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Nystatin for biochemistry Alteration of cell membrane permeability by attachment to sterols. High concentration causes pore formation in cell membranes in general.
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Nystatin for biochemistry Alteration of cell membrane permeability by attachment to sterols. High concentration causes pore formation in cell membranes in general.
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Pimaricin ≥95,0 %, for biochemistry Pimaricin is an antimycotic that increases membrane permeability by binding to ergosterol, which leads to leakage of cellular components and cell death. Not a medical device / Not an IVD product
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Nystatin for biochemistry Alteration of cell membrane permeability by attachment to sterols. High concentration causes pore formation in cell membranes in general.
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Mitomycin C ≥98 %, for biochemistry Covalent linkage to DNA. Causes cross-linking of complementary DNA-strands and strand breakage.
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Amphotericin B ≥750 I.U./mg, for biochemistry Alteration of cell membrane permeability by attachment to sterols. High concentration causes pore formation in cell membranes in general. Amphotericin A: ≤0,4 %
Product Detail
Pimaricin ≥95,0 %, for biochemistry Pimaricin is an antimycotic that increases membrane permeability by binding to ergosterol, which leads to leakage of cellular components and cell death. Not a medical device / Not an IVD product
Product Detail
Amphotericin B ≥750 I.U./mg, for biochemistry Alteration of cell membrane permeability by attachment to sterols. High concentration causes pore formation in cell membranes in general. Amphotericin A: ≤0,4 %
Product Detail
Pimaricin ≥95,0 %, for biochemistry Pimaricin is an antimycotic that increases membrane permeability by binding to ergosterol, which leads to leakage of cellular components and cell death. Not a medical device / Not an IVD product
Product Detail
Amphotericin B ≥750 I.U./mg, for biochemistry Alteration of cell membrane permeability by attachment to sterols. High concentration causes pore formation in cell membranes in general. Amphotericin A: ≤0,4 %
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