Rodent Treadmill citations

Exercise capacity was assessed using a motorized treadmill (MAZE Engineers, USA).

The treadmill was equipped with lane boxes (Maze Engineers, 5 Lane Rat Treadmill, Skokie, IL) that permitted forward and backward movement to accommodate variations in pace.

eExosome male donor rats aged 9–10 weeks were continuously monitored while running on a 5-lane treadmill that was equipped with both a light signal and a tail shock (MazeEngineers, Skokie, IL).

...was assessed in male 7-week-old SSMlycd+/+ and SSMlycd+/- rats using a motor-driven treadmill (Maze Engineers, Skokie, IL).

The mice were trained on a single-lane mouse treadmill (Maze Engineers, USA).

...rim to track movement. TRM running tasks were conducted on a motorized single-lane treadmill (MazeEngineers), with markers attached to the belt at 20 cm intervals to monitor speed (Movie 5).

Mice were trained on a rat treadmill with five lanes (MazeEngineers, Skokie, IL), allowing two to four cage mates to run together per lane, as previously described (13), with minor adjustments.

Once awake, mice were moved to a variable speed rodent treadmill (Maze Engineers) surrounded by six evenly spaced infrared Vero cameras (Vicon Motion Systems, Oxford, UK) recording at 320 frames/second.

Mice were trained for running on a 5-lane motorized treadmill (Model 60A SM 400-LS-Z, maze engineers, USA).

Additional mice were aged to ~ 11 months and subjected to a premortem treadmill test where they were run to exhaustion on an automated single belt rodent treadmill (Maze Engineers).

A 5‐lane MazeEngineers treadmill equipped with both a light signal and tail shock was used for exercise.

...period was implemented for all mice, with the initial settings of the shock grid at 0.9 mA (Maze Engineers Automated Treadmill, Skokie, IL, USA), after which a progressive exercise training regimen was...

...acclimatized to the treadmill for 3 days. Briefly, they were placed on an unmoving treadmill (Maze Engineers, Skokie, IL, USA) for 1–3 min and then allowed to run at a speed of 10 m/min.

To evaluate exercise capacity and endurance, mice were run on a treadmill system (Maze Engineers: Treadmill 2009, Model No. MZ-3.0-8-52) with a stepwise accelerating protocol at 10° incline.

...all mice were acclimated to use a motorized treadmill (Maze Engineers, IL), as outlined in Table S1.

...to the treadmill (DJ2-242 Dual Treadmill, Daejong Instrument, Treadmill for 8 mice LT320, Maze engineers) before running tests.

All rats were placed on an exercise regime where the treadmill (Maze Engineers, USA) inclination was set at 12° and the speed started at a slow pace of 5 m/min for 2 minutes.

...3 post-induction (Table 1). In brief, rats were placed on an exercise regime where the treadmill (Maze Engineers, USA) inclination was set at 12° and the speed started at a slow pace of 5 m/min for 2 min.

In the first stage of the study, we assessed animals’ tolerance to physical exercises by the treadmill test performed on a 5-lane moving road (Maze Engineers, USA).

The mice were trained on a rat treadmill with five lanes (MazeEngineers, Skokie, Illinois), allowing 3–4 cage mates to run on one lane together which was observed to improve the motivation of the mice to run, when compared with solitary running.

An automated 5-lane mouse treadmill (Maze Engineers, Skokie, IL) was used in the forced running model.

...at 3 months post-diabetes. All rats were placed on an exercise regime where the treadmill (Maze Engineers, USA) inclination was set at 12° and the speed started at a slow pace of 5 m/min for 2 min.