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Glycolipid Products

Premium Glycolipids & Advanced Lipid Solutions at Creative Biolabs

Glycolipids, the essential components of cellular membranes, are more than just structural lipids; they are dynamic signaling molecules critical to complex cellular processes. Our commitment is to provide an unparalleled range of high-purity glycolipids, meticulously synthesized and rigorously purified, ensuring they meet the absolute highest standards required for groundbreaking research and pharmaceutical development. These are the molecules that enable major leaps in neurobiology, immunology, and targeted drug delivery.

Key Glycolipids Product Types and Detailed Applications

Product Type Core Focus Extended Value
Ceramides Essential backbone for sphingolipid metabolism, which is key in skin barrier repair and cell signaling studies. Crucial for researchers studying apoptosis, cell differentiation, and the molecular basis of dermatological formulations. Our ceramides are available in various N-acyl chain lengths for focused mechanistic studies.
Cerebrosides (Glucocerebrosides, Galactocerebrosides) Integral components of neural membranes, which are crucial for studies in lysosomal storage disorders and neurobiology. High-purity cerebrosides are indispensable for modeling neurodegenerative diseases (like Gaucher's disease) and investigating the architecture of myelin sheaths and neuronal lipid rafts.
Sphingolipids A diverse class of lipids is involved in cell recognition and apoptosis pathways. This includes sphingomyelin and various other bioactive species. They are vital for research into inflammation, cancer cell signaling, and the overall maintenance of lipid homeostasis.
Functionalized Glycolipids Custom modifications for targeted drug delivery and advanced material science. We offer novel chemistries for attaching probes, linkers, and targeting ligands, enabling the creation of next-generation diagnostics and particular therapeutic carriers.

Comprehensive Lipid Portfolio: Enabling Precision Drug Delivery and Formulation Excellence

Moving beyond traditional biological research, our full-spectrum portfolio of advanced lipid excipients is specifically engineered to meet the demands of modern pharmaceutical and biotech formulations, with a primary focus on lipid nanoparticles (LNP) and liposome formulations. We categorize our extensive range to perfectly match your formulation needs:

  • Phospholipids & Liposomal Lipids

These are the primary components for constructing stable and functional lipid bilayer structures. Our phospholipids are derived from natural sources or synthetically produced, guaranteeing batch-to-batch consistency and exceptional purity grades. We offer various charge types and chain configurations:

Phospholipid type and chain configuration. (Creative Biolabs Original)

  • PEGylated & Modified Lipids

Achieving optimal pharmacokinetic profiles requires sophisticated surface modifications. Our advanced collection of PEG-lipids and N-modified lipids is the gold standard for creating 'stealth' coatings, drastically extending circulation half-lives, and facilitating the complex intracellular delivery required for nucleic acid therapeutics (like mRNA and siRNA vaccines). These modifications reduce opsonization and enhance systemic delivery.

  • Specialty & Non-Standard Lipids

For research teams dedicated to exploring truly novel delivery systems or highly specific biological interactions, we provide access to a unique and Custom Glycolipid Synthesis Service. This includes components designed to overcome challenging biological barriers and enhance diagnostic precision:

  • Ionizable lipids: Core components for enhancing endosomal escape in LNP formulations, crucial for mRNA and gene editing payload delivery.
  • Fluorescently labeled lipids: For non-invasive, high-resolution imaging studies, tracking lipid migration, and fusion in cellular and in vivo models.
  • Custom synthesis services: We partner with you to synthesize head-group or chain variations that are not commercially available, tailored precisely to your mechanistic or formulation requirements.

Why Partner with Us?

Exceptional purity and quality control

Every glycolipid product undergoes rigorous, multi-stage testing, including advanced chromatographic and spectroscopic analysis, to guarantee purity that consistently exceeds 95%. This strict QC process is vital for ensuring experimental reproducibility in both academic research and clinical development.

Scalable manufacturing and support

We are equipped to support your project at every stage, from initial milligram-scale R&D samples to gram-scale production batches. We provide the necessary documentation to support your project.

Unrivaled diversity and expertise

Our broad, comprehensive catalog, covering everything from foundational phospholipids and complex glycolipids to cutting-edge modified lipids, ensures a single, reliable source for all your lipid needs. Our technical experts possess deep knowledge in lipid chemistry and formulation science.

Ready to Advance Your Research?

Creative Biolabs is dedicated to providing fast, expert responses and technical consultation to accelerate your project timeline. Please contact our sales and technical support team today for detailed product specifications, comprehensive technical data sheets, and a competitive quotation tailored to your volume requirements. Our specialized team is poised to provide exceptional support and product quality.

Glycolipid Products
    Cat Product Name CAS Formula Size Datasheet Inquiry
    GLJF-1125-HX51 Tri-N-tridecyl 3-(ethyl(methyl)amino)propanoate 1566559-80-5 C57H114N4O6
    GLJF-1125-HX52 PEG2000-DMG 160743-62-4 C34H66O6
    GLJF-1125-HX53 POPE-D5 1612215-96-9 C39H73D5NO8P
    GLJF-1125-HX54 PLPE-D5 1612215-97-0 C39H71D5NO8P
    GLJF-1125-HX55 PIP3, diC8 163563-77-7 C25H43Na7O22P4
    GLJF-1125-HX56 Dioctadecyl 3,3'-((3-(dimethylamino)propyl)azanediyl)dipropionate 1638334-27-6 C47H94N2O4
    GLJF-1125-HX57 PI(3)P, diC16 165689-81-6 C41H77Na3O16P2
    GLJF-1125-HX58 PI(3,4,5)P3, diC16, ammonium salt 165689-82-7 C41H94N4O22P4
    GLJF-1125-HX59 PI(3,4,5)P3, diC16 165689-82-7 C41H75Na7O22P4
    GLJF-1125-HX60 DPPA 169051-60-9 C35H68NaO8P
    GLJF-1125-HX61 LPC(16:0) 17364-16-8 C24H50NO7P
    GLJF-1125-HX62 Palmitoyl-DHAP 17378-38-0 C19H40NO7P
    GLJF-1125-HX63 Asolectin 17708-90-6 C42H80NO8P
    GLJF-1125-HX64 Ionizable cationic lipid LP-01 1799316-64-5 C50H93NO9
    GLJF-1125-HX65 DMPC 18194-24-6 C36H72NO8P
    GLJF-1125-HX66 DLPC 18194-25-7 C32H64NO8P
    GLJF-1125-HX67 TT3 1821214-50-9 C90H174N6O3
    GLJF-1125-HX68 Palmitoyl lysoPC-d9 182257-09-6 C24H41D9NO7P
    GLJF-1125-HX69 PtdIns(3,4)P2 (16:0/16:0) 183623-41-8 C41H76Na5O19P3
    GLJF-1125-HX70 PEGylated lipid ALC-0159 1849616-42-7 C33H70N2O3
    For Research Use Only.

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