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Linoleic acid reagent, Linoleic acid-PEG-lactosyl, Purity ≥95%

Cat. No.: X25-03-ZQ2291

Linoleic acid reagent, Linoleic acid-PEG-lactosyl, Purity ≥95%

Synonym: Linoleic acid-lactosyl; Lactosyl-PEG-Linoleic acid

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Product Size
100 mg; 250 mg; 500 mg; 1 g; 5 g; 25 g
Price
Datasheet
MSDS
Sub Cat. No. Molecular Weight Glycan Name Functional Group Inquiry
X25-03-ZQ2291-1 PEG 350 Da Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-2 PEG 550 Da Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-3 PEG 750 Da Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-4 PEG 1 kDa Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-5 PEG 2 kDa Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-6 PEG 3 kDa Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-7 PEG 4 kDa Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-8 PEG 5 kDa Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-9 PEG 10 kDa Lactosyl Linoleic acid Inquiry
X25-03-ZQ2291-10 PEG 20 kDa Lactosyl Linoleic acid Inquiry
Properties
Description
This essential omega-6 polyunsaturated fatty acid conjugate features linoleic acid linked to lactosyl (a galactose-glucose disaccharide) via a hydrophilic polyethylene glycol (PEG) spacer, potentially influencing lipid-disaccharide interactions at biological interfaces or enabling the formation of disaccharide-decorated lipid-based nanocarriers for specific cellular targeting.
Source
Chemical synthesis
Form
Solid or powder
Purity
≥95%
Solubility
Linoleic acid-PEG-lactosyl is soluble in a wide range of organic solvents, such as DCM, DMF, and DMSO, and shows excellent solubility in water.
Identity
Confirmed by NMR.
Applications
Linoleic acid-PEG-lactosyl can be used to study fatty acid interactions with a lactosyl-based hydrophilic environment for potential lectin interactions.
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