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Home ProductsAmino Acid Derivatives

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+
Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+

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Product Details:
Place of Origin: CHINA
Brand Name: Enlai Biotech
Certification: ISO 9001 COA HPLC NMR
Payment & Shipping Terms:
Minimum Order Quantity: Negotiation
Price: Negotiation
Packaging Details: Inside: double PE bag Outside: paper drum
Delivery Time: In Stock
Payment Terms: T/T
Supply Ability: 100 kilograms per month
Detailed Product Description
Product Name: Tyr(tbu)-OH CAS No: 18822-59-8
MF: C13H19NO3 Appearance: White Powder
HPLC: 99+ Storage: 5-25°C
Highlight:

Tyr(tbu)-OH CAS NO. 18822-59-8

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HPCL 99+ Tyr(tbu)-OH

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Tilpotide Tyr(tbu)-OH

 

Product Description

 

Tilpotide intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+

 

NameTyr(tbu)-OH

CAS NO18822-59-8

M.W: 237.29

Appearance: White Powder

HPLC: 99+   

Synonyms: O-tert-Butyl-L-tyrosine

 

Application

 

As a Synthetic Raw Material or Intermediate:In the synthesis process of polypeptide drugs, O-tert-butyl-L-tyrosine can serve as one of the raw materials or intermediates for the synthesis of Tilpotide (or similar polypeptides). Scientists can introduce O-tert-butyl-L-tyrosine at appropriate positions within the target sequence of Tilpotide to construct a polypeptide chain with specific biological activities.Due to the presence of the tert-butyl protecting group, O-tert-butyl-L-tyrosine can protect the phenolic hydroxyl group from unnecessary reactions during synthesis, thereby enhancing synthesis efficiency and product purity.

 

Structural Modification and Functional Enhancement:The incorporation of O-tert-butyl-L-tyrosine may alter the physicochemical properties and biological activities of Tilpotide (or similar polypeptides). For instance, the tert-butyl protecting group can increase the hydrophobicity and stability of the polypeptide, thereby influencing its pharmacokinetic properties and bioavailability.Furthermore, O-tert-butyl-L-tyrosine may interact with other amino acids or molecules, affecting the overall structure and function of Tilpotide, potentially enhancing its therapeutic effects or reducing side effects.

 

Drug Design and Optimization:During the drug design process, scientists can utilize O-tert-butyl-L-tyrosine as a tool molecule to modify and optimize the structure of Tilpotide (or similar polypeptides). By altering parameters such as the type, position, and number of protecting groups, they can explore the impact of different structures on the biological activity of the polypeptide, ultimately screening for drug candidates with superior performance.

 

Package

 

 Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 0     Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 1 

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 2Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 3

Transportation

 

Small package(1g, 25g, 1Kg, 25Kg) can be shipped by Express. (DHL, FedEx, EMS, etc.)
Large package(100kg and more than100Kg) can be transported by Air or Sea.

All transportation is in accordance with the customer's needs.

 

Company Profile

 

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 4Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 5

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 6Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 7

Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 8Tilpotide Intermediate Tyr(tbu)-OH CAS NO. 18822-59-8 HPCL 99+ 9

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