The flow chart of the study. by Changxu Wang (17826805)

Subjects:

Mean of the difference between the LV-GLS value of the expert and trainees in four consecutive groups of 25 fetal heart clips. by Chantelle M. de Vet (16535257)

Subjects:

S1 File - by Chantelle M. de Vet (16535257)

Subjects:

Comparison of postoperative NLR, PLR, and SII between the two groups. by Changxu Wang (17826805)

Subjects:

Effect of <i>slc43a3</i> deletion on food and water consumption in male and female WT and KO mice. by Aaron L. Sayler (19797446)

Subjects:

Surgery design. by Maria Nadinskaia (22662419)

Subjects:

Effect of <i>slc43a3</i> deletion on resting blood pressure (systolic and diastolic) and heart rate of male and female WT and KO mice. by Aaron L. Sayler (19797446)

Subjects:

Phase analysis data and within group correlations. by Aaron L. Sayler (19797446)

Subjects:

Effect of <i>slc43a3</i> deletion on the diurnal cycle of oxygen consumption (VO₂) in male and female mice. by Aaron L. Sayler (19797446)

Subjects:

Pathophysiological mechanisms linking hyperammonemia to sarcopenia and cerebral changes. by Maria Nadinskaia (22662419)

Subjects:

Effect of <i>slc43a3</i> deletion on physical activity of male and female WT and KO mice. by Aaron L. Sayler (19797446)

Subjects:

Supporting information – data for plots. by Maria Nadinskaia (22662419)

Subjects:

Summary of measured parameters. by Aaron L. Sayler (19797446)

Subjects:

Morphometric analysis of histological slides in sarcopenia modeling by portal vein ligation and pyloric vein ligation. by Maria Nadinskaia (22662419)

Subjects:

Effect of <i>slc43a3</i> deletion on metabolic performance parameters in male and female WT and KO mice. by Aaron L. Sayler (19797446)

Subjects:

Raw data. by Aaron L. Sayler (19797446)

Subjects:

Liver and spleen mass in sarcopenia-hyperammonemia modelling on Day 30. by Maria Nadinskaia (22662419)

Subjects:

Time series comparing trends at HSJ and control hospitals in the pre-intervention and intervention period. Significance test determine if trends differ between groups. by Eva Rydahl (6260771)

Subjects:

NMN improves neurological function and survival after cardiac arrest in mice. by Daiki Kaito (12514087)

NMN attenuates neuronal injury after cardiac arrest in mice. by Daiki Kaito (12514087)