3rd International conference on

Plastic and Aesthetic Surgery

Scientific Program

Keynote Session:

Meetings International - Conference Keynote Speaker Guohui Liu photo

Guohui Liu

Huazhong University of Science and Technology, China

Title: Comparative study of sacroiliac screw placement guided by 3D‑printed template technology and X-ray

Biography:

Guohui Li is a full of Computer Science at School of Computer Science and Technology in Huazhong University of Science and Technology(HUST). His research spans big data processing, data mining, social media data processing and real-time computing. She focuses on questions such as: indexing mechanism for big data to speed up data processing, data mining methods, location-dependent query processing and authentication and power-efficient scheduling algorithms for embedded real-time systems. She is widely published in the leading scholarly journals and conferences in computer science, such as RTSS, AAAI, IEEE Transactions on Computers and Information Systems. He was among the first batch of teachers in HUST who gave lessons in English.

Abstract:

Objective: To compare the clinical effect of 3D-printed template technology with X-ray fluoroscopy in assisting surgery for sacroiliac screws placement.
Design: Institutional review board-approved retrospective analysis.
Patients: The clinical data of 31 cases of sacroiliac complex injury between January 2015 and December 2016 were analyzed. There were 16 patients, males 11 and females 5, who underwent surgery assisted by 3D-printed template in template group, and that of contemporaneous 15 patients, males 11 and females 4, who underwent traditional surgery were gathered as fluoroscopy group. All those patients were followed up for more than 6 months.
Main outcome measures: The operation time and X-ray fluoroscopy times for each screw placement, and the Matta and Majeed score were analyzed and the difference between the two group was tested.
Results: All cases were followed up for 6–20 months, average 11.4 ± 0.6 months. In template group, 19 screws were implanted. Each screw spent 25–38 min, average 27.2 ± 5.3 min, and need 2–5 times fluoroscopy, average 2.7 ± 0.5. The fracture reduction quality was evaluated by Matta score scale: excellent 10, well 4, fair 2, good rate 87.5%; and pelvic function were evaluated by Majeed score scale: excellent 11, well 3, fair 2, and good rate 87.5%. In fluoroscopy group, 17 screws were implanted. Each screw spent 45–70 min, average 60.3 ± 5.8 min, and needs 11–23 times fluoroscopy, average 15.4 ± 3.5. The fracture reduction quality was evaluated by Matta score scale: excellent 7, well 6, fair 2, and good rate 86.7%; and pelvic function was evaluated by Majeed score scale: excellent 6, well 6, fair 3, and good rate 80.0%. The difference in operation time, X-ray fluoroscopy times between template group and fluoroscopy group had statistical significance. But the Matta and Majeed score had no difference between two groups.
Conclusion: Compared with traditional surgery, 3D-printed template technology-assisted surgery for sacroiliac screws placement in sacroiliac complex injury patients possesses advantage such as shortened operation time and reduced X-ray exposure times. This technology improves the safety profile of this operation and should be further studied in future clinical applications.
Meetings International - Conference Keynote Speaker Yuan Xiong photo

Yuan Xiong

Huazhong University of Science and Technology, China

Title: Nanoenzyme-Reinforced Injectable Hydrogel Accelerates Oxidative Diabetic Wound Healing through Timed-release of Exosome and Fibroblast Growth Factor

Biography:

Yuan Xiong joined Certara Strategic Consulting in 2016 as Associate Director, Consulting Services. With 10 years of experience in pharmaceutical R&D, Dr. Xiong has in-depth hands-on experience of population PK/PD modeling, clinical trial simulations, and systems pharmacology in therapeutic areas such as infectious diseases, autoimmune disorders, ophthalmology, cardiovascular and metabolic diseases, neuroscience and oncology. Additionally, Dr. Xiong has strong research & development experience in mathematical modeling of complex biological and physiological systems, disease models, cell signaling pathways, stochastic simulations, and biomedical image processing and analysis; proficient in MATLAB, PhysioLab, SBPOP2, and COMSOL Multiphysics, and familiar with C/C++, Mathematica, and Linux. Dr. Xiong received her PhD in electrical and computer engineering from The Johns Hopkins University. She has published many papers in the past ten years, collaborating and communicating experience working in multi-disciplinary teams of quantitative and computational scientists, clinicians and life scientists.

 

Abstract:

The treatment of diabetic wounds remains one of the major challenges in clinical practice, due to the multiple drug-resistant bacterial infections, angiopathy, and oxidative damage to the microenvironment. Herein, we sought to introduce a novel in-situ injectable HA@MnO2 hydrogel to accelerate the diabetic wound healing. Through the convenient injection, this hydrogel can form a protective dressing covering the wound to provide rapid haemostasis and long-term antibacterial. Meanwhile, the MnO2/ e-PL nanosheet catalyze the overexpressed H2O2 in wound to convert to O2, so that eliminating the harmful effect of H2O2 and providing enough O2 for wound healing. Moreover, the following releasing of M2-derived Exosome (M2 Exo) and FGF-2 growth factor constantly simulate the angiogenesis and epithelization, respectively. . The in vivo and in vitro results determined an accelerated diabetic wound healing using HA@MnO2 hydrogel, which representing a versatile strategy for repairing a wide range of diabetic tissue damages.

 

Meetings International - Conference Keynote Speaker Guohui Liu photo

Guohui Liu

Huazhong University of Science and Technology, China

Title: A Novel Instant 3-Dimensional Printing System for Postoperative Fracture Patients: A Comparative Cohort Study

Biography:

Guohui Li is a full of Computer Science at School of Computer Science and Technology in Huazhong University of Science and Technology(HUST). His research spans big data processing, data mining, social media data processing and real-time computing. She focuses on questions such as: indexing mechanism for big data to speed up data processing, data mining methods, location-dependent query processing and authentication and power-efficient scheduling algorithms for embedded real-time systems. She is widely published in the leading scholarly journals and conferences in computer science, such as RTSS, AAAI, IEEE Transactions on Computers and Information Systems. He was among the first batch of teachers in HUST who gave lessons in English.​

Abstract:

Background:

Traditional plaster (TP) is a widely used auxiliary fixation (AF) approach for postoperative fracture patients. However, patient discomfort and inconvenience to clinicians has limited its application. We introduce a novel instant 3-dimensional printing appliance system (3D-AS) to address such issues.

Material/Methods:

Twenty-seven postoperative fracture patients were divided randomly between a TP group and a 3D-AS group, and analyzed retrospectively. Radiographic images during follow-up were evaluated for fracture healing and fracture reduction quality. The range of motion (ROM) was recorded to assess motor performance. Patient pain was assessed using the Visual Analogue Scale (VAS). Complications were also compared between the 2 groups.

Results:

The patients comprised 17 men and 10 women with ages ranging from 21 to 69 years (mean age: 47.35). All patients completed a follow-up visit (range: 14–19 months, mean: 13.59 months). Although no significant difference was found between general characteristics (P>0.05) and the time of fracture union (P>0.05), significant

differences between groups were seen in complications (P<0.05), VAS (P<0.01), patient satisfaction (P<0.05), and ROM for the upper joints (P<0.05).

Conclusions:

Our study suggests that 3D-AS provides better upper-limb ROM and more comfortable healing for postoperative fracture patients, indicating that it can be recommended for use in such patients.

 

Oral Session 1:

  • Plastic Surgery | Cosmetic Surgery | Reconstructive Surgery