DOI: 10.57760/sciencedb.08988
title: Skin structure and red blood cell size of the Emei mustache toad (Leptobrachium boringii)
title: Skin structure and red blood cell size of the Emei mustache toad (Leptobrachium boringii)

description: These datasets were based on paraffin skin sections. Red blood cells are often washed out of large subcutaneous vessels as single cells and found lying on slides containing skin sections.3_defense-related_variables.xlsx: mean values of stratum compactum thickness, average minimum diffusion path length/average epidermal thickness, and epidermal thickness for each body region for each individual. This dataset was used for correlation analyses between variables.4_epidermis_and_subepidermal_capillary_variables.xlsx: mean values of epidermal thickness, minimum diffusion path length, perfused subepidermal capillaries per mm epidermis, and average minimum diffusion path length/average epidermal thickness for each body region for each individual. This dataset was used for correlation analyses between variables.Capillary_density.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on perfused subepidermal capillaries density.Capillary_density_variation_in_males.xlsx: For the density of perfused subepidermal capillaries, across body regions, a correlation between the group mean of nonbreeding males and the difference in breeding male and nonbreeding male group means was tested for based on this dataset.Capillary_erythrocyte_content.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on the grade of red blood cell count per subepidermal capillary.Capillary_minimum_diffusion_path_length.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on subepidermal capillary minimum diffusion path length.Capillary_penetration_extent_ratio.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on the extent of capillary penetration into the epidermis.Epidermal_thickness.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on epidermal thickness.Red_blood_cell_datasets.xlsx: for testing the effect of snout-vent length and group according to breeding stage and sex on red blood cell size and shape.Total_and_stratum_compactum_thicknesses.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on total skin thickness and stratum compactum thickness.
description: These datasets were based on paraffin skin sections. Red blood cells are often washed out of large subcutaneous vessels as single cells and found lying on slides containing skin sections.3_defense-related_variables.xlsx: mean values of stratum compactum thickness, average minimum diffusion path length/average epidermal thickness, and epidermal thickness for each body region for each individual. This dataset was used for correlation analyses between variables.4_epidermis_and_subepidermal_capillary_variables.xlsx: mean values of epidermal thickness, minimum diffusion path length, perfused subepidermal capillaries per mm epidermis, and average minimum diffusion path length/average epidermal thickness for each body region for each individual. This dataset was used for correlation analyses between variables.Capillary_density.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on perfused subepidermal capillaries density.Capillary_density_variation_in_males.xlsx: For the density of perfused subepidermal capillaries, across body regions, a correlation between the group mean of nonbreeding males and the difference in breeding male and nonbreeding male group means was tested for based on this dataset.Capillary_erythrocyte_content.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on the grade of red blood cell count per subepidermal capillary.Capillary_minimum_diffusion_path_length.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on subepidermal capillary minimum diffusion path length.Capillary_penetration_extent_ratio.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on the extent of capillary penetration into the epidermis.Epidermal_thickness.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on epidermal thickness.Red_blood_cell_datasets.xlsx: for testing the effect of snout-vent length and group according to breeding stage and sex on red blood cell size and shape.Total_and_stratum_compactum_thicknesses.xlsx: for testing the effect of breeding stage and sex, snout-vent length, and body region on total skin thickness and stratum compactum thickness.