE), bit error rate (BER), Signal-to-Noise Ratio (SNR), Normalization Correlation (NC) and Structural Similarity Index (SSIM). Our results showing that the system provides a highly secure and scalable solution for storing confidential medical data, with potential applications in a wide range of healthcare settings.

Faktor-Faktor Penyebab Terjadinya Missfile Dokumen Rekam Medis di Ruang Filling Puskesmas Pulo Brayan Medan

Good medical record keeping is a successful management of a health service. Filling is part of the Medical Record Unit (URM) which has an important role in functioning for various purposes, protecting the confidentiality of the contents of the Medical Record Document (DRM) from unauthorized parties, and protecting the Medical Record Document (DRM) archive from physical and chemical damage. , and biology. Missfile is a medical record file that is lost and misplaced on the medical record file storage shelf in the filling room. A medical record file is said to be misplaced or missing (Missfile) if the file is needed but on the storage shelf the file is not available or does not exist. The impact of a missfile is that it causes patient service in searching medical records to be delayed. Apart from that, it can also result in duplication of medical record numbers and the contents of medical record documents becoming discontinuous. This type of research is descriptive with a qualitative approach whose data collection methods are observation and interviews. The research results showed that factors causing missfiles include the Human Resources (HR) factor, namely the number of medical record officers, only two people who have a high workload, the method factor, namely the absence of SOPs regarding borrowing and returning medical record documents, the machine factor, namely slow shelves. storage of medical record documents and the money factor, namely there is no special budget for the medical record room.

First principle investigation of tungsten based cubic oxide perovskite materials for superconducting applications: A DFT study

Perovskite will play an important role in the materials study to investigate the different properties. The CASTEP (Cambridge Serial Total Energy Package) code will be used to investigate the material properties. The structural, electronic, thermodynamic, and optical characteristics of novel tungsten-based oxide-perovskite materials WXO3 (where X = Cr and Hg) were investigated by using first principle calculations (CASTEP) with ultra-soft pseudo-potential PW (plane wave) and GGA (generalized gradient approaches)-PBE (Perdew-Burke-Ernzerhof) exchange correlation-functional. According to the calculations, both compounds have a space group of PM3m with a cubic structure. The results we discovered are entirely novel compounds, as demonstrated by computations. According to calculations, the band structure of WXO3 has a zero band gap. The graphical interpretations like DOS (density-of-states), partial DOS, and band structure in both perovskite materials reveal conclusive proof of conductive behavior. The presence of ionic bonds is revealed by a study of bonding characteristics shown by Poisson's ratios of 0.71 and 0.49 for WCrO3 and WHgO3, respectively. The WCrO3 and WHgO3 optical characteristics have also been studied and assessed. The Fermi level will be so highly overlapped that most of the electrons will lie from the conducting valence band VB to the conduction band CB and vice versa. Thermodynamic characteristics are studied, like Debye temperature, sound velocity, melting temperature, and compressibility. These compounds are extensively used in medical devices, sensitive devices, computer parts, and storage systems. Further investigation will be required on these materials with doping any element to enhance the band gap to study the other properties like photocatalytic and solar cell applications.

Application of Internet of Things Technology in Safe Centralized Storage of Big Data Information

To solve the problem of low data processing rate in traditional medical information storage methods, a safe centralized storage method of medical big data information is proposed. The data set storage model is designed through the Internet of Things, and VeritasBackupExee is used as data recovery and backup software, and data recovery and backup are realized by the Internet of Things. Encrypted storage of ciphertext index vector is carried out by using the ciphertext storage algorithm, and the medical data center of Internet of Things middleware is constructed. By sharing storage devices with multiple hosts, highly reliable backup can be realized. The average response time of the method in this paper is different for medical big data services. The average response time for modifying service is 11ms, creating service is 12ms, and migrating service is 13.7 ms. To verify the data service response time of this method, it is necessary to verify the response performance of different methods. The results show that this method has higher data download and upload rates and faster data service response.

Research on the Construction of Knowledge Graph of Traditional Medical Intangible Cultural Heritage

By constructing a knowledge graph based on traditional medical intangible cultural heritage, comprehensive organization and storage of traditional medical intangible cultural heritage can be achieved, thereby achieving the protection of traditional medical culture. Firstly, Python's web crawler technology was used to obtain relevant data on traditional medical intangible cultural heritage, and it was cleaned and organized. Subsequently, using knowledge graph technology, thematic extraction, fusion, and correlation analysis were performed on the data to construct a knowledge graph centered on traditional medicine. In the process of constructing the knowledge graph, ontology modeling and semantic network technology were used to model and represent traditional pharmaceutical related concepts and relationships, achieving structured storage of the knowledge graph. At the same time, using visualization technology, the knowledge graph is presented in a graphical form, enabling the intuitive presentation of the knowledge and value of traditional medical intangible cultural heritage. Ultimately, a knowledge graph based on traditional medical intangible cultural heritage is obtained, which covers a wealth of traditional medical knowledge and related resources, and can help users gain a more comprehensive understanding and learning of traditional medical culture. By storing and visualizing the knowledge of traditional medical intangible cultural heritage in a structured manner, it provides important support and foundation for the protection and inheritance of traditional medicine.