taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
13114CA2206856A4B90AD5BF817647B8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1770299	https://doi.org/10.3897/imafungus.17.201939.figure1	Figure 1. A. Host plant Nervilia nipponica; the arrow indicates the root system where mycorrhizae formed by Reflexicalyptra japonica were detected, and the asterisk (*) indicates the mycorrhizae from which the transverse section (B) was prepared. B. Transverse section of N. nipponica mycorrhiza; arrows indicate fungal structures formed by R. japonica. C. Hyphal structures formed within cortical cells; c, coralloid hyphae; w, peloton-like hyphae. D. Mycelial colony of MAFF 425704 on PDA. E. Vegetative hyphae observed under phase-contrast microscopy. F – I. Fluorescence microscopy images of hyphae of MAFF 425704 on PDA stained with DAPI and Calcofluor White; white arrows and arrowheads indicate putative nuclei and septa, respectively. J. Phase-contrast image corresponding to I; black arrows indicate vacuole-like structures corresponding to diffuse DAPI-stained regions (I, J). Scale bars: 1 cm (A); 100 μm (B); 10 μm (E – I).	Figure 1. A. Host plant Nervilia nipponica; the arrow indicates the root system where mycorrhizae formed by Reflexicalyptra japonica were detected, and the asterisk (*) indicates the mycorrhizae from which the transverse section (B) was prepared. B. Transverse section of N. nipponica mycorrhiza; arrows indicate fungal structures formed by R. japonica. C. Hyphal structures formed within cortical cells; c, coralloid hyphae; w, peloton-like hyphae. D. Mycelial colony of MAFF 425704 on PDA. E. Vegetative hyphae observed under phase-contrast microscopy. F – I. Fluorescence microscopy images of hyphae of MAFF 425704 on PDA stained with DAPI and Calcofluor White; white arrows and arrowheads indicate putative nuclei and septa, respectively. J. Phase-contrast image corresponding to I; black arrows indicate vacuole-like structures corresponding to diffuse DAPI-stained regions (I, J). Scale bars: 1 cm (A); 100 μm (B); 10 μm (E – I).	2026-09-11	Kinoshita, Akihiko;Fujimori, Shohei;Seto, Kensuke;Ogura-Tsujita, Yuki;Maeda, Ayako;Gale, Stephan W.;Abe, Junichi P.;Degawa, Yousuke;Yukawa, Tomohisa		Zenodo	biologists	Kinoshita, Akihiko;Fujimori, Shohei;Seto, Kensuke;Ogura-Tsujita, Yuki;Maeda, Ayako;Gale, Stephan W.;Abe, Junichi P.;Degawa, Yousuke;Yukawa, Tomohisa			
13114CA2206856A4B90AD5BF817647B8.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1770302	https://doi.org/10.3897/imafungus.17.201939.figure4	Figure 4. Ultrastructure of hyphal septa and morphology of Reflexicalyptra japonica strain MAFF 425704. A – C. TEM images of longitudinal serial sections of a hyphal septum. D – G. TEM images of transverse serial sections of the hyphal septum. DP: dolipore; SPC: septal pore cap. Arrowheads in B indicate electron-dense occlusion at the orifice of the dolipore. Black arrows in B and F indicate bent regions of the SPC. White arrows in C and D indicate the outer layers of the SPC. Scale bars: 500 nm (A, for A – C); 200 nm (D, for D – G). H. Three-dimensional model of a septal pore cap made of paper clay and created from TEM serial section images of R. japonica strain MAFF 425704. The thickness and perforation size of the 3 D model were based on TEM observations. Scale bar: 5 cm.	Figure 4. Ultrastructure of hyphal septa and morphology of Reflexicalyptra japonica strain MAFF 425704. A – C. TEM images of longitudinal serial sections of a hyphal septum. D – G. TEM images of transverse serial sections of the hyphal septum. DP: dolipore; SPC: septal pore cap. Arrowheads in B indicate electron-dense occlusion at the orifice of the dolipore. Black arrows in B and F indicate bent regions of the SPC. White arrows in C and D indicate the outer layers of the SPC. Scale bars: 500 nm (A, for A – C); 200 nm (D, for D – G). H. Three-dimensional model of a septal pore cap made of paper clay and created from TEM serial section images of R. japonica strain MAFF 425704. The thickness and perforation size of the 3 D model were based on TEM observations. Scale bar: 5 cm.	2026-09-11	Kinoshita, Akihiko;Fujimori, Shohei;Seto, Kensuke;Ogura-Tsujita, Yuki;Maeda, Ayako;Gale, Stephan W.;Abe, Junichi P.;Degawa, Yousuke;Yukawa, Tomohisa		Zenodo	biologists	Kinoshita, Akihiko;Fujimori, Shohei;Seto, Kensuke;Ogura-Tsujita, Yuki;Maeda, Ayako;Gale, Stephan W.;Abe, Junichi P.;Degawa, Yousuke;Yukawa, Tomohisa			
