Technologies
At the Nanoscale Protein Analysis section of SpITR, we offer expertise and provide state-of-the-art technologies to accommodate the needs of CCR/NCI/NIH investigators.
![cropped-shutterstock_1382397884-scaled-2.jpg](https://cptr.ccr.cancer.gov/wp-content/uploads/2020/04/cropped-shutterstock_1382397884-scaled-2.jpg)
Simple Western
An automated capillary immunoassay system for precise and accurate measurement of proteins and respective post-translational modifications in a format that is applicable to very small sample sizes.
Learn More![cropped-MicroPlex_640x318-1.png](https://cptr.ccr.cancer.gov/wp-content/uploads/2020/06/cropped-MicroPlex_640x318-1.png)
Luminex xMAP
A multiplex in-solution ELISA analysis system with small sample consumption. The system provides highly quantitative assays for measurement of multiple cytokines, metabolites, and serum/plasma biomarkers in the same sample.
Learn More![cropped-combined_main_5120x2880-transparent-2.png](https://cptr.ccr.cancer.gov/wp-content/uploads/2020/06/cropped-combined_main_5120x2880-transparent-2.png)
PhenoCylcer(formerly CODEX)
An immunofluorescence imaging platform for highly multiplexed (30-50 plex) IHC-analysis with single-cell resolution and retention of spatial context. It allows comprehensive in-situ protein profiling with multi-parametric readouts from a single tissue section.
Learn More![M4_435Slide2-region-2_wJoyPlot_crop_Blog-1120x630](https://cptr.ccr.cancer.gov/wp-content/uploads/2023/12/cropped-M4_435Slide2-region-2_wJoyPlot_crop_Blog-1120x630-1.jpg)
Digital Spatial Profiling (DSP)
Combines standard immunofluorescence techniques with the nCounter® digital optical barcoding technology to perform highly multiplexed, spatially resolved tissue profiling experiments.
Learn More![cropped-Image-5_Milo-scWest-chip.png](https://cptr.ccr.cancer.gov/wp-content/uploads/2023/12/cropped-Image-5_Milo-scWest-chip.png)
Single Cell Western
Milo is the world’s first Single Cell Western blotting platform that measures protein expression in ~1000 single cells per run using conventional Western blot antibodies.
Learn More![cropped-MSC_MK3949_SMI_Web_Feature-Image2_horizon-1.jpg](https://cptr.ccr.cancer.gov/wp-content/uploads/2023/12/cropped-MSC_MK3949_SMI_Web_Feature-Image2_horizon-1.jpg)
CosMx Spatial Imager (SMI)
The most flexible and robust spatial single-cell imaging platform for: Cell Atlas and Characterization: Define cell types, cell states, tissue microenvironment phenotypes, and gene expression networks within spatial context.
Learn MoreOur Team
Noemi Kedei, MD
Facility Head/Staff Scientist
NIH Building 41, Room D310
Phone: 240-760-6922
kedein@mail.nih.govMaria Hernandez, Ph.D
Biologist
NIH Building 41, Room D310
Phone: 240-760-7774
maria.hernandez2@nih.govAddress:
41 Medlars Drive
Bldg:
41, Room D310