How 9 papers set up this test.
AI read these papers and code checked every quote. No person has reviewed the records yet. How records are made
Dimensions of the gait walkway or runway
| Paper | Value | Paper’s words |
|---|---|---|
| Drapeau et al. 2018Mice |
| “an elevated runway (dimensions: 152 cm long × 10 cm wide)” |
| Florez-Paz et al. 2016Mice |
| “the mice were placed in a glass chamber (85 cm long and 8.5 cm wide) and they were allowed to move freely across the walkway” |
| Ahire et al. 2023Mice |
| “using our previously reported protocol (Ungvari et al., 2017)” |
| Fang et al. 2018Mice |
| “captured by the Catwalk^® gait analysis system (Noldus Inc.) as described^22” |
Not in the Methods of Tsuji et al. 2026, Johnston et al. 2025, Wen et al. 2024, Xin et al. 2017, Huang et al. 2016.
The time limits a run must fall within to count
| Paper | Value | Paper’s words |
|---|---|---|
| Xin et al. 2017Mice |
| “A successful trial was defined as the mouse taking ⩽10 s to cross the field of vision of a video camera” |
| Wen et al. 2024Mice |
| “Videos with at least 10 consecutive strides within 5 s were analyzed using the DigiGait software” |
| Ahire et al. 2023Mice |
| “using our previously reported protocol (Ungvari et al., 2017)” |
| Fang et al. 2018Mice |
| “captured by the Catwalk^® gait analysis system (Noldus Inc.) as described^22” |
Not in the Methods of Tsuji et al. 2026, Johnston et al. 2025, Drapeau et al. 2018, Florez-Paz et al. 2016, Huang et al. 2016.
How many runs are recorded or required for each animal
| Paper | Value | Paper’s words |
|---|---|---|
| Drapeau et al. 2018Mice |
| “to record paw prints on two consecutive runs” |
| Xin et al. 2017Mice |
| “Each mouse successfully completed three trials on each training day” “Each mouse successfully completed three trials on each training day and two trials on the test day.” |
| Florez-Paz et al. 2016Mice |
| “scored all the tests, each of which was repeated at least three times in each animal” “the values from the individual tracks were averaged” |
| Ahire et al. 2023Mice |
| “using our previously reported protocol (Ungvari et al., 2017)” |
| Fang et al. 2018Mice |
| “captured by the Catwalk^® gait analysis system (Noldus Inc.) as described^22” |
Not in the Methods of Tsuji et al. 2026, Johnston et al. 2025, Wen et al. 2024, Huang et al. 2016.
Frames per second of the camera that records the runs
| Paper | Value | Paper’s words |
|---|---|---|
| Ahire et al. 2023Mice |
| “using our previously reported protocol (Ungvari et al., 2017)” |
| Fang et al. 2018Mice |
| “captured by the Catwalk^® gait analysis system (Noldus Inc.) as described^22” |
Not in the Methods of Tsuji et al. 2026, Johnston et al. 2025, Wen et al. 2024, Drapeau et al. 2018, Xin et al. 2017, Florez-Paz et al. 2016, Huang et al. 2016.
Settings outside the list above, named as each paper names them.
| Paper | Setting and value | Paper’s words |
|---|---|---|
| Wen et al. 2024Mice | Acclimated in the treadmill compartment 1 min | “Animal was acclimated in the treadmill compartment for 1 min” |
| Xin et al. 2017Mice | Allowed to acclimate 10 min | “the mouse was placed in an enclosed box at the end of the walkway and allowed to acclimate for 10 min” |
| Drapeau et al. 2018Mice | Analysis of 50 cm | “for analysis of 50 cm” |
| Drapeau et al. 2018Mice | Behavioral experiments were conducted between 9 A.M. and 5 P.M. | “Behavioral experiments were conducted between 9 A.M. and 5 P.M.” |
| Xin et al. 2017Mice | Ceiling light red | “with a green light on the walkway and a red ceiling light to illuminate the mouse” |
| Wen et al. 2024Mice | Consecutive strides at least 10 | “Videos with at least 10 consecutive strides within 5 s were analyzed using the DigiGait software” |
| Wen et al. 2024Mice | Divided into two batches | “animals were randomly divided into two batches and tested separately for balance beam, DigiGait, and Barnes maze tests” |
| Wen et al. 2024Mice | Gradually increased to the testing speed over several seconds | “gradually increased to the testing speed over several seconds” |
| Wen et al. 2024Mice | High-speed video camera positioned below the transparent belt | “a high-speed video camera positioned below the transparent belt” |
| Xin et al. 2017Mice | Light on the walkway green | “with a green light on the walkway and a red ceiling light to illuminate the mouse” |
| Xin et al. 2017Mice | Lights turned off | “after which the lights were turned off” |
| Drapeau et al. 2018Mice | Lined with white paper | “lined with white paper” |
| Wen et al. 2024Mice | Low speed 5 cm/s | “treadmill was turned on at a low speed (5 cm/s)” |
| Johnston et al. 2025Mice | Measurements were taken from the center of the right hind paw to the same hind paw center a stride later | “Measurements were taken from the center of the right hind paw to the same hind paw center a stride later” |
| Drapeau et al. 2018Mice | Mice were brought to the front room of the testing area at least half an hour | “Mice were brought to the front room of the testing area at least half an hour before the start of experiments” |
| Drapeau et al. 2018Mice | Nontoxic paint different colors for hind and front paws | “coated in nontoxic paint (different colors for hind and front paws)” |
| Wen et al. 2024Mice | Order of tests, batch 1 Day 33 | “Day 33, DigiGait for batch 1” |
| Wen et al. 2024Mice | Order of tests, batch 2 Day 40 | “Day 40, DigiGait for batch 2” |
| Johnston et al. 2025Mice | Paws dipped in water-soluble paint | “had paws dipped in water-soluble paint” |
| Johnston et al. 2025Mice | Placed on a large sheet of white paper | “were placed on a large sheet of white paper” |
| Tsuji et al. 2026Mice | Preflight metrics, first down-selection suboptimal or poor | “The first down-selection process excluded mice that exhibited health concerns, suboptimal or poor preflight metrics [<1 fecal pellet, dual-energy x-ray absorptiometry (DXA), gait analysis using DigiGait (Mouse Specifics Inc., Seaford, DE, USA)]” |
| Wen et al. 2024Mice | Rest in between tests at least a 1-day | “Animals were given at least a 1-day rest in between tests” |
| Fang et al. 2018Mice | Room dark | “mice were placed on a glass platform located in a dark room” |
| Wen et al. 2024Mice | Speeds 10 cm/s, 20 cm/s, and 30 cm/s | “Each mouse was tested on three speeds: 10 cm/s, 20 cm/s, and 30 cm/s” |
| Xin et al. 2017Mice | Tested the fourth day | “The mice were trained for three consecutive days and were tested on the fourth day.” |
| Xin et al. 2017Mice | Tests were repeated once a week | “Thereafter, the tests were repeated once a week until the mice could no longer complete the tests.” |
| Drapeau et al. 2018Mice | The record displaying the clearest prints and most consistent gait | “The record displaying the clearest prints and most consistent gait” |
| Huang et al. 2016Rats | The test was performed 1, 2, 3, and 6 weeks after injury | “The test was performed 1, 2, 3, and 6 weeks after injury.” |
| Xin et al. 2017Mice | Trained three consecutive days | “The mice were trained for three consecutive days and were tested on the fourth day.” |
| Drapeau et al. 2018Mice | Training runs three | “After three training runs” |
| Fang et al. 2018Mice | Transferred to the Behavior Study Suite ... prior to gait acquisitions two days | “transferred to the Behavior Study Suite at Robarts Research Institute at Western University two days prior to gait acquisitions” |
| Wen et al. 2024Mice | Unable to walk at the target speed removed from the study | “Animals that were unable to walk at the target speed were removed from the study” |
| Huang et al. 2016Rats | Wide-angle lens 8.5-mm | “equipped with an 8.5-mm wide-angle lens” |
What each paper names for this test. Vendors and models appear as the paper prints them.
| Paper | Apparatus | Paper’s words |
|---|---|---|
| Tsuji et al. 2026 | DigiGait Mouse Specifics Inc. | “gait analysis using DigiGait (Mouse Specifics Inc., Seaford, DE, USA)” |
| Johnston et al. 2025 | Water-soluble paint | “had paws dipped in water-soluble paint” |
| Johnston et al. 2025 | Large sheet of white paper | “were placed on a large sheet of white paper to measure gait/stride length” |
| Wen et al. 2024 | DigiGait Imaging System Mouse Specifics | “the DigiGait Imaging System (Mouse Specifics, Framingham, MA)” |
| Wen et al. 2024 | DigiGait treadmill | “Videos of the mice walked on the DigiGait treadmill” |
| Wen et al. 2024 | High-speed video camera | “a high-speed video camera positioned below the transparent belt” |
| Wen et al. 2024 | DigiGait software | “were analyzed using the DigiGait software” |
| Ahire et al. 2023 | CatWalk Noldus Information Technology Inc. | “we tested the experimental groups of mice using an automated computer assisted method (CatWalk; Noldus Information Technology Inc.)” |
| Drapeau et al. 2018 | Elevated runway | “an elevated runway (dimensions: 152 cm long × 10 cm wide)” |
| Drapeau et al. 2018 | White paper | “lined with white paper” |
| Drapeau et al. 2018 | Nontoxic paint | “paws were coated in nontoxic paint” |
| Fang et al. 2018 | Catwalk^® gait analysis system Noldus Inc. | “Gait patterns and relative parameters were captured by the Catwalk^® gait analysis system (Noldus Inc.) as described^22.” |
| Fang et al. 2018 | Catwalk^® software | “Gait was captured and parameters was obtained from the Catwalk^® software for statistical analysis.” |
| Xin et al. 2017 | CatWalk XT system Noldus Information Technology | “we used the CatWalk XT system [37–39] (Noldus Information Technology, Wageningen, The Netherlands)” |
| Xin et al. 2017 | CatWalk XT software | “which was analyzed by CatWalk XT software” |
| Florez-Paz et al. 2016 | CatWalk system 7.1 Noldus Information Technology | “The animal’s gait was tested with the CatWalk system 7.1 (Noldus Information Technology), where the mice were placed in a glass chamber (85 cm long and 8.5 cm wide) and they were allowed to move freely across the walkway.” |
| Florez-Paz et al. 2016 | CatWalk software | “allowing the paw prints to be captured by a video camera and analyzed with the CatWalk software” |
| Huang et al. 2016 | CatWalk system Noldus Inc. | “Motor function was determined by stand time and footprint intensity using the CatWalk system (Noldus Inc., Wageningen, Netherlands)” |
| Huang et al. 2016 | High-speed video camera Gevicam, GP-3360 | “a GP-3360 high-speed video camera (Gevicam, Milpitas, CA, USA)” |
| Huang et al. 2016 | Wide-angle lens Fujicon Corp. | “equipped with an 8.5-mm wide-angle lens (Fujicon Corp., Shenzhen, China)” |