Demonstrated assays and protocols for targeted protein-protein interactions, and specific protein detection
Assay database
Assay database
Demonstrated assays and protocols for targeted protein-protein interactions, and specific protein detection
Internal assays
Explore the world of Naveni® in situ proximity ligation technology through our curated collection of assays. Our expert team has meticulously examined each assay, revealing the profound impact our technology has on illuminating protein function in spatial proteomics.
Internal assays
Explore the world of Naveni® in situ proximity ligation technology through our curated collection of assays. Our expert team has meticulously examined each assay, revealing the profound impact our technology has on illuminating protein function in spatial proteomics.
The importance of PD1/SHP-2 interactions in PD1 signaling
Get more insight into the biological relevant interactions between PD1 and SHP-2, assay protocol available.
Precise and specific detection of HER2
See examples of the outstanding detection of HER2 using dual antibody recognition, learn how to use the protocol.
Visualize mesothelin and mucin interactions: Insights into cancer dynamics
Read about the importance of mesothelin and mucin interactions in cancer dynamics, and get the assay protocol.
Explore nucleus and chromatin dynamics: protein-protein interaction histone H3/lamin B1
Witness the cellular saga revealing the dynamic interplay of histone H3 and lamin B1 in key cellular events. Examples and protocol available.
E-cadherin/β-catenin interactions and their impact on cell adhesion and cancer
Read about the disruption of E-cadherin/β-catenin interaction and the initiation of cancer progression.
The importance of PD1/SHP-2 interactions in PD1 signaling
Get more insight into the biological relevant interactions between PD1 and SHP-2, assay protocol available.
Precise and specific detection of HER2
See examples of the outstanding detection of HER2 using dual antibody recognition, learn how to use the protocol.
Visualize mesothelin and mucin interactions: Insights into cancer dynamics
Read about the importance of mesothelin and mucin interactions in cancer dynamics, and get the assay protocol.
Explore nucleus and chromatin dynamics: protein-protein interaction histone H3/lamin B1
Witness the cellular saga revealing the dynamic interplay of histone H3 and lamin B1 in key cellular events. Examples and protocol available.
E-cadherin/β-catenin interactions and their impact on cell adhesion and cancer
Read about the disruption of E-cadherin/β-catenin interaction and the initiation of cancer progression.
Published assays using Naveni® technology
Our Naveni® technology and Naveni® product lines are frequently referred to in peer-reviewed scientific publications. Below is a summary of assays detected using our Naveni® technology.
Naveni® product line | Protein targets | Sample type | Research Area | Journal | Publication |
NaveniFlex MR | S100A4 apelin | Human cell lines | Cardiovascular (atherosclerosis) | Scientific Reports | |
NaveniFlex MR | CXCR4 LPA1 | Human cell lines | Cell signaling | Cell Communication and Signaling | |
NaveniFlex MR | HTT KIF1A | Primary neurons | Neuroscience | eLife | |
NaveniFlex MR | PDHA1 MAP1LC3B | Rat cardiomyoblasts | Autophagy | Autophagy | |
NaveniFlex MR | p53 amyloid oligomer A11 | Human ovarian FFPE cancer tissue | Ovarian cancer | Oncogene | |
NaveniFlex MR | FLAG-MRGPRX4 HA-RAMP | Human cell lines | Liver disease | Journal of Biological Chemistry | |
NaveniFlex MR | Arc Stargazin Bassoon mCherry | Free-floating tissue sections | Neuroscience | Frontiers in Molecular Neuroscience | |
NaveniFlex MR | EGFR PDGFR-β Clathrin Caveolin | Human cell lines | Cell signaling | Biochemical and Biophysical Research Communications | |
NaveniFlex GR | GALR2 Y1R | Free-floating tissue sections | Neuroscience | Biomedicine & Pharmacotherapy | |
NaveniFlex MR | SERCA2 ATPase Perilipin 5 | Primary cardiomyocytes | Cardiovascular | Life Science Alliance | |
NaveniFlex MR | GluA1 GluA2 Shank3 | Primary rat neurons | Neuroscience | Neuroscience Letters | |
NaveniFlex MR | p110ɑ-PI3K Ras | Human cell lines | Cell signaling | Life Science Alliance | |
NaveniFlex MR | AR AR PRMT5 MMA SDMA | Human cell lines | Nuclear receptors | Science Advances | |
NaveniFlex MR | ErbB4 STAT5a β1 integrin | Human cell lines | RTKs/ Cell signaling | Nature Communications | |
NaveniFlex MR | ENO1 PCNA | Human cell lines | Metabolism | Oncogene | |
NaveniFlex GR | SUSD4 EGFR | Human cell lines | Breast cancer | Journal of Experimental & Clinical Cancer Research | |
NaveniFlex MR | MAP2K7 EEF1AKMT3 | Human cell lines | Tumor metastasis | Cancer Letters | |
NaveniFlex MR | NMNAT2 NMNAT2 | Western blot membranes | Neurobiology | Neurobiology of Disease | |
NaveniFlex MR | HA tag HA tag NACA NACA EBNA1 | Human cell lines | Protein folding | Nucleic Acids Research | |
NaveniFlex MR | PDGFR-β GRB2 PI3K Clathrin | Human cell lines | Cell signaling | Cellular Signaling |
Published assays using Naveni® technology
Our Naveni® technology and Naveni® product lines are frequently referred to in peer-reviewed scientific publications. Below is a summary of assays detected using our Naveni® technology.
Naveni® product line | Protein targets | Sample type | Research Area | Journal | Publication |
NaveniFlex MR | S100A4 apelin | Human cell lines | Cardiovascular (atherosclerosis) | Scientific Reports | |
NaveniFlex MR | CXCR4 LPA1 | Human cell lines | Cell signaling | Cell Communication and Signaling | |
NaveniFlex MR | HTT KIF1A | Primary neurons | Neuroscience | eLife | |
NaveniFlex MR | PDHA1 MAP1LC3B | Rat cardiomyoblasts | Autophagy | Autophagy | |
NaveniFlex MR | p53 amyloid oligomer A11 | Human ovarian FFPE cancer tissue | Ovarian cancer | Oncogene | |
NaveniFlex MR | FLAG-MRGPRX4 HA-RAMP | Human cell lines | Liver disease | Journal of Biological Chemistry | |
NaveniFlex MR | Arc Stargazin Bassoon mCherry | Free-floating tissue sections | Neuroscience | Frontiers in Molecular Neuroscience | |
NaveniFlex MR | EGFR PDGFR-β Clathrin Caveolin | Human cell lines | Cell signaling | Biochemical and Biophysical Research Communications | |
NaveniFlex GR | GALR2 Y1R | Free-floating tissue sections | Neuroscience | Biomedicine & Pharmacotherapy | |
NaveniFlex MR | SERCA2 ATPase Perilipin 5 | Primary cardiomyocytes | Cardiovascular | Life Science Alliance | |
NaveniFlex MR | GluA1 GluA2 Shank3 | Primary rat neurons | Neuroscience | Neuroscience Letters | |
NaveniFlex MR | p110ɑ-PI3K Ras | Human cell lines | Cell signaling | Life Science Alliance | |
NaveniFlex MR | AR AR PRMT5 MMA SDMA | Human cell lines | Nuclear receptors | Science Advances | |
NaveniFlex MR | ErbB4 STAT5a β1 integrin | Human cell lines | RTKs/ Cell signaling | Nature Communications | |
NaveniFlex MR | ENO1 PCNA | Human cell lines | Metabolism | Oncogene | |
NaveniFlex GR | SUSD4 EGFR | Human cell lines | Breast cancer | Journal of Experimental & Clinical Cancer Research | |
NaveniFlex MR | MAP2K7 EEF1AKMT3 | Human cell lines | Tumor metastasis | Cancer Letters | |
NaveniFlex MR | NMNAT2 NMNAT2 | Western blot membranes | Neurobiology | Neurobiology of Disease | |
NaveniFlex MR | HA tag HA tag NACA NACA EBNA1 | Human cell lines | Protein folding | Nucleic Acids Research | |
NaveniFlex MR | PDGFR-β GRB2 PI3K Clathrin | Human cell lines | Cell signaling | Cellular Signaling |