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Medchemexpress LLC 18:1 Liss Rhod PE | 384833-00-5 | 99% | 1301.72 | 5 MG
SDP

Catalog No. 5000391340
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18:1 Liss Rhod PE is a fluorescent phospholipid and probe designed for dip-pen nanolithography (DPN) phospholipid patterning research. It can be admixed into phospholipid inks for large-scale monitoring of lithographic structures via fluorescence microscopy. This probe allows for the quantitative correlation between the physical height of phospholipid membrane stacks and the number of membrane layers, aiding in the rapid characterization of three-dimensional topological information.

  • Fluorescent phospholipid and probe.
  • Admixes into phospholipid inks for monitoring lithographic structures.
  • Enables large-scale, high-throughput microscopic imaging.
  • Supports quantitative correlation between physical height and membrane layers.
  • Facilitates rapid characterization of three-dimensional topological information.
  • Undergoes phase separation or self-quenching in thin lipid membrane stacks under certain conditions.

Catalog No. 50-003-91340 Supplier Medchemexpress LLC Supplier No. HY1625435MG
May include imposed supplier surcharges.
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18:1 Liss Rhod PE is a fluorescent phospholipid and probe designed for dip-pen nanolithography (DPN) phospholipid patterning research. It can be admixed into phospholipid inks for large-scale monitoring of lithographic structures via fluorescence microscopy. This probe allows for the quantitative correlation between the physical height of phospholipid membrane stacks and the number of membrane layers, aiding in the rapid characterization of three-dimensional topological information.

  • Fluorescent phospholipid and probe.
  • Admixes into phospholipid inks for monitoring lithographic structures.
  • Enables large-scale, high-throughput microscopic imaging.
  • Supports quantitative correlation between physical height and membrane layers.
  • Facilitates rapid characterization of three-dimensional topological information.
  • Undergoes phase separation or self-quenching in thin lipid membrane stacks under certain conditions.

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