Sickle Cell

Simplify your sickle cell testing.

With our sickle cell products, your laboratory can establish a quality control program for whole blood in vitro diagnostic testing methods. Our sickle cell line is composed of stabilized human red blood cells and can be handled in the same manner as a patient specimen.

Streck SICKLEDEX Hemoglobin S solubility testing kit

Sickle-Chex sickle testing whole blood control

Sickle-Chex®

Sickle-Chex is a positive and negative whole blood control available for use with sickle cell screening tests…

View product

SICKLEDEX sickle solubility test kit

SICKLEDEX®

A qualitative solubility test that can detect the presence of sickling hemoglobin in human blood samples within 6 minutes…

View product

Want to learn more about Streck sickle products or start your order?

Fill out this form and one of our product experts will be in touch.

Information on the use of your data can be found in our privacy policy.


The latest from the blog

A digital illustration depicting two light gray, spiky cell-like structures with blue dots scattered on their surface. The cells are positioned on a dark background with numerous small, white dots, resembling stars. In the center of the image, a blurry, ribbon-like streak of orange and purple hues creates an aurora-like effect. This image likely represents a microscopic view of cells in a stylized, artistic manner.
Stabilization

Blast off! Your guide to successful assay development

Developing a liquid biopsy assay can feel like a journey into uncharted territory, but with the right guidance, it’s a mission you can accomplis…
Read More
enterobacteriaceae
Molecular

Researchers deem Streck ARM-D Kit effective

In work recently published in the Journal of Global Antimicrobial Resistance, a team of researchers shared the results of a years-long study of Streck…
Read More
Molecular

How can wastewater predict the future?

In healthcare, antimicrobial resistance (AMR) is a constantly growing issue – but it’s not a new one. For several years, scientists have cautioned…
Read More