1-Consultation
2-Optimization
3-Differentiation
4-Quality Control
5-Delivery
Gathering the client’s requirements, including the desired cell type, the number of lines, and the quantity of neurons.
Optimize existing protocols to enhance efficiency, reducing the time required for differentiation without compromising cell quality.
Advanced, proprietary techniques are employed to accelerate the maturation of iPSC-derived cells, achieving rapid differentiation.
Assess the differentiated cells for purity, functionality, and consistency.
The differentiated cells, meeting high-purity and functionality standards, are prepared for delivery to the client, ensuring they are ready for downstream applications.
Custom iPSC Differentiation Services
In the fast-paced field of neuro drug discovery, precision and speed are paramount. Our service for custom differentiation combines advanced techniques and rigorous quality control to deliver high-purity sensory neurons, motor neurons, Schwann cell precursors and melanocytes in record time. By optimizing protocols, enhancing monitoring, and utilizing proprietary techniques, we significantly reduce the traditional 4-6 month timeline to just 1.5-2 months. Our commitment to innovation ensures that you receive not only faster results but also cells of exceptional quality, empowering your research with greater efficiency and confidence.
1.5 to 2 Months
Anatomic's iPSC Differentiation Capabilites
Our differentiation capabilities encompass a range of cell types crucial for diverse research needs:
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Sensory Neurons: Essential for neuro drug discovery and disease modeling, our sensory neurons are produced with high purity and functionality, supporting advanced research and therapeutic development.
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Motor Neurons: Vital for studying motor neuron diseases and muscle function, our motor neurons offer reliable models for drug testing and disease research.
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Schwann Cell Precursors: Key to investigating peripheral nerve repair and regeneration, our Schwann cell precursors are differentiated with precision to support studies in nerve injury and recovery.
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Melanocytes: Important for skin and pigmentation research, our melanocytes are developed with high fidelity to investigate pigmentation disorders and skin-related diseases.
Each cell type is meticulously differentiated to meet the highest standards of quality and relevance for your research goals.
Sensory Neurons
Motor Neurons
Schwann Cell Precursors
Melanocytes
Reach out for more information on your assays of interest support@anatomic.com.