Interdisciplinary treatment approaches

• Development and implementation of interdisciplinary treatment guidelines
• Best practice examples for successful interdisciplinary care teams
• Establishment of networks for seamless care between clinic and practice

Patient-centered care

• Individualized therapy planning based on patient preferences
• Communication and education: Involvement of patients in therapy decisions
• Dealing with complex patients: multimorbidity and polypharmacy
• Promoting adherence through patient-friendly care models

Supply management and quality assurance

• Standards and tools for quality assurance in vascular care
• Outcome Measurement and Benchmarking in Patient Care
• Optimizing treatment pathways through data analytics and AI support
• Efficient use of resources in the healthcare sector

Integration of prevention, acute care and rehabilitation

• Prevention programs to reduce vascular risk factors (e.g. smoking cessation)
• Seamless transitions between acute treatment and aftercare
• Importance of rehabilitation in chronic vascular diseases
• Monitoring and aftercare: Long-term care and recurrence prevention

Technological support in integrated care

• Role of telemedicine and digital platforms in the networking of care teams
• Use of health apps for patient monitoring and motivation
• Electronic patient records as the key to integrated care
• Leveraging AI and Big Data for Predictive Analytics and Therapy Optimization

Diagnostics and classification

• Use of modern imaging techniques: CT angiography, MRI and intravascular ultrasound (IVUS)
• Classification of complex aortic diseases: aneurysms, dissections and penetrating aortic ulcers
• Diagnostic strategies for atypical symptoms and acute emergencies
• Importance of genetic testing in hereditary aortic diseases

Therapeutic strategies

• Endovascular versus open surgical procedures: indications and limitations
• Management von Thorakoabdominellen Aortenaneurysmen (TAAA)
• Hybrid approaches for extensive aortic diseases
• Concomitant drug therapy to stabilize the aortic wall

Complication Management

• Treatment of intraoperative complications: bleeding, perfusion maintenance and ischemia
• Long-term complications: endoleaks, stent migration and vascular stenosis
• Care for ruptured aortic aneurysms: optimizing emergency intervention
• Strategies for the prevention of paraplegia in thoracoabdominal procedures

Innovative technologies

• Advances in Individualized Stent Grafts: fabrication and implantation
• Use of robot-assisted systems in aortic surgery
• Development of bioresorbable stents and biological vascular replacement
• Use of AI and big data for therapy planning and risk assessment

Interdisciplinary approaches

• Collaboration between vascular surgeons and cardiac surgeons
• Multimodal therapeutic approaches for aortic dissection type A and B
• Importance of intensive care for complex aortic diseases
• Aftercare and monitoring: Optimization of long-term outcomes through interdisciplinary networks

Pathophysiology and staging

• Advances in the Understanding of Pathogenesis: Role of Atherosclerosis and Inflammation
• Systemic Effects of PAD: link to Cardiovascular Events
• Importance of microcirculation in critical limb ischemia

Diagnostics

• Importance of non-invasive diagnostics: ABI measurement (ankle-brachial index), duplex sonography and MRI
• Advances in imaging
• Biomarkers for prognosis estimation and course assessment

Therapeutic approaches

• Endovascular techniques, current
• Indications and techniques of open surgical reconstructions, current
• Drug therapy approaches
• Innovative approaches: cell therapies, growth factors and regenerative therapies

Prevention and rehabilitation

• Importance of Lifestyle Intervention: quitting smoking, changing diet and exercise
• Gait training and structured rehabilitation programs for intermittent claudication
• Prevention strategies to prevent amputations
• Long-term monitoring and recurrence prevention in PAD patients

Interdisciplinary care

• Cooperation between primary care, vascular medicine, diabetology and cardiology
• Multimodal therapeutic approaches for complex PAD and concomitant diseases
• Establishment of regional networks for the comprehensive care of PAD patients
• Role of primary care in early detection and follow-up care

Pathophysiology and diagnostics

• Pathophysiological basis of diabetic foot syndrome: neuropathy, angiopathy and infection
• Early detection of at-risk patients: the role of imaging techniques and screening tools
• Use of biomarkers and diagnostic tests to detect infections and wound healing disorders
• Differential diagnosis of chronic wounds and gangrenous changes

Prevention and patient management

• Preventive measures: shoe care, pressure relief and podiatric care
• Patient training: Promoting self-control and risk awareness
• Importance of interdisciplinary cooperation between diabetologists, vascular physicians and podiatrists
• Risk stratification and individual therapeutic approaches to avoid amputations

Therapeutic approaches

• Conservative therapy options: wound management, antibiotics and pressure relief techniques
• Endovascular and Surgical Recanalization Procedures for Critical Limb Ischemia
• Modern wound therapies: use of skin substitutes, vacuum therapy and growth factors
• Amputation Avoidance Strategies: Hybrid procedures and reconstruction techniques

Technological innovations

• Digitization in treatment: Telemedicine and Mobile Applications for Wound Monitoring
• Use of AI to predict chances of recovery and therapeutic success
• Advances in pressure relief: 3D-printed insoles and orthopedic shoes
• Wearables and sensors to detect pressure sores and skin changes

Care and rehabilitation

• Establishment of regional networks for the treatment of diabetic foot syndrome
• Optimisation of treatment pathways: outpatient and inpatient care concepts
• Long-term care and aftercare after interventions
• Importance of rehabilitation and mobility promotion after amputation

Indications and diagnostics

• Imaging modalities: duplex sonography, CT angiography, and MRI
• Risk stratification in asymptomatic and symptomatic patients
• Vulnerable plaque and carotid web
• Role of preoperative neurological and cardiovascular diagnostics

Surgical and interventional procedures

• Open carotid arterectomy (CEA): techniques and results
• Endovascular Approaches: Carotid Stenting and Hybrid Procedures
• Reconstructions of supra-aortic vessels in aneurysms and dissections
• Techniques for the treatment of subclavian steal syndrome
• Robot-assisted treatment of TOS

Complication Management

• Prevention of Perioperative Strokes: Antithrombotic strategies and monitoring
• Treatment of complications such as hyperperfusion syndrome and restenosis
• Management of nerve damage (e.g., hypoglossal nerve, vagus nerve)
• Long-term monitoring and therapy after stenting or endarterectomy

Innovations and technological developments

• Advances in neuroprotection techniques
• Use of 3D planning and intraoperative navigation
• Development of new stents and materials
• Use of AI-supported diagnostics and indication

Interdisciplinary Approaches and Long-Term Care

• Cooperation between vascular medicine and neurology
• Multimodal therapy for complex aortic arch and carotid diseases
• Aftercare concepts for patients with a high risk of recurrence or complications
• Long-term antithrombotic therapy and monitoring of vascular permeability

Indications and planning

• Patient selection for the placement of an arteriovenous shunt (AV shunt)
• Preoperative diagnostics and vascular assessment: duplex sonography and angiography
• Selection of the type of shunt: autologous versus prosthetic shunts
• Consideration of comorbidities and long-term prognosis in planning

Surgical techniques

• Standard procedure for AV fistula system: Brescia-Cimino, Gracz and variants
• Technical challenges for patients with poor vascular conditions
• Complication management during and after surgery
• Use of new technologies

Complications and their management

• Diagnosis and treatment of shunt dysfunction and malfunction
• Treatment of steal syndrome and distal ischemia
• Strategies for avoiding shunt infections and occlusions

Long-term care and monitoring

• Aftercare Concepts for Shunt Patients: Regular Functional Checks
• Use of imaging techniques and pressure measurement for shunt monitoring
• Role of interdisciplinary shunt consultations in shunt care and monitoring
• Patient education: Handling the shunt and avoiding stress

Innovations and perspectives

• Advances in vascular prosthetics: biocompatible and anti-infective materials
• Development and use of biohybrid vascular implants
• Technological support for shunt planning: AI

Diagnosis of venous diseases and lymphoedema

• Use of modern imaging techniques: duplex sonography, phlebography and MR lymphangiography
• Differentiation between primary and secondary lymphedema
• Diagnosis of chronic venous insufficiency (CVI): staging and risk factors
• Role of biomarkers and molecular diagnostics in the detection of lymphatic vessel disorders

Therapeutic Approaches in Phlebology

• Endovenous procedures: radiofrequency ablation, laser therapy and sclerotherapy
• Indications and techniques of open varicose vein surgery
• Conservative therapy options: compression therapy and drug treatments
• Treatment of chronic ulcers in venous insufficiency: Modern wound management

Management of lymphatic diseases

• Complex Physical Decongestive Therapy (CPD): Techniques and Effectiveness
• Surgical Approaches for Lymphedema: Lymphovenous Anastomoses and Lymph Node Transplants
• Importance of skin care and infection prevention in lymphedema patients
• Innovative therapies: use of liposuction and regenerative medicine

Prevention and long-term management

• Strategies for the prevention of chronic venous insufficiency and thrombosis
• Patient Education: Self-Management in CVI and Lymphoedema
• Recurrence prophylaxis after varicose vein and lymphoedema procedures
• Long-term monitoring and adjustment of compression therapy

Innovations and perspectives

• Progress in the development of new compression materials and devices
• Use of wearables to monitor venous and lymphatic function
• Research on drug approaches for lymphedema and venous diseases
• AI-supported diagnostics and therapy planning in phlebology and lymphology

Diagnostics and pathophysiology

• Pathophysiology of DVT: Virchow-Triad and risk factors (e.g., immobilization, thrombophilia)
• Diagnosis of DVT: Use of duplex sonography, D-dimer test and phlebography
• Early detection of PTS: clinical symptoms and imaging (e.g., MRI phlebography)
• Differential diagnoses of leg edema and pain: DVT versus other causes

Therapeutic approaches for DVT

• Acute treatment of DVT: anticoagulation with DOACs, heparin and vitamin K antagonists
• Indications for interventional procedures: catheter-assisted thrombectomy and thrombolysis
• Importance of compression therapy: prevention of PTS and promotion of regression
• Management of thrombosis in special patient groups (e.g. pregnancy, tumor disease)

Prevention and recurrence prophylaxis

• Primary prevention of DVT: mobilization, prophylaxis during surgical procedures and thrombosis prophylaxis
• Secondary prevention: Long-term anticoagulation and risk stratification
• Lifestyle interventions: weight control, smoking cessation and physical activity promotion
• Use of digital tools: adherence monitoring apps and early warning systems

Management of post-thrombotic syndrome (PTS)

• Pathophysiology of PTS: Chronic venous insufficiency due to valve insufficiency
• Therapy options for PTS: Compression therapy, lymphatic drainage and drug approaches
• Interventional and Surgical Options of PTS
• Rehabilitation and long-term care: improving quality of life and controlling symptoms

Innovations and research

• Advances in the minimally invasive treatment of DVT: catheter procedures and bioactive stents
• Development of new antithrombotic substances: Individualized therapeutic approaches
• Research into genetic markers and biomarkers for risk assessment
• Use of AI and big data for diagnosis, therapy planning and recurrence prognosis

Pathophysiology and causes

• Role of circulatory disorders, diabetes mellitus and chronic venous insufficiency
• Influence of systemic factors such as immunosuppression and malnutrition
• Microbiological aspects: biofilms and multidrug-resistant pathogens
• Cellular and molecular mechanisms of impaired wound healing

Diagnostics and classification

• Wound history and clinical assessment: classification by etiology (arterial, venous, mixed)
• Use of modern diagnostic methods: laser Doppler, TcPO2 measurement, and tissue biopsies
• Evaluation of Biofilms and Resistance Patterns in Chronic Infections

Therapeutic approaches

• Modern wound management: use of foam, hydrogel and alginate dressings
• Advances in Vacuum Sealing Therapy (NPWT)
• Use of growth factors, stem cells and regenerative therapies
• Antibacterial Strategies: Local and Systemic Therapy for Infected Wounds

Prevention and patient management

• Importance of pressure relief (e.g. in diabetic foot ulcers)
• Training and motivation of patients for self-control and wound care
• Prevention of recurrence: Optimisation of risk factors (e.g. smoking cessation, diabetes control)
• Long-term aftercare and monitoring to prevent recurrence of wound formation

Innovations and perspectives

• Use of digital technologies: telemedicine and wound monitoring with apps
• Advances in the development of bioactive wound dressings and skin substitutes
• Use of AI for wound documentation and healing process prognosis
• Research on systemic therapies to promote wound healing

Diagnosis and management of septic complications

• Detection and differentiation of septic states: blood culture diagnostics and imaging
• Pathophysiology of Septic Vascular Diseases: Role of Biofilms and Endotoxin Responses
• Diagnostic methods for the assessment of vascular infections: PET-CT, MRI and ultrasound
• Indications for microbiological tissue tests and resistance analyses

Surgical therapeutic approaches

• Strategies for explanting infected vascular prostheses: timing and surgical techniques
• Reconstruction of infected vessels: autologous veins, allografts and prosthetic alternatives
• Treatment of Septic Aneurysms and Vascular Fistulas: Surgical approaches and hybrid procedures
• Therapy for infected dialysis shunts and accesses: explantation and new insertion

Antibiotic and systemic therapy

• Optimization of perioperative and postoperative antibiotic therapy
• Therapy of multidrug-resistant germs: Individualized antibiotic regimens
• Combination of local and systemic antimicrobial measures (e.g. antibacterial rinsing solutions)
• Long-term antibiotic therapy for complex septic courses

Prevention of Septic Complications

• Importance of aseptic technology in surgical procedures and implantations
• Use of anti-infective materials (coated prostheses, impregnated catheters)
• Risk minimization through optimized perioperative hygiene protocols
• Early detection and management of prosthesis infections through close monitoring

Innovations and future approaches

• Advances in bioactive and anti-infective vascular prostheses
• Use of personalized therapeutics based on resistance patterns
• Use of AI for risk assessment and prognosis of septic vascular patients
• Development of minimally invasive approaches for the treatment of septic complications

Basic research

• Molecular mechanisms of atherosclerosis and thrombogenesis
• Influence of genetic factors on vascular diseases
• Role of inflammatory processes and immune mechanisms in vascular pathology
• Investigation of endothelial dysfunction and vascular regeneration

Innovative therapy methods

• Development of new endovascular techniques and materials
• Advances in Vascular Prosthetics: Biocompatible Materials and 3D Printing
• Research into minimally invasive procedures in vascular surgery
• Gene therapy and regenerative approaches for the treatment of chronic vascular diseases

Clinical research and studies

• Multicenter studies on new treatment methods and drugs
• Long-term studies on the effectiveness of therapies for PAD, aneurysms and other diseases
• Evidence-based research to optimize treatment guidelines
• Role of real-world data and registry studies in vascular medicine

Technological innovations

• Use of artificial intelligence in diagnostics and therapy planning
• Advances in imaging: MRI, CT, and intravascular ultrasound technologies
• Use of wearables and sensors to monitor vascular status
• Potentials of Robotics and Automated Procedures in Vascular Surgery

Translational research

• Bridging the gap between basic research and clinical application
• Identification and development of new biomarkers for diagnostics and therapy monitoring
• Research into the interactions of systemic diseases (e.g. diabetes, hypertension) with vascular diseases
• Integration of precision medicine into vascular surgery and therapy

Preoperative preparation

• Risk stratification in vascular interventions: cardiovascular, pulmonary and renal factors
• Optimization of patient status: anticoagulation, blood pressure control and infection prophylaxis
• Importance of preoperative patient education and education
• Use of preoperative imaging (e.g. duplex sonography, CT angiography) for surgical planning

Intraoperatives Management

• Forms of anesthesia in vascular surgery: regional anesthesia vs. general anesthesia
• Fluid and volume therapy: optimization of hemodynamics
• Strategies for blood loss reduction and blood clotting management

Postoperatives Management

• Pain therapy and mobilization after vascular surgery
• Monitoring and management of complications: infections, thrombosis, and ischemia
• Thrombosis prophylaxis and resumption of anticoagulation or platelet aggregation inhibition
• Nutrition and wound care to promote healing

Long-term and aftercare concepts

• Optimization of the long-term prognosis: control of risk factors (e.g. diabetes, hyperlipidemia)
• Monitoring of vascular prostheses and reconstructions: imaging techniques and clinical controls
• Integration of rehabilitation and physiotherapy to restore mobility
• Patient-centered care: training and promoting adherence

Innovations in perioperative management

• Use of digital tools: apps for preoperative preparation and postoperative monitoring
• Advances in Personalized Medicine: Adapting Therapeutic Approaches Based on Genetic and Molecular Data
• Using AI to predict complications and support decision-making
• Improvement of surgical techniques and materials to minimize perioperative risks

Career promotion and recruitment of young talent

• Mentoring programs: Support from experienced vascular physicians
• Funding Programmes for young scientists: Scholarships and research funding
• Attractiveness of vascular medicine as a career path: Advantages and challenges
• Strategies for attracting young doctors to vascular medicine

Education and training

• Hands-on workshops: Endovascular techniques, ultrasound and surgical training
• Simulation technologies in education: Virtual Reality and 3D Models
• Interactive case discussions and live operations for practical training
• Development of modular continuing education programs in vascular surgery and angiology

Research and innovation

• Funding of scientific work: support for publication and participation in studies
• Access to research networks and multicenter studies
• Focus on innovative topics such as regenerative medicine, AI and new technologies
• Presentation platforms for young scientists: abstract competitions and poster sessions

Networking and interdisciplinary exchange

• Establishment of networks for young vascular physicians: National and international forums
• Interdisciplinary cooperation with radiology, cardiology and other disciplines
• Exchange opportunities at congresses and regional meetings
• Organization of social events and network meetings especially for young physicians

Work-life balance and future prospects

• Discussion of Work-Life Balance in vascular medicine: ways to balance work and private life
• Flexibilization of working time models in clinics and research
• Importance of psychosocial support for young doctors
• Future trends and perspectives in vascular medicine: Where is the subject headed?

AI in diagnostics and therapy

• Using AI for Image Recognition: Radiology, Pathology, and Ophthalmology
• Automated pattern recognition in ECG, EEG and other vital signs
• AI-supported decision support in personalized medicine
• Use of predictive models for therapy success and risk management

E-health platforms and telemedicine

• Development and use of digital health platforms for doctor-patient communication
• Telemedical services for diagnostics, therapy and aftercare
• Apps for patient monitoring, medication management, and health promotion
• Integration of wearables and sensors into e-health systems

Data management and interoperability

• Using big data to analyze and optimize patient care and hospital processes
• Standards for interoperable digital health records and data sharing
• Use of blockchain technologies for secure and transparent health data management
• Challenges of data protection and data ethics in the e-health landscape

Patient-centered care

• AI-powered personalized treatment plans based on genomic and lifestyle data
• Use of chatbots and virtual assistants for patient education and support
• Promoting adherence through personalized e-health interventions
• Integration of AI to support self-management in chronic diseases

Challenges and future prospects

• Regulatory framework for AI and digital health solutions
• Acceptance and training of medical staff in the use of AI systems
• Development of ethical standards for the use of AI in medicine
• Perspectives for the integration of AI in prevention, diagnostics and therapy

Innovations and research

• AI-based simulations for research and education (e.g. digital twins)
• Research on AI-Driven Rehabilitation Programs and Therapy Optimization
• Potentials of AI and e-health for healthcare in underserved regions

Digital infrastructure and networking

• Implementing an Interoperable Digital Infrastructure: Electronic Health Records (EHRs)
• Integration of medical devices and sensors into a central hospital information system
• Use of cloud technologies for data processing and backup
• Building cyber-secure networks to protect sensitive health data

Artificial intelligence and data analysis

• Use of AI in diagnostics and therapy: pattern recognition, predictive models and decision support
• Real-time analytics for patient monitoring and resource management
• Leveraging Big Data to optimize Clinical Processes and Outcome Measurement
• Personalized medicine through AI-supported data integration

Automation and robotics

• Use of robotics in surgery: precision and support for complex procedures
• Automation of routine processes: logistics systems, medication distribution and disinfection
• Robotic assistants for care and patient care
• Drones and driverless transport systems for material and sample logistics

Patient-centered technologies

• Smart devices and wearables for continuous monitoring of patients
• Apps and platforms for patient communication, appointment scheduling and education
• Virtual Reality (VR) and Augmented Reality (AR) for pain management and rehabilitation support
• Telemedicine and digital consultations for improved patient connectivity

Sustainability and efficiency

• Use of smart technologies to reduce energy consumption (e.g. intelligent building technology)
• Resource optimization through real-time data analysis and AI-supported process control
• Integration of sustainable materials and technologies in everyday clinical practice
• Promotion of "Green IT" for environmentally friendly digitization

Innovations and future prospects

• Blockchain technologies for secure and transparent data processing
• 5G networks to support networked real-time communication
• Research on "Digital Twins": Simulation of Patient and Hospital Processes
• Advancing Virtual Hospitals: Fully Digital Care Centers

Measurement and monitoring of quality standards

• Development and implementation of quality indicators in vascular medicine
• Use of benchmarking for comparability between clinics and practices
• Monitoring Clinical Outcomes: Complication Rates, Mortality, and Patient Reports
• Use of patient-reported outcome measures (PROMs) to assess the quality of care

Quality management systems

• Establishment of a continuous improvement process (CIP)
• Implementation of risk and error management systems
• Use of audits and peer reviews to optimize clinical processes

Digital support for quality assurance

• Use of electronic patient records for standardized documentation
• Use AI to analyze large amounts of data and identify areas for improvement
• Automated recording and evaluation of process and result quality
• Development of dashboards for real-time monitoring of quality parameters

Patient safety and error culture

• Promotion of an open error culture to reduce avoidable treatment errors
• Strategies to avoid medication errors and nosocomial infections
• Importance of safety checklists in operational and interventional processes
• Training and training programs for employees to increase patient safety

Interdisciplinary cooperation and evidence-based

• Integration of interdisciplinary teams to ensure high-quality care
• Implementation of evidence-based guidelines and their review for effectiveness
• Cooperation with professional societies for the development of national and international standards
• Promotion of clinical registries and studies for quality assurance

Patient perspective and satisfaction

• Recording and evaluation of patient satisfaction as a quality indicator
• Involvement of patients in the design and evaluation of care processes
• Measures to improve communication between patients and medical staff
• Transparency of quality results for patients and relatives

Sustainability in hospital operations

• Waste management: recycling concepts and reduction of single-use materials
• Environmentally friendly procurement: use of sustainable products and materials

Sustainability in medicine

• Development of reusable instruments and materials in vascular medicine
• Use of biodegradable materials for implants and dressings
• Optimization of OR processes to avoid waste of resources
• Integration of telemedicine and digital tools to reduce transport costs

Climate-neutral healthcare

• Preparation of climate balances and identification of CO₂ savings potentials
• Promotion of renewable energies in hospitals
• Training of hospital staff on climate-friendly action in the healthcare sector

Sustainability in patient care

• Promotion of prevention and health promotion for the long-term reduction of disease burden
• Integrating sustainability into patient education: nutrition, exercise and lifestyle
• Digital offers for aftercare and rehabilitation to reduce resource consumption
• Using wearables and apps to monitor chronic conditions instead of frequent clinic visits

Research and innovation

• Development of environmentally friendly technologies and processes in medical technology
• Promotion of sustainable research in the health sector through targeted funding programmes
• Using Big Data and AI to analyze sustainability effects in patient care
• Establishment of interdisciplinary research projects to combine sustainability and medical innovation

Awareness and education

• Sensitization of employees and patients for sustainable action
• Integrating sustainability into the education and training of medical staff
• Cooperation with professional societies for the development of sustainable guidelines
• Communicating sustainable initiatives and successes to the public

1. Effect of increasing outpatient care
2. Impact of the hospital reform
3. Minimum quantities and highly specialized medicine/centralization
4. Collaborative Formation