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Home ProductsFMOC-Amino Acids

Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+

Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+

Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+
Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+

Large Image :  Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ Get Best Price

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: Fmoc-Ile-OH CAS No: 71989-23-6
MF: C21H23NO4 Appearance: White Powder
HPLC: 99+ Storage: 5-25°C
Highlight:

99+ Fmoc-Ile-OH

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HPLC Fmoc-Ile-OH

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CAS NO. 71989-23-6 Fmoc-Ile-OH

 

Product Description

 

Tilpotide intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+

 

Name: Fmoc-L-Ile-OH

CAS NO: 71989-23-6

M.W: 353.41

Appearance: White Powder

HPLC: 99+

SynonymsN-FMOC-L-ISOLEUCINE; N-FMOC-ILE-OH; Fmoc-(2S,3S)-2-amino-3-methylpentanoic acid

 

Application

 

Role of the Protection Group:Fmoc (9-fluorenylmethoxycarbonyl), serving as an alkaline-sensitive protecting group, is commonly utilized in polypeptide synthesis to safeguard the N-terminus of amino acids. As an Fmoc-protected derivative of isoleucine, Fmoc-isoleucine effectively prevents undesirable reactions at the amino group during the synthesis process, ensuring precision and efficiency in the synthetic steps.

 

Enhancing Synthesis Efficiency:The selection of amino acid protecting groups significantly impacts the efficiency and yield of polypeptide synthesis. Fmoc-isoleucine, with its stability and reactivity, enables the efficient introduction of isoleucine residues through amidation reactions during the elongation of the polypeptide chain, while simultaneously protecting its N-terminus from interference. This characteristic accelerates the synthesis rate and optimizes the purity of the product.

 

Potential for Structural Modification:The reactive carboxyl and amide groups of Fmoc-isoleucine allow it to undergo condensation reactions with alcohols or amines, leading to the synthesis of desired ester or amide derivatives. This capability positions Fmoc-isoleucine as a crucial player in the structural modification of polypeptides. In the synthesis or subsequent applications of Tilpotide, if specific structural modifications are required to enhance its stability, biological activity, or pharmacokinetic properties, Fmoc-isoleucine may be introduced as a valuable intermediate or starting material.

 

Package

 

 Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 0     Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 1 

Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 2  Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 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 Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 4Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 5

Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 6Tilpotide Intermediate Fmoc-Ile-OH CAS NO. 71989-23-6 HPLC 99+ 7

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