su8020 ultra high resolution field emission scanning electron microscope fe sem Search Results


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Hitachi Ltd su8600
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Eld Emission Scanning Electron Microscope, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Quorum Technologies cryo scanning electron microscope cryo sem
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Cryo Scanning Electron Microscope Cryo Sem, supplied by Quorum Technologies, used in various techniques. Bioz Stars score: 98/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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CH Instruments field emission scanning electron microscope su8020
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Field Emission Scanning Electron Microscope Su8020, supplied by CH Instruments, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Hitachi Ltd field emission scanning electron microscopy
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Field Emission Scanning Electron Microscopy, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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field emission scanning electron microscopy - by Bioz Stars, 2026-09
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JEOL scanning electron microscope sem
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Scanning Electron Microscope Sem, supplied by JEOL, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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JEOL kv 观察 tio2 ntas、h tio2 ntas及mno2纳米颗粒在纳米管内外表面的负载效
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Kv 观察 Tio2 Ntas、H Tio2 Ntas及mno2纳米颗粒在纳米管内外表面的负载效, supplied by JEOL, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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kv 观察 tio2 ntas、h tio2 ntas及mno2纳米颗粒在纳米管内外表面的负载效 - by Bioz Stars, 2026-09
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JEOL transmission electron microscopy tem
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Transmission Electron Microscopy Tem, supplied by JEOL, used in various techniques. Bioz Stars score: 99/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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NanoLab Inc scanning electron microscope
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Scanning Electron Microscope, supplied by NanoLab Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Rontec USA Inc su8000 schottky eld emission scanning electron microscope
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
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Bruker Corporation field emission scanning electron microscope fe sem
Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) <t>or</t> <t>cryo-scanning</t> electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. <t>The</t> <t>cryo-SEM</t> images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.
Field Emission Scanning Electron Microscope Fe Sem, supplied by Bruker Corporation, used in various techniques. Bioz Stars score: 95/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) or cryo-scanning electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. The cryo-SEM images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.

Journal: Frontiers in Microbiology

Article Title: Dual-Transcriptomic, Microscopic, and Biocontrol Analyses of the Interaction Between the Bioeffector Pythium oligandrum and the Pythium Soft-Rot of Ginger Pathogen Pythium myriotylum

doi: 10.3389/fmicb.2021.765872

Figure Lengend Snippet: Representative features of the interaction between P. myriotylum (Pm) and P. oligandrum (Po). Here hyphae are imaged in the region where the two colonies have recently made contact using either brightfield microscopy coupled with trypan blue staining (A–C) or cryo-scanning electron microscopy (D–F) . (A) P. myriotylum from self-confrontation, (B) P. oligandrum from self-confrontation with spiny oogonia visible, (C) coiling of P. oligandrum hypha around the hypha of P. myriotylum and apparent penetration by P. oligandrum of P. myriotylum hypha. The brightfield images of the cultures from where P. oligandrum and P. myriotylum confront each other were stained with trypan blue. (D) P. myriotylum from self-confrontation, (E) P. oligandrum from self-confrontation, (F) coiling of a P. oligandrum hypha around a hypha of P. myriotylum at two different magnifications. The cryo-SEM images were taken from cultures growing on polycarbonate membranes using the same experimental set-up as was used for the Dual-RNAseq (see for images of these cultures). The solid amber arrow indicates examples of hyphal coiling and the empty arrow indicates an example of penetration.

Article Snippet: A cryo-scanning electron microscope (cryo-SEM) (Quorum PP3010T system integrated onto a Hitachi SU8010 FE-SEM) was also used to visualize the interaction between P. oligandrum and P. myriotylum .

Techniques: Microscopy, Staining, Electron Microscopy, RNA sequencing