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Invitrogen™ LanthaScreen™ LRRK2 [pSer935] Cellular Assay Kit DFS Item

LanthaScreen™ LRRK2 [pSer935] Cellular Assay Kit

Supplier:  Invitrogen™ A14685

Catalog No. A14685



The LanthaScreen™ LRRK2 [pSer935] Cellular Assay Kit combines the flexibility of the BacMam gene delivery system with the robustness and power of our LanthaScreen™ TR-FRET technology. It allows researchers to interrogate phosphorylation at serine 935 on a wild type Leucine-Rich Repeat Kinase-2 (LRRK2) protein in a variety of cell backgrounds to identify LRRK2 kinase inhibitors.

This assay format provides a convenient tool for the expression of LRRK2-GFP fusion protein in the cell background of of your choice. The resulting cellular assay can be used to identify LRRK2 and mutant inhibitorss, aiding in Parkinson's disease research and other research areas.

This kit provides enough material to evaluate the technology in a 384-well plate; larger sizes of all reagents are available separately.

The kit includes:

  • LanthaScreen™ Tb-anti-LRRK2 [pSer935] Antibody, 5μg
  • BacMam LRRK2-GFP Wild Type Reagent, 5 × 1 mL
  • LanthaScreen™ 6x Lysis Buffer, 6 mL
  • Instrument Control Terbium TR-FRET Kit

    A kit for interrogating a mutant LRRK2 protein is also available.

    Benefits of this assay include:

  • More Physiologically Relevant: cell-based LRRK2 kinase activity and choice of cell background
  • More Convenient: compatible with High Throughput Screening (HTS); LanthaScreen™ technology reduces interference and noise
  • Disease Relevant: screen compound libraries for Parkinson's disease-relevant molecules

    More Physiologically Relevant
    The LanthaScreen™ Tb-Anti-LRRK2 [pSer935] Antibody allows the investigation of phosphorylation at serine 935 on LRRK2 protein kinase. When paired with LRRK2 BacMam reagents, you have the freedom to choose the cellular background for your assay, including primary cells. This enables screening for potential inhibitors of LRRK2 proteins in their natural complexes in a physiologically relevant cell type.

    More Convenient
    Assays are run in a fully homogenous, addition-only format without any of the washing, lysate transfer, or separation procedures required for traditional methods such as western blotting and ELISA, making this assay ideal for HTS applications. The LanthaScreen™ technology provides all of the advantages of TR-FRET ratiometric detection, including reduced data noise, less interference from fluorescent compounds, and high sensitivity, which results in the use of fewer cells than traditional Western or ELISA methods.

    Disease Relevant
    The LanthaScreen™ Tb-Anti-LRRK2 [pSer935] Antibody can be used by Parkinson's and other disease researchers to perform HTS, cell-based assays to generate inhibition curves (IC50) for their compound libraries. This will aid drug discovery efforts by reducing the time to results from 4 hrs to typically 1.5 hrs compared to alternative ELISAs.

    For Research Use Only. Not intended for animal or human diagnostic or therapeutic use.

    Related Links:
  • LRRK2 tools for advancing Parkinson's disease research
  • Kinase protein portfolio
  • LanthaScreen™ Eu Kinase Binding Assay
  • LanthaScreen™ Activity Assay
  • Learn More About BacMam Technology
  • Specifications


    Room Temperature
    5 tubes BacMam LRRK2-GFP 1mL, Store at 4°C, 1 tube LanthaScreen™ 6X Lysis Buffer, Store at 4°C, 1 Tube LanthaScreen™ Tb-anti-LRRK2 [pSer935] Antibody, Store at –20°C, 1 Instrument Control Tb TR-FRET Kit, Store at 4°C, 1 LanthaScreen™ LRRK2 [pSer935] Cellular Assay Kit Protocol, Store at room temperature
    Cellular Assay Kit
    LanthaScreen™ LRRK2 [pSer935] Cellular Assay Kit, 1 Kit, Fluorescent Detection Method, Kinases Druggable Target, LanthaScreen™ System, TR-FRET (Activity) Readout, Room Temperature Storage
    Pharma and biopharma, target and lead identification and validation, drug discovery and development, kinase biology, kinase pathway analysis, g-protein coupled receptor biology, cell-based GPCR reporter assays
    1 Kit




    For Research Use Only. Not for use in diagnostic procedures.