| Sub Cat. No. |
Molecular Weight |
Glycan Name |
Functional Group |
Inquiry |
|
X25-05-YM779-1 |
PEG 350 Da |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-2 |
PEG 550 Da |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-3 |
PEG 750 Da |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-4 |
PEG 1 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-5 |
PEG 2 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-6 |
PEG 3 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-7 |
PEG 4 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-8 |
PEG 5 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-9 |
PEG 10 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
|
X25-05-YM779-10 |
PEG 20 kDa |
Lentinan |
Lipoic acid |
Inquiry
|
Properties
Description
Lentinan-PEG-lipoic acid, termed lipoic acid-lentinan, features a redox-active conjugate created by linking lipoic acid to lentinan's β-1,3-1,6-glucan via PEG bridges. The antioxidant-functionalized system combines free radical scavenging with lentinan's therapeutic actions and DPPS fusogenic properties.
Glycan Structure
Its glycan structure is a β-(1→3)-linked d-glucose backbone with β-(1→6)-glucosyl side branches.
Source
Chemical synthesis
Impurities
No visible impurities to the naked eye.
Solubility
This product is soluble in most organic solvents, such as DCM, DMF, DMSO, and THF, and exhibits excellent solubility in water.
Identity
Confirmed by NMR.
Applications
Lentinan-PEG-lipoic acid can be used for its potential to create redox-sensitive nanoparticles using lipoic acid conjugation for glutathione response.