Scopus İndeksli Yayınlar Koleksiyonu / Scopus Indexed Publications Collection

Permanent URI for this collectionhttps://hdl.handle.net/20.500.14517/19

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Analysis and Implementation of Sensorless Pmsm Drive With Reduced Dc-Link Capacitance Under Parameter Variations
(Ieee, 2024) Sumsek, Reha Ozgur; Calik, Ramazan; Yavuz, Fikri Serkan; Kivanc, Omer Cihan
In AC drives used in heating, ventilation and air-conditioning applications, film capacitors are becoming widespread instead of electrolytic capacitors in DC-link. These drives with reduced capacitor value provide cost and volume advantages. However, dc-link oscillation increases due to the reduced capacity value. These oscillations cause instability, overvoltage and an increase in total harmonic distortion (THD). On the other hand, the winding temperatures of these motors, which operate continuously under rated operating conditions, reach 80 degrees C. The stator resistance and rotor flux value, which change with the increase in temperature, cause these drives, controlled without sensors, to operate even more unstable. In this study, a hybrid approach is proposed to improve the performance of the inverter using a 16 mu F film capacitor at the dc-link and to reduce the THD. The active damping method regulates the inverter output voltage for DC-link voltage stabilization. A permanent magnet synchronous machine (PMSM) sensorless speed control based on stator feedforward voltage estimation and a model reference adaptive system (MRAS) based on a multiparameter estimation algorithm is performed to minimize the effects of parameter variations. As a result of the experimental studies, it is observed that the grid input current complies with the IEC61000-3-2 standard, even under severe parameter variations.
Artificial Neural Networks; Definition, Properties and Misuses
(Nova Science Publishers, Inc., 2011) Guresen, E.; Kayakutlu, G.
There are no such clear and good definitions of ANNs in the literature. Many of the definitions refer to the figures instead of well explaining the ANNs. That is why many weighted graphs (as in shortest path problem networks) fit the definition of ANN. This study aims to give a clear definition that will differentiate ANN and graphs (or networks) by referring to biological neural networks. Although there is no input choice limitation or prior assumption in ANN, sometimes researchers compare ANN achievements with the results of other methods using different input data and make comments on these results. This study also gives examples from literature to misuses, unfair comparisons and evaluates the underlying reasons which will guide researchers. © 2011 Nova Science Publishers, Inc. All rights reserved.
Cardio-Oncology: Cancer and Treatment-Related Cardiotoxicity and Imaging Methods for Assessment of Cardiotoxicity
(Springer Nature, 2024) Guvenc, R.C.; Guler, E.C.; Güvenc, T.S.
Cardio-oncology is a new branch of cardiology that specializes in the diagnosis and treatment of cancer-related and treatment-related cardiac disorders in patients with malignant disease. Being a highly aggressive form of malignancy, esophageal cancer is known to locally invade nearby cardiac structures and great veins, as well as metastasize to the pericardium and myocardium. The chemoradiotherapy regimens used to treat this aggressive form of cancer also expose patients to the risk of treatment-induced cardiac damage and dysfunction. Imaging modalities for the diagnosis and follow-up of cardiac dysfunction range from simple transthoracic echocardiography to advanced imaging modalities such as speckle-tracking echocardiography to cardiac MRI. This chapter summarizes available evidence on the diagnosis and management of cardiotoxicity related to esophageal cancer and its various treatments, as well as imaging modalities used to monitor cancer- and treatment-related cardiac dysfunction. © The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG 2024.
Central nervous system parasites
(Nova Science Publishers, Inc., 2024) Aydinli, A.
When parasitic infections of the Central Nervous System (CNS) are examined, we encounter quite a lot of parasites. Among protozoans, especially free-living amoebae (such as Naegleria, Acanthamoeba, Balamuthia, and Sappinia) have attracted attention in recent years. In addition to these, Microsporidia (Encephalitozoon), Hartmanella, Malaria, Toxoplasma, etc. will appear. It is important that different parasites are identified using different laboratory methods and their treatments are also different. © 2024 Nova Science Publishers, Inc. All rights reserved.
Clinical Application of New Possible Biomarkers in the Assessment and Monitoring of Nutritional Status
(Bentham Science Publishers, 2022) Yesilkaya, B.
Nutrition is directly related to human health. It is very critical to determine the nutritional status to prevent or diagnose diseases and create the right treatment plans. The determination of the nutritional status provides an early diagnosis of growth and development retardation such as malnutrition. It also plays a major role in preventing diseases that may be caused by vitamin and mineral deficiencies. It helps in the surveillance of one of the world's most serious health problems, namely “obesity.” Different ways can be used to assess nutritional status. One of the best ways to assess the nutritional and health status is to use biomarkers. A biomarker is a substance whose detection indicates a specific disease state or a response to a therapeutic intervention. Biomarkers are used to detect nutrient consumption and deficiencies as early as possible, enabling early intervention for metabolic problems. Biomarkers also allow the visualization of diseases that a person might develop or potentially have with a sample, such as blood, tissue, and urine, from the person. Health interventions such as nutritional advice will preserve health or promote rapid recovery. In this chapter, the topic of biomarkers related to nutrition and nutrient deficiencies is discussed. The existence of new possible biomarkers is also reviewed. © 2022, Bentham Books imprint.
A Cooperative Positioning Method of Connected and Automated Vehicles With Fusion of Data Information of Direction-Of Relative Distance and Vehicles Speed
(Institute of Electrical and Electronics Engineers Inc., 2025) Kaky, K.M.; Bilgen, S.
This study explores the potential of cellular-vehicle-to-everything (C-V2X) wireless communications in enhancing AV localization in GNSS-deprived scenarios. Specifically, we propose CV2X-LOCA, a novel unit (RSU)-assisted cooperative localization substructure utilizing only C-V2X channel state information to achieve lane-level precision. CV2X-LOCA comprises four main components: a data processing module, environment parameter correction module, coarse positioning module, and vehicle trajectory filtering module, collectively addressing challenges in dynamic C-V2X networks. Through extensive modelling we demonstrate that CV2X-LOCA attains cutting-edge localization performance even in noisy conditions, with fast-moving vehicles and sparse RSU coverage. The findings offer valuable insights for transportation agencies to make informed decisions regarding cost-effective RSU deployment in the future. © 2025 IEEE.
Design of a Position Controlled Electric Actuator Used in Fluid Control Valves
(IEEE, 2016) Tosun, Gurkan; Kivanc, O. Cihan; Oguz, Ender; Mutlu, Yasar; Ustun, Ozgur
Valves are the main elements for controlling fluids in industry and other application areas. To control flow precisely, valves need a controlled action which leads to implement actuators, gear systems and electronic controllers. Increasing dominance of electrical actuators due to the advantages of easy control and intervention and space-efficient designs brings seldom implementation of hydraulic and pneumatic actuation. In fluid control applications, the main target is to obtain the right position, i.e. angle for rotary actuators, for adjusting flow rate. In this study, the design and implementation of a position controlled electrically actuated valve used for fluid control are presented. The design phases of system universal power supply and electronic control system are given and the experimental results of position control which are representing the validation the design study is also discussed. Also a special current control scheme is used to overcome transient disruptions.
Development of a Lithium-Ion Hybrid Battery for Electric Forklifts
(Avestia Publishing, 2023) Özcan, M.A.; Yılmaz, C.H.; Tuncay, R.N.; Kıvanç, Ö.C.
Forklifts are widely used to transport loads in many facilities. Although the power of forklifts with internal combustion engine is quite sufficient, it is impossible to operate them in indoor environments such as factories and warehouses. For this reason, electric forklifts are used in indoor environments. For many years, lead acid batteries have been used as energy storage units in electric forklifts. While heavy lead acid batteries have a positive feature in terms of stability, the requirement of keeping spare batteries for each forklift is a must due to their slow charging phenomena. In addition, other disadvantages of lead acid batteries are that they need regular maintenance, have a low depth of discharge (DoD) and have a low cycle life [1]. This has made Li batteries more favorable. In parallel to the developments in general transportation applications, the usage of lithium-ion batteries in forklifts is spreading [2]. Despite the above advantages, lithium batteries are sensitive to excessive current pulses. For this reason, it is recommended to add supercapacitors to compensate the overcurrent pulses. Supercapacitors can supply very large current for a short time with cycle life up to 1,000,000 [3]. Thus, in this study a hybrid storage system is proposed. Thanks to the hybrid battery and an optimized energy management system, the high power pulses that exerted on the lithium-ion battery are cropped by the supercapacitor, and the peak current on the lithium-ion battery is decreased. The reduction of the pulse currents in lithium-ion batteries will have a positive effect on their State of Health (SoH) and State of Charge (SoC), the efficiency and the cost by reducing the battery capacity to lower levels. This study is on the design of a forklift battery with a Lithium Iron Phosphate (LFP) battery and Supercapacitor (SC). The measurements were made to obtain the load profile of an actively used forklift. The pulse currents during acceleration and regenerative braking were measured, and the necessity for adding a supercapacitor is justified. In addition, supercapacitor was tested. 10 kW power can be supplied for 10 seconds until its voltage is half of its rated voltage. The hybrid battery system of this study includes 80-volt LFP battery and 54-volt 166F supercapacitor. While the lithium-ion battery feeds the 80-volt DC bus, the 54-volt supercapacitor is connected to the DC bus via a bidirectional DC/DC converter. In order to operate this hybrid system efficiently a battery management and control system is developed. This system is not only control the power sharing between battery and super capacitor but also keep the Li battery in best operational condition. It is ensured that the batteries cell voltage, current and temperature limits are not exceeded. Thus, it will be possible to extend the life of the lithium-ion battery without sacrificing the performance capabilities of the forklift. © 2023, Avestia Publishing. All rights reserved.
Effect of Etl and Htl Layers on the Performance of Perovskite Solar Cells Using Scaps-1d Algorithm
(Institute of Electrical and Electronics Engineers Inc., 2024) Muslim, A.; Altürk, E.; Bilgiç, I.
The photovoltaic conversion efficiency of perovskite solar cells has been significantly improved by the global scientific community in a short period of time. From 3.8% to 25.7%, this efficiency has increased dramatically. The goal of the current study is to model perovskite solar cells and enhance the performance of hole and electron transport layers. In this study, the SCAPS-1D simulation software is employed to assess the efficiency of solar cells. This study elaborated on different Electron transport layers and hole transport layers with SCAPs-1D. TiO2 functions effectively as an electron transport layer, while Cu2O serves as an ideal hole transport layer. The device demonstrated an impressive photovoltaic conversion efficiency of 28.31%, an open-circuit voltage (Voc) of 1.09 V, a current density of 30.14 mA/cm2, and a fill factor of 85.93%. Thus, lead-free perovskite solar cells are environmentally friendly and promising for future solar cells. The objective of this study is to determine the ideal thickness of the absorbent layer. © 2024 IEEE.
Effect of External Innovation Capacity on Company Level Innovativeness
(Management & Business Acad, 2021) Okatan, Kagan; Alankus, Orhan Behic
This study focuses on the correlation of national innovation inputs and the external innovation environment with the company-level innovation output. Since all companies are aiming at sustainable innovation to ensure sustainable profit growth, the current literature has highlighted the need for a well-structured internal innovation system for innovation success and discussed the factors affecting the performance of organisations. The internal innovation system has its own dimensions that affect the success of the whole system and emphasize the significant impact of firms on innovation results. Do all companies with a high internal innovation competency and a suitable corporate culture have the chance to become worldwide innovative? What are the impacts of the external environment where the companies are located on the innovation success? And how big is the importance of external environmental inputs? This study seeks to answer these questions and draws attention to the appropriate external environment and conditions to increase firms' innovation competencies.
Evaluation of Pi3k Levels and Mirna124-5p Expression Levels in Serum Samples From Patients With Lung Cancer
(International Institute of Anticancer Research, 2025) Akdeniz, F.T.; Avsar, O.
Background/Aim: Lung cancers are malignant neoplasms located in the lung tissues. miRNAs are short non-coding RNAs. It is known that miRNA-124 prevents metastasis in lung cancers. The phosphatidylinositol 3-kinases (PI3K) signaling pathway, a basic signaling pathway interconnected with other pathways, is activated during cancer development. This study aimed to compare miRNA-124-5p and PI3K serum levels in patient and control groups. Materials and Methods: miRNA isolated from patient and control serum samples were converted into cDNA. miRNA- 124-5p expression was determined using Real-Time PCR and a SYBR GREEN kit. PI3K serum level was determined using the Enzyme-Linked Immunosorbent Assay. Results: While miRNA-124-5p serum level was statistically significantly lower in the patient group (p>0.02), serum PI3K level was higher in the patient group than in the control group but the difference was not statistically significant (p>0.11). Conclusion: Lower serum levels of miRNA-124-5p and high PI3K levels observed in the patient group, compared to the control group, may be associated with a poor disease prognosis. © 2025 The Author(s). Anticancer Research is published by the International Institute of Anticancer Research.
Examining The Relationship Between Compassion Fatigue And Caring Behaviors In Nurses: A Cross-sectional Study
(Association of Executive Nurses, 2024) Aslan, Z.T.; Baykara Mat, S.T.
Aim: The study aimed to examine the relationship between compassion fatigue and caring behaviors in nurses. Method: The population of the cross-sectional design research consists of nurses serving in three hospitals affiliated with the Ministry of Health in Istanbul between 01.12.2022 and 01.12.2023 (N: 1,620). The study was conducted with 346 nurses who volunteered to participate in the research (n: 346). Personal and Professional Information, Compassion Fatigue-Brief Scale, and Caring Behaviors Scale-30 were used. Descriptive statistics, independent groups t test, one-way ANOVA tests and Pearson correlation analysis were used to analyze the data. Results: It was determined that 78.6% of the participants were women, the average age was 27.97 and the weekly working hours were 47.22. It was observed that 83.5% of the participants worked in shifts, 33.5% were dissatisfied with working in the institution and 13.0% were dissatisfied with working in the unit. The compassion fatigue scale score was found to be 60.62 (23.26), and the caring behaviors scale score was 159.37 (20.69). It was determined that female participants and those who were dissatisfied with their field of work had high compassion fatigue scores, and those who were satisfied had high care behavior scores (p<0.05). There was no statistically significant relationship between compassion fatigue and caring behaviors scale and subscale scores. It was observed that there was a positive significant relationship between weekly working hours and compassion fatigue and caring behaviors scale scores (p<0.05). Conclusion: It was revealed that nurses' compassion fatigue was at a moderate level, and women and those who were dissatisfied with the unit they worked in experienced high compassion fatigue. Weekly working hours were found to be effective on compassion fatigue and caring behaviors. It is recommended to improve working environments in order to improve the quality of care. © 2024 The Authors. Published by Association of Nurse Managers.
Features Of Popular Sport Movies
(Ataturk Universitesi, 2022) Çetinkaya, G.; Kizilçam, M.
The aim of our study is to try to reveal the general features of popular sports movies. The research was pre-pared with the qualitative method and designed in the descriptive survey model. In this context, all sports movies in the IMDb database were scanned and 307 popular movies were included in the study. The data obtained through the SPSS 25.0 program were analyzed. According to the research findings; It is seen that American cinema leads popular sports movies (71.7%). It has been determined that sports is an important content in British cinema (8.5%) and Indian cinema. Boxing (11.7%), American football (11.1%), baseball (9.8%), racing sports (7.8%), basketball (7.2%), football (6.8%), and combat sports (6.2%) are other sports branches that are frequently featured in the films that are the subject of the research. The main theme that stands out in the movies is drama (65.80%). It was found that the other mostly covered themes were comedy (41.69%) and biography (22.80%). It is observed that popular sports movies make a great profit (69.34%). The arithmetic mean of the scores of the movies from the audience was found to be 6.75 out of 10. The metascore arithmetic mean is 48.57 out of 100. It has been concluded that popular sports films, which are one of the important contents for world cinema, have been appreciated by the audience in general, but cannot show the same success in the critics of cinema professionals. © Author(s).
Greenfluencers as Promoters of Sustainable Consumption: a Cross-Country Analysis
(Palgrave Macmillan, 2025) Tavman, E.B.; Yalçın Doğan, D.
Achieving sustainable consumption and production is a key challenge in emerging markets. Consumer behavior theories from developed countries often fail to explain consumer behaviors in these regions (Mahrous, 2019; Yarimoglu & Binboga, 2019). Although social media influencers impact consumer attitudes, more research is needed on greenfluencers in emerging markets for sustainable communication. Social media can play a crucial role in fostering responsible consumption by increasing environmental awareness. This study analyzes Instagram posts from 18 greenfluencers in Türkiye and the U.S. from October 2023 to October 2024, identifying themes such as zero waste and sustainable lifestyles that promote sustainable consumption. The findings indicate that Türkiye addresses a wider range of sustainability topics than the U.S., focusing more on zero waste, sustainable cosmetics, and lifestyle. In contrast, the U.S. emphasizes plant-based food and eco-friendly practices. The results contribute valuable insights to the literature and offer guidance for sustainable marketing strategies across different countries. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2025.
The Impact of Climate Change Anxiety on the Willingness To Have Children Among Married Individuals
(Springer Heidelberg, 2024) Efeturk, Nida; Gokcay, Gonul; Akgun, Zeynep Genc; Cevirme, Ayse
AimThis study aims to examine the impact of climate change anxiety on the willingness to have children among married individuals.Subject and methodsThe research is designed as a descriptive study within a relational screening model. The study sample consists of 977 married individuals aged 18-49. Data collection tools include the Sociodemographic Information Questionnaire, Climate Change Anxiety Scale, and the Willingness to Have Children Scale. Data were evaluated using SPSS 27-V.ResultsAmong the participants, 73.2% are women, and 79.5% live in nuclear families. Participants scored an average of 28.58 +/- 9.212 on the Climate Change Anxiety Scale and 54.05 +/- 7.647 on the Willingness to Have Children Scale. The impact of individuals' climate change anxiety on their willingness to have children was determined using simple linear regression. The findings indicate that climate change anxiety significantly predicts the willingness to have children.ConclusionThe results of the study suggest that climate change has significant effects not only on the environment but also on psychological health, influencing individuals' decisions regarding having children. These findings highlight the need for climate change mitigation policies to consider psychological well-being alongside environmental solutions. It is recommended to implement awareness-raising education and establish psychological support mechanisms for different segments of society.
An International Relations Study: Turks in the Western World's History Perspective and Ataturk's Approach
(Deniz Publication, 2022) Çora, H.; Çora, A.N.
Atatürk started numerous revolutions immediately after the war of independence, also called the struggle for national independence. The works conducted were about the content rather than the form. He desired the Turkish nation to take its rightful place among the world's nations. While building the foundations of the newly established state, on the one hand, he was making great efforts to improve the country's prestige and position abroad. At the beginning of the 20th century, the Western world treated the entire Eastern world, naturally to Turks, as second-class people and expressed this attitude on any occasion. Mustafa Kemal, who knew this case very well, decided to conduct comprehensive historical studies to achieve the following objectives: To refuse the accusations that were attributed to the Turks, which sometimes reached the level of insult; to introduce the true identity of the Turkish nation to the world; to get rid of the understanding of chronological history and to switch to the conception of social history in the country. At the end of the studies, a "Turkish History Thesis" was put forward. It was revealed that Turkish history was not limited to Islamic or Ottoman history. There was a pre-Islamic Turkish history with numerous achievements as many as post-Islamic history. Stating that history was not just the chronology, Ataturk gave the task of revealing the human aspect of history to Turkish historians in line with a study plan aiming to reveal the culture and civilization of Turkish history. © 2021, Assiut University, Faculty of Engineering. All rights reserved.
Investigating the Service Quality of Kocaeli Tram Service Using Artificial Neural Networks
(Turkish Chamber Civil Engineers, 2022) Dündar, Selim
Service quality is one of the main issues of today's world. Firms operating in the passenger transportation sector are also trying to improve the quality of the services they provide to their passengers. It is crucial to determine the passenger service quality perceptions and priorities to evaluate and improve the service in this context. In this study, Kocaeli tram user service quality perceptions have been evaluated by applying a survey consisting of 20 questions and user satisfaction levels from different service dimensions. Then, an artificial neural network model was developed using the demographic data of the users and their responses to the survey questions to mimic their service quality satisfaction. The artificial neural network model developed has been examined to understand the importance that tram users give to service quality. Using the developed “change of score” method, how the changes to be made in the tram system will affect the quality of service and, hence, how the opinions of different user groups will be affected can be examined in detail. The artificial neural network model prediction capability was compared with that of the multiple linear regression model, and found its superiority. Based on the developed Change of Score Method, the most frequent user attaches the highest importance to the service dimensions of the convenience to pay for the tram, getting his/her destination on time, and reducing environmental pollution.
A Linear Brushless Direct Current Motor Design for Sliding Door of Commercial Vehicle
(Institute of Electrical and Electronics Engineers Inc., 2024) Sonkaya, T.; Atis, A.M.; Otluoglu, I.; Avci, M.; Kivanc, O.C.; Tuncay, R.N.
The number of van-type commercial vehicles used for public transportation is rapidly increasing. Automatic opening and closing sliding door systems consist of a rack and pinion gear, DC motor, and bearing system, which increase the door's weight and are seen as a major cause of failures due to the rising number of mechanical components in the van-type commercial vehicles. In the market, the demand for lighter, quieter, and electronically controlled systems for commercial vehicles aimed at passenger transportation is growing. Therefore, linear motor-driven door opening systems stand out due to their volume, force-to-weight ratios, and silent operation. In this study, a sliding door system compliant with ECE R10 and ECE R107 regulations is designed. A linear brushless direct current (LBLDC) motor is designed to meet these requirements. The linear motor design stages are established in accordance with industrial requirements. The variables used in motor design optimization are winding, slot, tooth dimensions, and slot/pole combinations. The necessary translational force for motor design is determined through mechanical calculations by creating a finite element model (FEM) of the vehicle's door and defining the motion functions. A 12-slot/10-pole linear electric motor design is assessed based on efficiency, weight, torque production, and ease of manufacturing. The manufacturing and optimization process is presented in detail, including experimental studies. As a result of the studies, a lighter system with high control capability is achieved. The development process of the automation solution is particularly highlighted in the automotive sector, where electrical equipment is increasingly used. © 2024 IEEE.
Potential Health Benefits of Berry Bioactives, Their Use as Nutraceuticals, and Regulatory Issues
(Elsevier, 2025) Gunal-Koroglu, D.; Ozkan, G.; Ozdal, T.; Kamiloglu, S.
As living standards have gradually improved, there has been a growing awareness of the importance of a healthy diet. This has led many people to shift their eating habits from simply seeking fullness to prioritizing nutritious diets. Recently, dietary guidelines in many countries have recommended increasing daily fruit and vegetable intake, with a particular emphasis on nutrient-rich berries. Berries are rich in nutrients and phytochemicals, which have been shown to enhance health and prevent various chronic diseases in both in vivo and in vitro studies. The primary phytochemicals in berries include phenolic compounds such as flavonoids (including anthocyanins, flavanols, and flavonols), tannins, and phenolic acids. In this chapter, we presented the potential health benefits of these berry phenolics, including their antioxidant, anticancer, antidiabetic, and antiinflammatory properties. Moreover, we discussed the use of berry bioactives as nutraceuticals and the regulatory issues related to their use. © 2025 Elsevier Inc. All rights reserved.
The Potential Therapeutic Effects of Coenzyme Q10 on the Sciatic Nerve Regeneration Following Short-And Long-Term Injury
(Open Exploration Publishing Inc, 2025) Mead, A.O.; Altunkaynak, B.Z.; Kaplan, S.
Aim: This study aims to investigate the effects of administering coenzyme Q10 (CoQ10) after both short-term and long-term sciatic nerve damage. Methods: Six groups of adult male Wistar albino rats were used. Sciatic nerve injury was performed on the rats in the short-term injury (STI) and long-term injury (LTI) groups for 15 and 60 s. For 21 days, the rats in the CoQ10, STI + CoQ10, and LTI + CoQ10 groups were also administered CoQ10 orally at a dose of 10 mg/kg of body weight; the control (Cont) group received no treatment. The nerve samples were evaluated by electrophysiology, the sciatic functional index (SFI), stereological investigations, and light and electron microscopic methods. Results: The number of myelinated axons was higher in the LTI group according to the Cont and the sham groups. The numbers of axons in the LTI and LTI + CoQ10 groups were higher than that in the STI and STI + CoQ10 groups. Latency and amplitude levels were significantly changed following STI and LTI treatment and CoQ10 treatment significantly improved the results following the injuries. SFI results showed highly significant differences between the Cont and STI, Cont and LTI, Cont and STI + CoQ10, STI + CoQ10 and LTI + CoQ10, and Cont and LTI + CoQ10 groups. Microscopic examinations indicated that LTI produced a significant change in the nerve structure than STI. CoQ10 ameliorated the degree of injury. Conclusions: Treatment with CoQ10 following sciatic nerve damage was more successful in the LTI than the STI group, and it may, therefore, effectively improve peripheral nerve regeneration, especially following LTI. © The Author(s) 2025.

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