2-Methylenebutyrolactone CAS 547-65-9

2-Methylenebutyrolactone CAS 547-65-9

Product Name:Tulipalin A
Synonym:ALPHA-METHYLENE-GAMMA-BUTYROLACTONE, STA B.;2-Methylene-g-butyrolactone;4,5-Dihydro-3-methylene-2(3H)-furanone;a-Methylenebutyrolactone;Tetrahydro-3-methylene-2-furanone
CAS NO.:547-65-9
EINECS NO.:208-931-6
Molecular Formula:C5H6O2
Purity & Grade: 99%; Medicine grade
Character:liquid
Free sample:Available
Stock:In stock
Warehouse: USA/EU/AU Warehouse
MOQ & Package: 1g; Package according to demand
Shipping: Safe and fast delivery
Lead Time: 5-10 days
Store & Shelf life: Cool & dry place; 24 months
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Description

What is 2-Methylenebutyrolactone?

Xi'an Faithful BioTech Co., Ltd., based in Xi'an, focuses on the research, development, production, and overseas sales of biomaterials and fine chemical intermediates. Adhering to high quality control standards, with mature processes and stable supply, our company has earned the recognition and trust of global customers through outstanding product quality and professional service. 2-Methylenebutyrolactone is an active natural organic compound isolated and extracted from natural plants such as tulips. It is a highly sought-after raw material in the fields of natural product research, fine chemical synthesis, and plant activity exploration. This substance exhibits relatively stable physicochemical properties at room temperature, possesses a unique molecular structure, is soluble in various organic solvents, and is not prone to decomposition or deterioration under normal storage conditions. It is suitable for various processing scenarios, including extraction, separation, and compounding. As a typical plant-derived active ingredient, it possesses diverse biological characteristics and has significant application value in plant physiological research, the exploration of the mechanisms of natural active substances, and the development of novel functional materials.

Tulipalin A NMR

2-Methylenebutyrolactone Manufacturing Process

The production of 2-Methylenebutyrolactone begins with the crushing of plant raw materials. The active ingredients are then converted through enzymatic hydrolysis. Various impurities are removed through processes such as low-temperature extraction, concentration, resin impurity removal, and column chromatography purification. Finally, the finished product is obtained by solvent recrystallization combined with vacuum drying. Temperature and light conditions are strictly controlled throughout the process, and standardized testing is used to ensure that the finished product has stable performance and meets purity standards.

COA

Test ItemSpecificationTest Result
AppearanceColorless to pale yellow
liquid or white crystalline
solid
Conforms
Purity(HPLC)≥98.0%Complies
Melting Point24.0℃-26.0℃Complies
Water Content≤0.5%Complies
Residue on Ignition≤0.1%Complies
Heavy Metals(Pb)≤10ppmComplies
Total Impurities≤2.0%Complies
ConclusionConform with enterprise specification .

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MF of Tulipalin A

Density 1.1±0.1 g/cm³
Boiling point 204.4±0.0 °C at 760 mmHg
Molecular formula C5H6O₂
Molecular weight 98.100
Flash point 37.2±0.0 °C
Exact mass 98.036781
PSA 26.30000
LogP -0.06

Mechanism of action of Tulipalin A

 

Regulating Cell Signaling Pathways

2-Methylenebutyrolactone can act on NF-κB-related protein sites, inhibiting the binding of this protein to genetic material, reducing the expression of inflammatory factors, and regulating the process of cellular inflammatory responses.

Affecting Microbial Structural Synthesis

It binds to key synthetic enzymes in microorganisms, inhibiting the formation of cell wall components and causing abnormal cell wall development; it also acts on the cell membrane lipid layer, altering membrane permeability, triggering intracellular efflux, and disrupting the normal physiological state of the bacteria.

Interfering with Microbial Metabolic Activities

It acts on Gram-positive microorganisms, affecting cell membrane function and energy conversion processes, hindering their normal growth and metabolic cycles.

Regulating Organelle Acid-Base Balance

It inhibits the activity of vacuolar hydrogen ion transporters, altering the acid-base environment inside lysosomes, disrupting intracellular ion homeostasis, and affecting the normal physiological functions of organisms.

Participating in Plant Self-Defense

As an endogenous active substance in plants, it is produced in large quantities when plants are stimulated by external factors, participating in the construction of the plant's own defense system; at high concentrations, it can affect the synthesis of cellular genetic material and regulate cell proliferation.

2-Methylenebutyrolactone

why choose us

 

We adhere to the principle of "customer first, honesty first", and always provide customers with high-quality and efficient products and high-quality services. Choose faithfulness. Choose a healthy life!
 

With our continuous efforts and good service, we sincerely hope to establish long-term cooperation and common development with customers and give us a chance. We believe that we will satisfy you with first-class quality, safe and fast delivery and enthusiastic after-sales service.

 

Our Factory

2-Methylenebutyrolactone

2-Methylenebutyrolactone

Package

2-Methylenebutyrolactone

 

Shipping Methods

Transportation TimeShipping methodCargo weight requirementsAdvantage
3-7 daysDHL,Germany DHL,Germany DPD,
UPS,USPS,FedEx,TNT,EMS
Suitable for under 50kg.
International door to door express
We have warehouses in Germany and California, USA, and customers in Europe and America can enjoy sending goods directly from these two places.
7-15 daysBy AirSuitable for more than 50kg.
fast and cheaper for large order
15-60 daysBy SeaSuitable for more than 500kg.
Cheapest shipping way

FAQ

 

01. What are the effects of Tulipalin A on cell signaling pathways?

This substance can bind to related functional proteins, blocking the binding of proteins to genetic material and reducing the production of inflammatory factors, thereby regulating the cellular inflammatory response.

02. Does Tulipalin A alter the intracellular acid-base environment?

Yes. It can inhibit the activity of vacuole hydrogen ion transporters, alter the lysosomal acid-base environment, and disrupt intracellular ion homeostasis.

03. In which fields is Tulipalin A mainly used?

2-Methylenebutyrolactone is widely used in natural product research, organic synthesis, plant physiological research, and various biological experiments, and is also a commonly used standard research raw material.

Click email:Sales4@Faithfulbio.Com Or WhatsApp:+86 17782784907

Disclaimer: All conventional products (non-customized products) pictures are taken in kind, but due to the influence of light (different time, different background light), shooting method, different display equipment parameters and other factors, there may be some differences between the picture and the real color, product color, please take the real effect prevail, product color difference is not a product quality problem.
Note: Always consult a qualified health practitioner before taking any new medication. This product is not intended to diagnose, treat, cure or prevent any disease.At the time of purchase, the international buyer agrees to assume the risk of all items arriving. We cannot replace lost or impounded items. Before sending items, you need to confirm that you agree to these terms.This is only a recommended dose based on our own experience and anecdotal evidence. We recommend that you do your own research before using this product.
Statement: This product is only used for scientific research, and the consequences of other uses are not responsible.

 

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