Knowledge Library

Oligonucleotide Drug Discovery

Recent years have seen a huge surge of interest in oligonucleotide therapeutics, fueled by major advances in our understanding of how to make such molecules stable, selective, and efficient as drug modalities. The field is now diverse in terms of therapeutic areas being addressed, biological processes being manipulated and delivery technologies employed. In this webinar, …Read More >

Resource Type: Webinar
Resource Topic: Biochemical Assays Cell-based Assays Discovery Chemistry Hit-to-Lead in vitro biology in vivo Pharmacology Lead Optimization Oligonucleotides Safety and Early Toxicity

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Pain Discovery Assays & In Vivo Models

WuXi AppTec offers a comprehensive platform to evaluate lead candidates targeting various types of pain, including inflammatory, neuropathic, and fibromyalgia-like pain and osteoarthritis. Our expertise and experience allow us to offer an extensive portfolio of services supporting drug discovery and development, from target discovery to translational research and clinical biomarker testing and beyond. Full-scale molecular …Read More >

Resource Type: Brochure
Resource Topic: Biochemical Assays Biomarkers Cell-based Assays Central Nervous System & Pain in vitro biology in vivo Pharmacology Lead Optimization Target Identification and Validation Target-Specific Assays

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OncoWuXi Newsletter: June 2022

WuXi AppTec xenograft and syngeneic tumor models in rats and CD47-related in vitro assay platform

Resource Type: Newsletter
Resource Topic: Antibodies Cell-based Assays Hit-to-Lead in vivo Pharmacology Lead Optimization Oncology Target-Specific Assays Tumor Models

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WuXi AppTec Discovery Services

Delivering comprehensive end-to-end solutions for creating, identifying, and supporting preclinical candidates, from discovery to development, with our integrated chemistry and biology research platforms.  

Resource Type: Brochure
Resource Topic: Antibodies Antibody Drug Conjugate Autoimmune and Inflammatory Diseases Biochemical Assays Biomarkers Biophysical Assays Candidate Selection CAR-T Cell Cardiovascular & Metabolic Diseases Cell Therapies Cell-based Assays Cells and Protein Science Central Nervous System & Pain Chemical Biology and Proteomics Dermatology Discovery Chemistry DNA-Encoded Library (DEL) DRUG DISCOVERY AND INNOVATION Fragment-Based Drug Discovery Gene Therapies High-throughput screening (HTS) Hit Finding Hit-to-Lead Immunology in silico services in vitro biology in vivo Pharmacology in vivo Toxicology Infectious Diseases Lead Optimization Liver Diseases Mass Spectrometry-based Assays Metabolic Diseases NASH Oligonucleotides Oncology Oncolytic Viruses Ophthalmology Phenotypic Assays Quantum Mechanics Rare Diseases Respiratory Diseases Safety and Early Toxicity Screening Libraries Screening Services Small Molecules Structural Biology Target Identification and Validation Target-Specific Assays Targeted Protein Degradation TECHNOLOGY PLATFORMS THERAPEUTIC AREAS THERAPEUTIC MODALITIES Tumor Models

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Bone metastasis platform to evaluate prophylaxis and treatment

Resource Type: Presentation
Resource Topic: in vivo Pharmacology Lead Optimization Oncology Small Molecules Target Identification and Validation

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Quality Control for DNA-Encoded One-Bead-One-Compound (OBOC) Libraries

Resource Type: Presentation Video
Resource Topic: Biochemical Assays Biophysical Assays Chemical Biology and Proteomics DNA-Encoded Library (DEL) Hit Finding in vitro biology Phenotypic Assays Screening Libraries Small Molecules Target Identification and Validation

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Discovery of RNA Targeting Small Molecule Using DNA-Encoded Library Technology

Resource Type: Presentation Video
Resource Topic: DNA-Encoded Library (DEL) Hit Finding

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Integrating Practical Machine Learning and Quantum Mechanics Tools to Synthesis in Medicinal Chemistry

Resource Type: Presentation Video
Resource Topic: Chemical Biology and Proteomics Discovery Chemistry in silico services Quantum Mechanics Small Molecules

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Structure-based optimization of hydroxylactam as potent, cell-active inhibitors of lactate dehydrogenase

Structure-based design was utilized to optimize 6,6-diaryl substituted dihydropyrone and hydroxylactam to obtain inhibitors of lactate dehydrogenase (LDH) with low nanomolar biochemical and single-digit micromolar cellular potencies. Surprisingly the replacement of a phenyl with a pyridyl moiety in the chemical structure revealed a new binding mode for the inhibitors with subtle conformational change of the …Read More >

Resource Type: Publication
Resource Topic: Chemical Biology and Proteomics Discovery Chemistry Hit-to-Lead Lead Optimization Oncology Small Molecules

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