Cryogenic Tubes

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Designed for short- and long-term storage of samples and cells. Vials are made from virgin polypropylene resin for purity, clarity, and consistency.

Cryo.s&trade Biobanking Tubes represent perfect solutions for the space-efficient storage of biological samples in large-scale biorepositories.

Retention Mechanism: Normal phase (charge-transfer) Sample Matrix Compatibility: Organic solvents, oils, and lipids Developed for the fractionation of FAMEs based on degree of unsaturation, and for the resolution of cis/trans isomers. Silver

Retention Mechanism: Reversed-phase Sample Matrix Compatibility: Aqueous or methanolic solutions Polyamide Resin: Particle Size: 50-160&#956m, Surf pH: 4.5-7.