image



About us

Applied Cells creates revolutionary cell separation and enrichment products that can help identify tumor cells at their rarest stages, before symptoms strike, enabling early diagnosis and intervention. Our proprietary modular MARS System provides an elegant solution for separation, purification and enrichment of target rare cells, including tumor and immune cells, from whole blood and tissues, with high accuracy and high recovery. We offer full automation and programmable process flow.

Contact us

Mailing Address:  3375 Scott Blvd, Suite 102, Santa Clara, CA 95054

Website:  info@appliedcells.com

Email Address: info@appliedcells.com

Live Chat Box

Product Video

Product Video

Product Video

Resources

Resource 1
Join Dr. Elizabeth Chislock from the University of Pennsylvania and Dr. Alice Wang of Applied Cells for an informative webinar MARS - Multiphysics Automated Reconfigurable Separation Platform 
The “one-stop” modular solution for complete cell isolation from complex samples. MARS novel modular design uses active-microfluidic acoustics and magnetic separation technologies to isolate targeted cells from whole blood, apheresis, and bone marrow samples. From rare cells to T-cells, the MARS system can isolate targeted cells with high recovery, high purity, and high throughput (H3).
https://www.appliedcells.com/mars

Photo Gallery

image


image


image

New Product Display

            

image
     MARS(R) - Multiphysics Automated Reconfigurable Separation Platform 
     The “one-stop” modular solution for complete cell isolation from complex samples.  MARS novel
     modular design uses active-microfluidic acoustics and magnetic separation technologies to
     isolate targeted cells from whole blood, apheresis, and bone marrow samples. From rare cells
     to T-cells, the MARS system can isolate targeted cells with high recovery, high purity, and high
     throughput (H3)

Product Categories


Automated Sample Preparations           Immunology                                                                          Stem Cell and Cell Therapy
Cell Sorting and Selection     Infectious Diseases Systems Biology
Flow Cytometry Instrumentation     Microelectromechanical Systems (MEMS) and Microfluidics        Therapeutics
Hematological Disorders  Population and Longitudinal StudiesTissue Cytometry
High Throughput Instrumentation Rare Event DetectionToxicology
Immune Monitoring   
Regenerative MedicineVaccines
Immuno-Oncology 
Single Cell ‘Omics

 

NOTE: This event is held in Eastern Daylight time (GMT-4)