The Artificial Liver Center Program, established by Academician Li Lanjuan, is a pioneering initiative in hepatology with a robust history of innovation. It is dedicated to research and development in artificial liver system and stem cell therapies for the treatment of liver failure. The program has made significant strides in managing liver failure and has played a crucial role in the treatment of severe infectious diseases, including H7N9 avian influenza and COVID-19. Recognized as the nation's largest non-bioartificial liver treatment base within the nation, the center has pioneered treatment techniques that have been widely adopted. The artificial liver nursing team is composed of ten certified nurses who actively contribute to research and participate in setting industry standards. The artificial liver support system has been implemented in over 300 hospitals across more than 30 provinces in China, treating over 10,000 cases of severe hepatitis. The center has also been pivotal in the training of medical and nursing staff, with more than 800 professionals having received training in artificial liver treatment and care.

The primary purpose of the program is to equip healthcare professionals, particularly nurses, with the knowledge and skills necessary to operate artificial liver devices effectively.  This is aimed at ensuring patient safety and improving the quality of care in liver disease treatment. The program also seeks to promote the standardization of artificial liver technology, foster innovative research, and lead the way in the application of this technology globally.

The program is a specialized initiative for a diverse array of healthcare professionals, including nurses, government officials, enterprise staff, and academics, who are passionate about advancing artificial liver systems. It aims to foster innovation in liver research, enhance patient care, and lead in the implementation of non-bioartificial liver systems, while also attracting international participants to share skills and cultural experiences, ultimately aiming to elevate the global standard of care for liver disease patients.

· Specialized Nursing Care Models: Development of models like "LIVER'S 5+5" and contribution to national treatment guidelines.

· Holistic Health Education: It seamlessly integrates educational support across all stages of patient care, from pre-treatment to post-recovery, to optimize treatment outcomes and patient well-being.

· Pre-treatment Nursing: Featuring a secondary assessment system, streamlines patient evaluation to refine treatment plans and enhance therapeutic precision.

· During treatment: Nursing care includes a meticulous line installation inspection system and advanced catheter function assessment techniques to ensure optimal device performance and patient safety.

· Post-treatment Nursing: Features an efficacy assessment system that meticulously monitors patient outcomes to optimize health and well-being.

· Diversified Treatment Modalities: Both combined and single modes, offering tailored treatment solutions for diverse liver conditions.

The training aims to familiarize participants with the history of artificial liver treatment, common modalities, and the framework "LIVER'S 5+5".

· Skill Development: To equip nurses with advanced skills in artificial liver treatment and management.

· Knowledge Acquisition: To provide in-depth understanding of artificial liver technology and its clinical applications.

· Research Engagement: To involve nurses in research to advance evidence-based practices in artificial liver treatment.

· Quality Improvement: To establish and practice quality indicators for artificial liver nursing care.

The program offers a standard full-time, 2-week intensive training experience, with flexibility to accommodate varying durations based on individual needs and interests in special cases.

Fellows:

To be eligible for the Nursing Fellowship, applicants must have successfully completed a nursing residency program at an institution that is accredited.

Residents:

Registered nurses from hospitals worldwide, holding a formal diploma (or higher degree) from an accredited nursing school, with at least two years of clinical nursing experience, and possessing a valid nursing license.

Focus areas & Subspecialties:

1. Artificial Liver Treatment

2. Liver failure

3. Liver Transplantation 

4. Infectious Diseases

5. Critical Care

6. Hepatology and Gastroenterology

7. Microecology and Immunology

8. Cytokine Storm Management

9. Clinical Research and Trials

Skills:

1. Blood Purification Techniques 

2. Emergency Response

3. Interdisciplinary Collaboration

Training schedule：Two-week training program provides a comprehensive and structured approach to learning about non-biological artificial liver treatment, with a balance of theoretical instruction, observational learning, and practical simulation, ensuring participants gain a thorough understanding of the field.

FIRST Week:

Monday

· Introduction & Welcome, Program overview and objectives, Department introduction

- Topics:

1. Familiarize with the Artificial Liver Center through a guided tour.

2. Learn about the history of artificial liver treatment.

3. Receive a basic overview of artificial liver therapies.

Tuesday

· Understanding Non-Biological Artificial Liver Treatment

-  Topics:

1. Delve into the principles and mechanisms behind non-biological artificial liver treatment.

2. Discuss indications and contraindications for such treatments.

Wednesday

· Clinical Treatment Modalities - Plasma Exchange: Observe and learn about plasma exchange in clinical practice.

Thursday

· Clinical Treatment Modalities - Plasma Adsorption: Observe and learn about plasma adsorption in clinical practice. 

Friday

· Nursing Key Points in Artificial Liver Treatment: Focus on key nursing aspects specific to non-biological artificial liver treatment.

WEEKEND

SECOND Week

Monday

· Health Education Simulation: Engage in the observation and simulation of health education related to non-biological artificial liver treatment.

Tuesday

· Machine Alarm Handling: Learn to handle common machine alarms encountered in non-biological artificial liver treatment.

Wednesday

· Complication Management: Understand how to manage common complications in non-biological artificial liver treatment.

Thursday

· Combination Treatment Modes: Explore common combined treatment modes used in clinical practice.

Friday

Discussion and Summary: Participate in group discussions and a summary of the training program.

WEEKEND

Evaluation: 

Finalizing Assessments with a PowerPoint Presentation

Feedback:

Participants can provide feedback on training through surveys, forums, meetings, and a suggestion box, enhancing program improvement and relevance.

The program is free of charge.