Glycomedicine Development: Targeting Disease-related Changes in Carbohydrates
CD BioGlyco has many years of successful experience in the field of glycobiology. CD BioGlyco has a professional carbohydrate-based glycomedicine development platform and various analysis tools that can help customers study glycomedicine development based on targeting disease-related changes in carbohydrates systematically. We have the confidence to be your essential research assistant in the field of glycobiology.
Anticoagulant Effect of Heparin and Heparin Mimetics
Regarding carbohydrates in the biological body, it is known that the expression level of specific carbohydrates changes in association with the onset of various diseases. It is often unknown whether the changes in carbohydrate structure and the onset of disease are both underlying factors, or the changes induce the symptoms of the disease. However, if the causal relationship between such changes in carbohydrate structure and onset of diseases is clarified and if the condition of individual sick patients is assessed on the basis of changes in carbohydrates for subsequent specific therapy targeting particular carbohydrates, it will be possible to treat these diseases efficiently.
Active research has been performed to investigate the causal relationship of changes to sickness and to develop valid means of treatment. Following recent advances in carbohydrate structure analysis technology, it is now considered important to develop a database of changes in carbohydrates associated with each disease.
Fig.1 Overview on targeting approaches for cancer-associated glycosylation. (Mantuano, et al.2020)
Glycomedicine Development Services Based on Targeting Disease-related Changes in Carbohydrates
Following carcinogenesis, remarkable changes are noted in the carbohydrates of the superficial layers of cells. CD BioGlyco provides analysis services of changes in cell surface carbohydrate during the course of progression and metastasis of tumors will be useful in the diagnosis and treatment of tumors. Other than changes in carbohydrates associated with cancers, we have professional teams with multiple world-leading technologies to help customers comprehensively promote various carbohydrate changes specific to some particular diseases, including changes in IgG carbohydrates associated with rheumatoid arthritis, abnormal α-dystroglycan carbohydrates associated with muscular dystrophy, and insufficiency of O-linked carbohydrates of the hinge region associated with IgG nephropathy.
In particular, we offer services for the development of synthetic vaccines composed of sialyl Tn carbohydrates bound to carrier protein keyhole limpet hemocyanin for use in the management of metastatic breast cancer and metastatic uterine cancer. We also provide services for the development of vaccines based on glycolipids highly expressed in melanoma cells and globo-H antigens. We are committed to reducing the metastatic potential of cancer by increasing the expression of N-acetylglucosaminyltransferase III which competes with GlcNAc transferase V during carbohydrate synthesis.
Advantages of Us
- Customize experimental programs according to different research needs.
- Experienced and well-trained technicians.
- Comprehensive glycomedicine development process.
- Detailed and reliable after-sales service.
In terms of glycomedicine development, CD BioGlyco has unique and advanced technology platforms. Excellent researchers and sophisticated instruments have become our powerful assistance, and we will assist you in your glycomedicine development process. If you are interested in our services, please contact us to obtain more information.
Reference:
- Mantuano, N.R.; et al. Tumor-associated carbohydrates and immunomodulatory lectins as targets for cancer immunotherapy. Journal for immunotherapy of cancer. 2020, 8(2).
- Glyco™ Synthesis Platform
- Custom Glycoprotein Synthesis
- Custom Glycoside Synthesis
- Custom Glycosyl Donor Synthesis
- Custom Thioglycoside Synthesis
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- Glyco-biomarker α1-Antitrypsin (A1AT) Detection Service
- Glyco-biomarker α1-Acid Glycoprotein (AGP) Detection Service
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- Site Occupation
- Glycoprotein Structure Analysis
- Glycosylation Site-specific Antibody-Drug Conjugate (ADC) Development Platform
- Carbohydrate-based Glycomedicine Development Platform
- By Sources of Carbohydrate
- By Types of Carbohydrate
- Monosaccharides-based Glycomedicine Development
- Disaccharides-based Glycomedicine Development
- Trisaccharides-based Glycomedicine Development
- Oligosaccharides-based Glycomedicine Development
- Polysaccharides-based Glycomedicine Development
- Glycosides-based Glycomedicine Development
- Glycopeptide-based Glycomedicine Development
- Glycomimetic-based Glycomedicine Development
- By Applications of-based Glycomedicines
- Carbohydrate-based Anticoagulant Glycomedicine Development
- Carbohydrate-based Cardiovascular Glycomedicine Development
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- Carbohydrate-based Antidiabetic Glycomedicine Development
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- Carbohydrate-based Antiparasiti Glycomedicine Development
- By Discovery Strategies
- Glycoengineering-based Glycomedicine Development
- Production of Food Ingredients
- Multi-omics Platform for Cancer Glucose Metabolism (MOPCGM)
- Cancer Cell Glycolytic Analysis
- Cancer Cell TCA Cycle Analysis
- Cancer Cell PPP Analysis
- Gene-level Regulation Analysis of Cancer Glucose Metabolism
- Interplay Between Glucose Metabolism Reprogramming and Tumorigenesis & Progression
- Interplay Between Glucose Metabolism Reprogramming and Proliferative Signaling
- Interplay Between Glucose Metabolism Reprogramming and Growth Suppressor
- Interplay Between Glucose Metabolism Reprogramming and Cancer Cell Death
- Interplay Between Glucose Metabolism Reprogramming and Replicative Immortality
- Interplay Between Glucose Metabolism Reprogramming and Angiogenesis
- Interplay Between Glucose Metabolism Reprogramming and Invasion & Metastasis
- Interplay Between Glucose Metabolism Reprogramming and Immune Escape
- Interplay Between Glucose Metabolism Reprogramming and Genomic Instability
- Interplay Between Glucose Metabolism Reprogramming and Tumor-associated Inflammation
- Glucose Metabolism-Microenvironment Crosstalk Analysis in Cancer
- Cancer Glucose Metabolism In Vivo Analysis
- Applications of Studing Cancer Glucose Metabolism
- Discovery of Cancer Glucose Metabolism Small Molecule Inhibitor
- Discovery of Cancer Glucose Metabolism Therapeutic Monoclonal Antibodies
- Development of Gene Therapy Targeting Cancer Glucose Metabolism
- Discovery of Cancer Glucose Metabolism CAR-T Therapy Targeting
- Discovery of Cancer Glucose Metabolism Combination Therapy Strategy
- Discovery of Cancer Glucose Metabolism Precision Therapeutic Strategies
- Glycoengineering Platform
- Therapeutic Nucleic Acid Development Platform
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- miRNA Synthesis
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- PNA Synthesis
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- tRNA Synthesis
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- saRNA Synthesis
- Reporter Gene mRNA Synthesis
- Gene Editing mRNA Synthesis
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- Targeted Ligand and Linker Synthesis
- Monoantennary GalNac-RNA Delivery
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- mRNA Biodistribution Analysis Service
- DNA Template Preparation Service
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- T Cell Cytokine Secretion Analysis Service
- mRNA Modification Service
- mRNA Length Analysis Service
- mRNA Purification Service
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- mRNA Structural Characterization
- mRNA Structural Characterization Service
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- Therapeutic Oligonucleotide Synthesis Service
- Glycobiology Microarray Platform
- Glyco™ Vaccine Development Platform
- Carbohydrate-based Vaccine Development
- Polysaccharide Vaccine Development
- Tumor-Associated Carbohydrate Vaccine Development
- Glycoconjugate Vaccine Development
- Natural Carbohydrate-based Vaccine Development
- Semi-synthetic Carbohydrate-based Vaccine Development
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- Carbohydrate-based Anticancer Vaccine Development
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- Monovalent Carbohydrate-based Vaccine Development
- Polyvalent Carbohydrate-based Vaccine Development
- Carrier Protein Design Service
- Carbohydrate Conjugation Service for Vaccine Development
- Carbohydrate-based Adjuvant Development
- Lipopolysaccharide-based Adjuvant Development
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- Trehalose Glycolipid-based Adjuvant Development
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- Inulin-based Adjuvant Development
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- Deltin-based Adjuvant Development
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- Cord Factor-based Adjuvant Development
- Zwitterionic Polysaccharide-based Adjuvant Development
- Novel Plant Polysaccharides-based Adjuvant Development
- Glycoprotein-based Vaccine Development
- Glycopeptide-based Vaccine Development
- Carbohydrate-based Vaccine Development
- Glycogenomics Platform
- Glycogene Editing Service
- Glycogene Delivery Service
- Glycogene Expression Profiling
- Cancer Glycogene Discovery Service
- Glycogene Discovery Service in Cervical Cancer
- Glycogene Discovery Service in Leukemia
- Glycogene Discovery Service in Bladder Cancer
- Glycogene Discovery Service in Colorectal Adenocarcinoma
- Glycogene Discovery Service in Liver Cancer
- Glycogene Discovery Service in Lymphoma
- Glycogene Discovery Service in Breast Cancer
- Glycogene Discovery Service in Prostate Cancer
- Glycogene Discovery Service in Pancreatic Cancer
- Glycogene Discovery Service in Lung Cancer
- Glycogene Discovery Service in Thyroid Cancer
- Glycogene Discovery Service in Ovarian Cancer
- Glycan Display Platform
- Traditional Glycan Display Array
- Natural Oligosaccharide Library Construction Service
- Chemical Synthesis-based Oligosaccharide Library Construction Service
- Enzymatic Synthesis-based Oligosaccharide Library Construction Service
- Modular Synthesis-based Oligosaccharide Library Construction Service
- Oligosaccharide Library Immobilization Service
- Cell-based Glycan Display Array
- Neoglycolipid (NGL) Display Array
- Liquid Glycan Display Array (LiGA)
- Glycophage Display
- N-linked Glycoprotein-based Glycophage Display System Construction Service
- O-linked Glycoprotein-based Glycophage Display System Construction Service
- Glycophage Display-based Glycosylase Genetic Analysis Service
- Glycophag Display-based Glycoarray Service
- Glycophage Display-based Antibody Development Service
- Glycophage Display-based Epitope Mapping Service
- Glycophage Display-based Biomarker Development Service
- De Novo Glycan Display
- Cell-Surface Glycan Editing
- Examining the Effects of Altering Blood Group Antigens on Erythrocyte Cell Surfaces
- Preventing Cellular Rejection During Transplantation
- Modulating Chemical Composition and Physical Parameters of Glycocalyx
- Tailoring Cell Membranes with Biologically Active Glycans
- Targeting Glycosaminoglycan-mediated Growth Factor Signaling to Influence Stem Cell Specification
- Long-term De Novo Glycan Display for Directing Stem Cell Fate
- Traditional Glycan Display Array
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- Carbohydrate-based Nanoparticle Production
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- Glyconanoparticle Formulation
- Glyconanotechnology-based Biosensor Development
- GlycoNano™ Bioink Production for 3D Printing
- Glyconanoparticle Development Service
- Glyco™ Synthesis Platform





