Overview

Amino Acid Production

Amino acids are an essential part of healthy growth, starting at birth and throughout a lifetime. Because the human body cannot produce the acids, they are enrichment ingredients for foods, animal feed, supplements, cosmetics and pharmaceuticals.

Amino acids form peptide chains within a body to create the building blocks of a vast array of proteins. In the form of proteins, amino acids comprise the second-largest component of human muscles and tissues. They also participate in a few processes, such as neurotransmitter transport and biosynthesis.

There are nine "essential" amino acids: histidine, isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan and valine.

As the demand for amino acids increased, fermentation and synthesis became the primary source for production. The acid quality is dependent on the critical purification process.

Purolite can provide solutions for separation and purification with ion exchange. When separating amino acids, the porosity of the resin is essential. While amino acids are small in size, other impurities might not be. Our jetted technology produces uniform beads that can help to increase the yield of the production by minimizing dilution of the amino acid and efficiently separating the amino acids from each other. Purolite offers a range of products to include:

Cation exchange resin provides technology for the selective removal of the amino acid via pH adjustment - commonly used to isolate lysine.
Adsorbents separate the hydrophobic amino acid from the hydrophilic ones based on the pH while not affecting the pH levels.
Anion exchange resin offers an appropriate counterion to keep the pH stable.
Chelating ion exchange resin helps to improve the absorption of minerals by removing the metals.
Chromalite provides chromatography and purification of the amino acids.

Amino Acid Production | Produits par application

Anion Exchange Chromatography - Polymer Base

CGA100x2

Polystyrénique Gel Anion fortement basique, 2% DVB cross-linking, 100 µm

CGA100x4

Polystyrénique Gel Anion fortement basique, 4% DVB cross-linking, 100 µm

CGA100x8

Polystyrénique Gel Anion fortement basique, 8% DVB cross-linking, 100 µm

CGA200x2

Polystyrénique Gel Anion fortement basique, 2% DVB cross-linking, 200 µm

CGA200x4

Polystyrénique Gel Anion fortement basique, 4% DVB cross-linking, 200 µm

CGA200x8

Polystyrénique Gel Anion fortement basique, 8% DVB cross-linking, 200 µm

CGA200X8Ac

Polystyrénique Gel Anion fortement basique Acetate Form, 8% DVB cross-linking, 200 µm

CGA50x2

Polystyrénique Gel Anion fortement basique, 2% DVB cross-linking, 50 µm

CGA50x4

Polystyrénique Gel Anion fortement basique, 4% DVB cross-linking, 50 µm

CGA50x8

Polystyrénique Gel Anion fortement basique, 8% DVB cross-linking, 50 µm

Cation Exchange Chromatography - Polymer Base

CGC100x2

Polystyrénique Gel Cation fortement acide, 2% DVB cross-linking, 100 µm

CGC100x4

Polystyrénique Gel Cation fortement acide, 4% DVB cross-linking, 100 µm

CGC100x8

Polystyrénique Gel Cation fortement acide, 8% DVB cross-linking, 100 µm

CGC200x2

Polystyrénique Gel Cation fortement acide, 2% DVB cross-linking, 200 µm

CGC200x4

Polystyrénique Gel Cation fortement acide, 4% DVB cross-linking, 200 µm

CGC200x8

Polystyrénique Gel Cation fortement acide, 8% DVB cross-linking, 200 µm

CGC50x2

Polystyrénique Gel Cation fortement acide, 2% DVB cross-linking, 50 µm

CGC50x4

Polystyrénique Gel Cation fortement acide, 4% DVB cross-linking, 50 µm

CGC50x8

Polystyrénique Gel Cation fortement acide, 8% DVB cross-linking, 50 µm

Reversed Phase Chromatography

PCG1200C

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 100 - 200 µm, 300 - 500Å pores

PCG1200F

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 20 - 50 µm, 300 - 500Å pores

PCG1200M

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 50 - 100 µm, 300 - 500Å pores

PCG600C

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 100 - 200 µm, 75 - 150Å pores

PCG600F

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 20 - 50 µm, 75 - 150Å pores

PCG600M

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 50 - 100 µm, 75 - 150Å pores

PCG900C

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 100 - 200 µm, 150 - 300Å pores

PCG900F

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 20 - 50 µm, 150 - 300Å pores

PCG900M

Polystyrénique Macroporous adsorbent Non-functionalized Resin, 50 - 100 µm, 150 - 300Å pores

PCG950C

Polymethacrylic Macroporous adsorbent Non-functionalized Resin, 100 - 200 µm

PCG950F

Polymethacrylic Macroporous adsorbent Non-functionalized Resin, 20 - 50 µm

PCG950M

Polymethacrylic Macroporous adsorbent Non-functionalized Resin, 100 - 200 µm

Technologies de base

Types de produits

Adsorbant

Résine lit mélangé

Résine cationique faiblement basique

Résine anionique faiblement basique

les industries

Produits chimiques raffinés

Nourriture et boisson

Jus de fruit

Sucre

Édulcorant

Eau potable et de nappe

Enérgie

Nucléaire

Applications

Healthcare & Life Sciences

Biopharmaceuticals and Antibody Processing

Pharmaceutical

Medical Devices & Diagnostics

Nutraceuticals

Analytical Lab Testing and Screening

Purolite Corporation

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Amino Acid Production

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Overview

Amino Acid Production

Amino Acid Production | Produits par application