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5× native page loading dye (250 mm tris-hcl [ph 7.4], 50% [vol/vol] glycerol, 0.5 mg/ml bromophenol blue) - by Bioz Stars, 2026-07
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blue native page experiments  (Girrbach Dental)
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Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native Page Experiments, supplied by Girrbach Dental, 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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blue native page experiments - by Bioz Stars, 2026-07
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blue native page  (Cleaver Scientific)
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Cleaver Scientific blue native page
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native Page, supplied by Cleaver Scientific, 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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blue native page - by Bioz Stars, 2026-07
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blue native page  (Spirig Pharma AG)
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Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native Page, supplied by Spirig Pharma AG, 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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blue native page - by Bioz Stars, 2026-07
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blue native page  (Millar Inc)
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Millar Inc blue native page
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native Page, supplied by Millar 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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blue native page - by Bioz Stars, 2026-07
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aqp4 aquaporin-4 bn-page blue-native polyacryl-amide gel electrophoresis  (Polyacryl IRAN Corporation)
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Polyacryl IRAN Corporation aqp4 aquaporin-4 bn-page blue-native polyacryl-amide gel electrophoresis
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Aqp4 Aquaporin 4 Bn Page Blue Native Polyacryl Amide Gel Electrophoresis, supplied by Polyacryl IRAN Corporation, 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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aqp4 aquaporin-4 bn-page blue-native polyacryl-amide gel electrophoresis - by Bioz Stars, 2026-07
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blue native page  (Federation of European Neuroscience Societies)
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Federation of European Neuroscience Societies blue native page
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native Page, supplied by Federation of European Neuroscience Societies, 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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blue native page - by Bioz Stars, 2026-07
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discontinuous blue native page gel  (SERVA Electrophoresis)
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SERVA Electrophoresis discontinuous blue native page gel
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Discontinuous Blue Native Page Gel, supplied by SERVA Electrophoresis, 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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discontinuous blue native page gel - by Bioz Stars, 2026-07
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3–12% blue native-page  (SERVA Electrophoresis)
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SERVA Electrophoresis 3–12% blue native-page
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
3–12% Blue Native Page, supplied by SERVA Electrophoresis, 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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blue native/sds-page  (Verlag GmbH)
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Verlag GmbH blue native/sds-page
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native/Sds Page, supplied by Verlag GmbH, 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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blue native page  (Affibody)
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Affibody blue native page
Diagram comparing Pmt complex formation in A. nidulans and S. <t>cerevisiae</t> (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.
Blue Native Page, supplied by Affibody, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


Diagram comparing Pmt complex formation in A. nidulans and S. cerevisiae (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.

Journal: FEBS Open Bio

Article Title: Aspergillus nidulans Pmts form heterodimers in all pairwise combinations

doi: 10.1016/j.fob.2014.03.006

Figure Lengend Snippet: Diagram comparing Pmt complex formation in A. nidulans and S. cerevisiae (adapted from Girrbach and Strahl) . In S. cerevisiae Pmt1 forms heteromeric complexes with Pmt2 and Pmt4 forms homomeric complexes. Pmt1 forms heteromeric complexes with Pmt3 (subfamily 2) in the absence of Pmt2, while Pmt2 forms heteromeric complexes with Pmt5 (subfamily 1) in the absence of Pmt1. In A. nidulans PmtB (subfamily 1) forms heteromeric complexes with PmtA (subfamily 2) and with PmtC (subfamily 4). PmtA (subfamily 2) forms heteromeric complexes with PmtC (subfamily 4). PmtC (subfamily 4) forms homomeric complexes. Ovals indicate Pmt1 subfamily. Diamonds indicate Pmt2 subfamily. Pentagons indicate Pmt4 subfamily.

Article Snippet: Girrbach and Strahl reported similar double band patterns in S. cerevisiae blue native PAGE experiments with the higher bands resulting from heteromeric PMT complex formation .

Techniques: