Research Tools(60)
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Parallax depth contrast for scanning probe transmission microscopy (No. T4-2193)
Standard light microscopy generates flat, two-dimensional images of transparent specimens, making it difficult to resolve the spatial arrangement of internal structures. Existing methods to infer depth rely on multiple recordings or complex hardware adjustments, often resulting in inaccuracies. ... Read more19397 -
Ab289 (No. M7-2188)
The Anti-JUNV GP1 monoclonal antibody specifically recognizes the receptor-binding domain (GP1) of the Junín virus glycoprotein complex (GPC). ... Read moreAliza Borenstein Katz
Chemistry19335 -
B16F10.9 Cell Line (No. M7-2179)
Spontaneous metastatic spread of melanoma after surgery of the primary tumor. immunization against melanoma metastasis Relevance: A model to study melanoma metastasis in mice. Melanoma metastatic spread, immunization against melanoma metastasis Relevant disease: melanoma ... Read more19329 -
Covalent Chemistry Platform for Diagnostics and Drug Discovery (No. T4-2045)
CoLDR (Covalent Ligand-Directed Release) chemistry enables site-specific covalent labeling and activation of endogenous proteins using small-molecule covalent ligands. ... Read more6106 -
Protein coupling using cystein-free inteins (No. T4-2039)
Traceless covalent modification of proteins, including joining peptides or adding chemical groups, is extremely useful for numerous applications in chemical biology, protein chemistry, and biotechnology. ... Read more6862 -
Scarless CRISPR-mediated Genome Editing (No. T4-2036)
CRISPR-Cas9 is a widely-used tool for genome editing; however, it is very inefficient and often requires the addition of selection markers, forcing the introduction of foreign DNA elements. ... Read more6112 -
Higher Efficiency of CRISPR Gene Editing Using Chimeric Cas9 (No. T4-1930)
CRISPR-Cas9 is a powerful tool for genome editing, widely used for basic research and the development of treatments for genetic diseases. However, its efficiency is currently limited. ... Read more6024 -
A Method to Identify Actively Degraded Proteins (No. T4-1832)
MAPP (Mass Spectrometry Analysis of Proteolytic Peptides) is a groundbreaking technology that isolates and identifies proteins actively degraded by the proteasome, offering an unparalleled and direct view of the "active degradome." This innovative approach provides a sensitive an ... Read more6030 -
Highly Selective Optical Biosensors for Proteins in Biological Samples, with Excellent Signal-to-Noise Ratio (No. T4-1689)
Sensing the levels of protein-based biomarkers in biological samples is crucial for diagnosis of various diseases including cancer. ... Read more5587 -
Novel MRI Contrast Agent (No. T4-1604)
Novel reporter gene for magnetic resonance imaging applications.The ability to image the duration and location of gene expression in vivo and noninvasively is imperative for the future of biology and clinical medicine. ... Read more5545
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