English name

beta-nicotinamide adenine dinucleotide phosphoric acid(NADP+)

English aliases

Nicotinamide adenine dual-core glucoside acid phosphate;Nadp.NADP.Coenzyme Ⅱ oxidation type

CAS No.

53-59-8

EINECS No.

200-178-1

Molecular formula

C₂₁H₂₉N₇O₁₇P₃

Molecular weight

744.4124 

Structural formula

Physical properties

Appearance: White crystalline powder  HPLC:≥97％ 

 Purity（HPLC）

≥99%（Excellent grade）

Usage

Open classification: photosynthesis, coenzyme
Is a coenzyme, called reduced coenzyme Ⅱ, learn to smoke from amide adenine nucleoside phosphate 2, also writing [H].In many chemical reactions within the biology of hydrogen role, has the vital significance.
NAD + and NADP + : nicotinamide adenine dinucleotide (NAD +, coenzyme Ⅰ) and nicotinamide adenine nucleoside phosphate (coenzyme NADP +, Ⅱ, is oxidized form of NADPH).
NAD + and NADP + is mainly as a coenzyme dehydrogenase hydrogen in enzymatic reaction in the body, as a single hydrogen body.
NADPH is often a reducing agent for biosynthesis, and can't directly into the breathing link by oxidation.Just under the action of special enzymes, NADPH on H was transported to the NAD +, and then by the NAD + into the respiratory chain.
NADPH is in cooperation with light light reaction stage of reduction in the process of water photolysis, after as a reducing agent in dark reaction, NADP + and ADP in the reduction of the light reaction of NADPH and ATP, and then into the dark reaction (the Calvin cycle), and then in the dark reaction was oxidized to ADP and NADP +, back into the light reaction, constitute a cycle.Specific content see photosynthesis.

Packing size

5 kg/bag

Storage

Keep dry and away from light, sealed storage in - 20 ℃