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2026-10-29

Naming Genetically Engineered Mice (Part II): From Being Understandable to Being Written Correctly

2026-10-29

How should a multi-disease composite mouse model be constructed? Let’s take a look at the CKM approach.

2026-08-12

2026 CKM Guidelines Released: Chronic Diseases Enter the Era of Integrated Cardiorenal-Metabolic Management—It’s Time to Rethink Animal Models

2026-08-12

A Guide to Safe Mouse Handling | Manual on Mouse Transport Protocols and Troubleshooting

Big news! The LABUS 7T small-animal high-frequency color ultrasound imaging service is now available!

New model! The LABUS 7T is a high-end color ultrasound imaging system designed for research, built on the industry‑leading ZST+ domain‑imaging technology platform.

01 LABUS 7t

ZST+ Domain Light Platform

The ZST+ domain‑light platform is the world’s first ultrasound imaging platform. Built on robust hardware and powered by three core technologies—Zone Imaging, Zone Focusing, and Zone Processing—it delivers reliable performance for clinical diagnosis and research in veterinary ultrasound.

02 Instrument Specifications and Parameters

High-Frequency Linear Array Probe for Research Use – L20

High-Frequency Linear Array Probe for Research Use – L30

03 Basic Mode

B+M mode

B+C+PW model

E/A ratio for assessing diastolic function

04 Advanced Applications

TTQA—Quantitative Analysis of Organizational Trajectories

The analysis is conducted across three dimensions—radial, longitudinal, and circumferential—of the myocardial wall. By evaluating the velocity, displacement, strain (material deformation), and strain rate of the entire myocardial wall, precise quantitative metrics are obtained.

B+C+PW model

PI: Pulsatility Index of arterial blood flow; RI: Resistance Index; PS: Peak Systolic Velocity of arterial blood flow; ED: Peak Diastolic Velocity of arterial blood flow

B+P/C model