While many individuals are genetically predisposed to neurodegenerative diseases like Alzheimer's (AD) and Parkinson's (PD), translating these genetic vulnerabilities into effective therapies remains a major challenge. Traditional research systems often fail to capture uniquely human brain biology, hindering the discovery of underlying cellular mechanisms. To address this unmet need, induced...
Hematopoiesis derived from induced pluripotent stem cells recapitulates the developmental process of mature red blood cells, thereby enabling the generation of functional mature red blood cells. This resolves the limitations of short storage periods for donor blood and the problem of alloimmunization. the company leverages cutting-edge gene editing technologies to deliver high-purity,...
Accelerate Your CAR-T Discovery! Are you currently facing long development cycles, difficulty predicting CAR-T efficacy, or challenges in identifying synergistic compounds? Our High-throughput screening (HTS)-enabled Drug Screening Service on Advanced Functional CAR-T Models helps you rapidly evaluate drug interactions, optimize CAR-T functionality, and uncover combination strategies through...
We offers a comprehensive Tumor Model Portfolio Service designed to streamline functional CAR-T screening and accelerate immunotherapy drug discovery. Our integrated platform combines high-fidelity 3D tumor organoids, syngeneic mouse models, and humanized systems to address poor in vitro–in vivo correlation and high attrition in solid tumor targeting. By enabling systematic...
An anti-glycopeptide antibody is engineered to recognize a combined epitope: a specific glycan structure and the adjacent amino acid sequence of the carrier peptide. This dual-recognition capability is critical. Unlike antibodies that bind only to the glycan (which may be expressed on healthy tissues) or only to the peptide (which may be masked by glycosylation), anti-glycopeptide antibodies...
Bacterial endoglycosidases, particularly those from the glycoside hydrolase families GH18 and GH20, possess unique capabilities to cleave the glycosidic bonds within the chitobiose core of N-linked glycans. Enzymes like EndoE (from Enterococcus faecalis), EndoS (from Streptococcus pyogenes), and EndoF variants are widely utilized to deglycosylate IgG antibodies or remodel glycans on...
Neuronal calcium imaging technology is an important tool in current neuroscience research. The technology is based on the tight relationship between calcium ion concentration and neuronal activity, and converts changes in calcium ion concentration into changes in fluorescence intensity using special fluorescent dyes or protein fluorescent probes.
Tau protein uptake is a critical step in the insidious spread of tau pathology throughout the brain in neurodegenerative diseases like AD and frontotemporal dementia. Understanding the mechanisms by which tau is taken up by neurons—including endocytosis, transmembrane diffusion, and axonal transport—is crucial for developing therapies that can halt or slow disease progression.
Tau...
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