Supplementary data

Description

Exercise improves function slowly. During the 6 weeks exercise intervention period, we retained the cardiac ultrasound and blood pressure data at three-week of Con+AE, HFpEF+AE, and HFpEFKO+AE. This is important for predicting final outcome and the effect of short-term exercise on HFpEF.

Steps to reproduce

Eight-week-old C57BL/6 and Alcat1 knockout mice were used to establish a HFpEF induced kidney injury model. Cardiac function and blood pressure were assessed using echocardiography and a non-invasive intelligent blood pressure monitor.Comparing the changes of cardiac function and blood pressure in Exercise group at 3 weeks and 6wk, the results showed that continuous training further improved myocardial ejection ability.

Institutions

• Shaanxi Normal University

Categories

Funders

• National Natural Science Foundation of China

  China

  Grant ID: 32171128
• National Natural Science Foundation of China

  China

  Grant ID: 31900828
• Fundamental Research Fund for the Central Universities

  Grant ID: GK202301013

Licence