CAIL
@CAIL Active 1 month, 1 week agoMember's groups
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Immune checkpoint antibody production and manufacturing involves advanced techniques to generate high-purity antibodies for research and therapeutic development. Various expression systems—such as mammalian c […]
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Immune checkpoint antibody engineering and optimization plays a crucial role in advancing immunotherapy research. By modifying antibody structures and enhancing binding specificity, scientists can improve […]
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It is self-evident that how important roles antibodies are playing in immune checkpoint researches and progress. Under this context, immune checkpoint antibody characterization also appears to be particularly […]
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Phage display is the traditional and the most common recombinant antibody fragment selection strategy. In the phage display strategy, the recombinant antibody fragment gene is first inserted into phage coat protein […]
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Analytical testing and quality control are essential for ensuring the safety, efficacy, and consistency of gene therapy products. This process involves comprehensive characterization of viral vectors and nucleic […]
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RNA profiling service provides comprehensive analysis of cellular RNA populations—including mRNA, rRNA, tRNA, and miRNA—to uncover gene expression patterns, regulatory mechanisms, and disease biomarkers. This ser […]
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Mitochondrial toxicity assays are essential tools for evaluating how compounds affect mitochondrial function, which is crucial for cellular energy production, metabolism, and apoptosis. These assays help identify […]
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Purity of viral vectors is a critical quality attribute in gene therapy, ensuring safety, efficacy, and regulatory compliance. During production, biological systems may introduce residual impurities that must be […]
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CD8⁺ T cell metabolic modulation focuses on reprogramming the energy pathways of cytotoxic T cells to enhance their effector function, proliferation, and longevity, especially in hostile environments like tumors o […]
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CD8⁺ T cell metabolic analysis investigates how cytotoxic T cells utilize energy and nutrients to maintain their function, especially within challenging environments like tumors or chronic infections. These i […]
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CD8⁺ T cell efficacy enhancement via metabolic immunoengineering involves reprogramming the metabolic pathways of cytotoxic T cells to overcome tumor-induced suppression and boost their anti-cancer activity. This s […]
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Artificial T cell-stimulating system function characterization involves evaluating engineered platforms that activate T cells in a controlled and reproducible manner. These systems are essential for developing […]
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pH indicators are essential tools for monitoring intracellular pH fluctuations, which influence muscle contraction, nerve impulse transmission, and cell signaling. These indicators help researchers track pH changes […]
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The neuronal sparse labeling service is a cutting-edge tool for neuroscience research, enabling high-resolution visualization of individual neurons within complex neural networks. This technique allows researchers […]
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The neuroprotective agent screening service is designed to identify compounds that safeguard neurons from damage, offering potential therapeutic candidates for neurodegenerative diseases such as Alzheimer’s d […]
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The neuronal toxicity assay evaluates the potential harmful effects of chemicals, pharmaceuticals, or other agents on the nervous system. These assays utilize primary neuronal cells, neuronal cell lines, and […]
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The hemolysis assay for solutes is designed for in vitro testing of solute-induced hemolysis, providing a reliable method for evaluating biocompatibility and complement activation. This assay measures the hemolytic […]
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The hemolysis assay test kit for biomaterial is designed for in vitro testing of biomaterial-induced hemolysis, providing a reliable method for evaluating biocompatibility and complement activation. This assay […]
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The AP50 functional test kit is designed to evaluate the activity of the alternative complement pathway using an erythrocyte hemolysis assay. This test measures the ability of serum complement components to lyse […]
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The CH50 functional test kit is designed to evaluate the activity of the classical complement pathway using an erythrocyte hemolysis assay. This test measures the ability of serum complement components to lyse […]
