Shanghai Huicheng spot D - δ - tocotrienol 25612-59-3

NegotiableUpdate on 01/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Shanghai Huicheng spot D-delta tocotrienol 25612-59-3, English name: D-delta Tocotrienol, item number: HA11337, CAS number: 25612-59-3, molecular formula: C27H40O2, molecular weight: 396.61, Shanghai Huicheng Biology provides 50mg and 100mg packaging, welcome to inquire and order.

Product Details

Shanghai Huicheng spot D - δ - tocotrienol 25612-59-3, English name:D-delta- Tocotrienol, Article number: HA11337, CAS number:25612-59-3Molecular formula:C27H40O2Molecular weight:396.61Shanghai Huicheng Biotechnology provides 50mg and 100mg packaging. Please feel free to inquire and place an order.

Item Number

HA11337

chemical name

D - δ - tocotrienol

CAS number

25612-59-3

molecular formula

C27H40O2

molecular weight

396.61

Specification 1

100mg

Specification 2

250mg

appearance

Yellow to brown oil

purity

≥98%

alias

(R)-delta-Tocotrienol delta-Tocotrienol

Storage conditions

-20C

References

Shanghai Huicheng Biotechnology provides domestically produced alpha, beta, gamma, delta tocopherols and alpha, beta, gamma, delta tocopherols products as follows:

Item Number	Chinese name	CAS No.	Specifications
HA11316	D - α - tocopherol	59-02-9	100mg
HA11317	D - β - tocopherol	16698-35-4	50mg
HA11318	D - γ - tocopherol	54-28-4	100mg
HA11319	D - δ - tocopherol	119-13-1	100mg
HA11369	D - α - tocotrienol	58864-81-6	50mg
HA11370	D - β - tocotrienol	490-23-3	100mg
HA11336	D - γ - tocotrienol	14101-61-2	100mg
HA11337	D - δ - tocotrienol	25612-59-3	100mg

Shanghai Huicheng spot D - δ - tocotrienol 25612-59-3,For more product information, please feel free to consult Shanghai Huicheng Biotechnology.

YasukazuwaitExperiments were conducted on the differences in the reactions of two types of vitamins with free radicals and metal ions, and the results showed that: *, both can react with free radicals and have anti lipid peroxidation properties; Secondly, tocopherol has a significant enhancement of membrane hardness compared to tocotrienol; Thirdly, within the membrane, the two have similar migration rates, but tocotrienol can be more easily transported between cell membranes and absorbed by the cell membrane; Furthermore, onlyalpha- tocopherols andalpha- Ferotrienol can be used toCu2+Reduced toCu1+It is used as an oxidative enhancer in the oxidation reaction of methyl esters.

Although tocopherols and tocotrienols share significant structural similarities, they exhibit notable differences in certain biological functions. With the continuous deepening of research, it has been found that tocotrienol has more physiological functions than tocopherol in many reaction systems