Matexcel FITC-labeled Lysine-dextran NAT-222

Description
Source: Synthesis Storage: Store at room temperature Application: It is mainly used in molecular imaging. FITC-labeled Lysine-dextran can be used as versatile tools for bioconjugation and fixation in living systems. Purity: >98% Stability: 6 years Product overview: Lysine Dextrans are synthesised from dextran derived from Leuconostoc mesenteroides labelled with Lysine. Lysine dextran is then functionalized with FITC under mild conditions to form FITC Lysine Dextran. The degree of substitution of Lysine(DS) is between 0.005-0.03 (mol Lysine/mol Glucose) and the degree of substitution of FITC(DS) is 0.001-0.01 (mol FITC/mol Glucose). Fluorescein/FITC has an excitation maximum at 493 nm and an emission maximum at 520 nm. Solubility: Water
  • FITC-labeled Lysine-dextran - NAT-222 - Matexcel
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Datasheet
Description
Source: Synthesis Storage: Store at room temperature Application: It is mainly used in molecular imaging. FITC-labeled Lysine-dextran can be used as versatile tools for bioconjugation and fixation in living systems. Purity: >98% Stability: 6 years Product overview: Lysine Dextrans are synthesised from dextran derived from Leuconostoc mesenteroides labelled with Lysine. Lysine dextran is then functionalized with FITC under mild conditions to form FITC Lysine Dextran. The degree of substitution of Lysine(DS) is between 0.005-0.03 (mol Lysine/mol Glucose) and the degree of substitution of FITC(DS) is 0.001-0.01 (mol FITC/mol Glucose). Fluorescein/FITC has an excitation maximum at 493 nm and an emission maximum at 520 nm. Solubility: Water
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FITC-labeled Lysine-dextran - NAT-222 - Matexcel
Matexcel
Shirley, NY, United States
FITC-labeled Lysine-dextran
NAT-222
FITC-labeled Lysine-dextran NAT-222
Source: Synthesis Storage: Store at room temperature Application: It is mainly used in molecular imaging. FITC-labeled Lysine-dextran can be used as versatile tools for bioconjugation and fixation in living systems. Purity: >98% Stability: 6 years Product overview: Lysine Dextrans are synthesised from dextran derived from Leuconostoc mesenteroides labelled with Lysine. Lysine dextran is then functionalized with FITC under mild conditions to form FITC Lysine Dextran. The degree of substitution of Lysine(DS) is between 0.005-0.03 (mol Lysine/mol Glucose) and the degree of substitution of FITC(DS) is 0.001-0.01 (mol FITC/mol Glucose). Fluorescein/FITC has an excitation maximum at 493 nm and an emission maximum at 520 nm. Solubility: Water

Source: Synthesis

Storage: Store at room temperature

Application: It is mainly used in molecular imaging. FITC-labeled Lysine-dextran can be used as versatile tools for bioconjugation and fixation in living systems.

Purity: >98%

Stability: 6 years

Product overview: Lysine Dextrans are synthesised from dextran derived from Leuconostoc mesenteroides labelled with Lysine. Lysine dextran is then functionalized with FITC under mild conditions to form FITC Lysine Dextran. The degree of substitution of Lysine(DS) is between 0.005-0.03 (mol Lysine/mol Glucose) and the degree of substitution of FITC(DS) is 0.001-0.01 (mol FITC/mol Glucose). Fluorescein/FITC has an excitation maximum at 493 nm and an emission maximum at 520 nm.

Solubility: Water

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Technical Specifications

  Matexcel
Product Category Biological Materials
Product Number NAT-222
Product Name FITC-labeled Lysine-dextran
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