From TAC modeling to ultrasound evaluation: master the core techniques of cardiovascular disease models in just 2 days – Xi'an training camp now open for enrollment.
Release time:
2026-06-09
Cardiac Modeling + Model Animal Ultrasound Hands-On Training (Xi'an) – Registration Open
"In cardiovascular disease research, the transverse aortic constriction (TAC) model is a classic animal model for studying pressure overload-induced myocardial hypertrophy and its progression to heart failure."
However, surgical bleeding, pneumothorax, model instability, and confusion over ultrasound evaluation parameters remain major obstacles for many researchers.
June 27–28, Xi'an
Yiren Hengye, in collaboration with senior experts from the Institute of Cardiovascular Diseases of the General Hospital of Ningxia Medical University,
proudly presents the "Cardiac Modeling + Model Animal Ultrasound Image Acquisition Hands-On Workshop"
With a strong emphasis on hands-on practice and dual mentoring, this two-day program addresses the core challenges—from model establishment to evaluation.
I. Training Overview
Date: June 27–28, 2026 (2 days)
Location: Xi'an (near Keji Road subway station; exact venue will be notified after registration)
Fee: 2,500 RMB per person (includes two days of lunch; accommodation not included)
⚠️ Due to very limited spots, registration will be processed on a first-come, first-served basis. Successful fee payment confirms your place.
II. Two Core Modules
🔹 Module 1: Cardiac Modeling
Unique surgical technique for mouse TAC model + specialized instruments to reduce bleeding and pneumothorax
In-depth analysis of cardiovascular anatomy
Hands-on mouse surgery for participants, with instructor guidance
🔹 Module 2: Ultrasound Image Acquisition
TAC model scanning techniques and parameter variation patterns
Engineer-led hands-on practice for every participant
Key considerations for cardiac function evaluation at different modeling durations
III. Training Schedule (2-Day Outline)
Day 1: Modeling Day
Theory: Key steps and precautions in TAC modeling
Demo + Group Practice: Instructor demonstrates and guides participants through mouse TAC surgery
Morning:
1. Theory session – Instructor explains TAC modeling theory
2. Live demonstration – Instructor performs TAC modeling
Afternoon:
Group modeling practice – Participants practice modeling techniques in groups
Day 2: Ultrasound Day
Theory: TAC model scanning techniques and parameter changes
Group Practice: Engineer-supervised hands-on ultrasound scanning of model mice
1. Theory session – Scanning techniques for TAC model and changes in ultrasound parameters at different modeling durations
2. Live demonstration – Instructor-led ultrasound demonstration
3. Certificate ceremony – Long-term technical support WeChat group established, electronic manual distributed
Specific timing will be notified after registration. The final schedule is subject to minor adjustments.
IV. Instructors and Team
Lead Instructor for Cardiac Modeling
Yan Ru | Assistant Researcher, Institute of Cardiovascular Diseases, General Hospital of Ningxia Medical University
. 14 years of research experience in cardiovascular diseases
. Proficient in the preparation and validation of various cardiovascular animal models
. Principal investigator of university-level projects and Ningxia Natural Science Foundation projects
. Participant in multiple National Natural Science Foundation of China (NSFC) and Ningxia Natural Science Foundation projects
. Published over 40 papers, including 18 SCI-indexed papers
Ultrasound Instructor
Senior Technical Engineer, Yiren Hengye
V. Registration and Inquiries
Training Fee: 2,500 RMB per person (includes two days of lunch; accommodation not included)
Registration Process:
Submit registration information → Notification of payment in order → Successful payment confirms your place
Corporate Bank Account for Payment:
Company Name: Beijing Yiren Hengye Technology Co., Ltd.
Bank: Beijing Rural Commercial Bank Co., Ltd., Liyuan Sub-branch, Liyuan Road Office
Account Number: 0719010103000001610
Note: Please indicate your name in the memo section
Contact Person: Teacher Li
📞 15801020231 (Phone and WeChat same number)
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