Alzheimer's Disease Panel

Alzheimer’s Disease Patient-Derived human iPSC Neuron Panel

Our Alzheimer’s Disease (AD) panel provides the most advanced and robust cell-based model for predictive testing of AD drug candidates.

  1. Immediate Access to Comprehensive Patient Data
    The AD panel provides immediate access to patient-derived neurons that have undergone complete molecular profiling, offering essential endpoints. Several astrocyte and microglia lines are also available for tri-culture and organoid work.
  2. Quick Start to Therapeutic Discovery
    The AD panel is assay ready, enabling researchers to jump-start their experiments without the need for extensive assay optimization. Patient-derived iPSCs carry the genetic risk factors of the patients, offering insights into how genetics influences sporadic AD. This may accelerate the identification of biomarkers for patient stratification, as well as personalized drug screening and testing.
  3. Fully Customizable for Any Assay Readout
    The AD panel is fully customizable, supporting a wide range of assay readouts. This allows for a versatile and tailored approach to AD drug development.

Visualize Alzheimer's Disease Pathways

Our AD Panel includes high-resolution immunofluorescence image data, providing details into cellular morphology and marker expression. This powerful visualization tool aids in the precise identification and analysis of key biomarkers associated with AD pathology.

Human iPSC-derived excitatory neurons express neuronal markers and display typical neurite growth. Immunofluorescent staining of Quick-Neuron™ Excitatory - hiPSC-derived Neurons at week 4 post-thaw show expression of the pan-neuronal marker TUBB3 (green) and the glutamatergic neuron marker vGLUT1 (red). Bars = 100 µm

Quantify with Precision

Gain accurate and reliable quantitative data with our endpoint ELISA assays. Our AD Panel offers robust and reproducible ELISA data, enabling researchers to measure protein levels and detect changes in established biomarkers critical for AD research.

Amyloid ꞵ42, pTau, and Tau levels normalized per 1000 neurons assayed on week 6 post-differentiation in 7 AD patient-derived hiPSC excitatory neurons. Amyloid ꞵ42 was assayed in cell supernatants and Tau and pTau were measured in lysates by ELISA. Cell numbers were quantified with Hoechst by ICC. ApoE genotype is indicated for each hiPSC line: black bars are for ApoE3/4 and blue bars are for ApoE4/4 .

Explore Neurons and Glial Cells from Patient-Derived hiPSCs

These well-characterized hiPSC lines provide a valuable resource for studying disease mechanisms, testing potential therapies, and advancing personalized medicine approaches in AD research. Discover the genetic diversity and detailed profiles of our patient-derived hiPSC lines to enhance your scientific investigations.

Line IDAPOE status SexRaceSampling ageAge at OnsetHeight
(inches)
Weight
(pounds)
SourceEX Neuron
CW130002/2FCaucasian81N/A (Healthy)N/AN/APBMCReady
CW130304/4FJapanese625658.5106PBMCReady
CW130324/4FCaucasian877460.2126PBMCReady
CW130373/3FCaucasian89N/A (Healthy)N/AN/APBMCReady
CW130493/3FCaucasian696350.3169PBMCReady
CW130744/4FCaucasian716663110PBMCReady
CW130984/4FCaucasian887955.5116PBMCIn Process
CW500233/4MCaucasian69N/A N/AN/APBMCReady
CW500253/4FCaucasian685763118PBMCIn Process
CW500332/3MCaucasian75N/A (Healthy)N/AN/APBMCReady
CW500652/4FCaucasian74N/A (Healthy)N/AN/APBMCReady
CW501044/4MCaucasian797368160PBMCIn Process
CW501073/4MCaucasian726571202PBMCReady
CW501133/4MCaucasian685268242PBMCReady
CW501143/4FCaucasian726563130PBMCReady
CW501153/4FCaucasian675859136PBMCIn Process
CW501374/4FCaucasian706266122PBMCReady
CW501473/4MCaucasian716269175PBMCReady
CW501503/3FCaucasian65N/A (Healthy)N/AN/APBMCReady
CW501694/4FCaucasian68Unknown65145PBMCReady
CW501743/4FCaucasian76Unknown64
133PBMCReady
CW501763/4MCaucasian74Unknown69164PBMCReady

Comprehensive Solutions for Alzheimer's Disease Research

Elixirgen Scientific's AD Panel delivers a complete suite of tools designed to support your research endeavors. Explore our offerings and see how we can enhance your AD research today.