Status:
Advanced ReviewerMember since: 2020
Organization: Madras veterinary college
Excellent.
Application Area: Genomic assays and cancer diagnosis
"It's very useful for early diagnosis and making treatment plans."
Status:
ReviewerMember since: 2020
Organization: Brigham and /women's Hospital
I use this machine almost every week and am very happy with my results.
Application Area:Real time metabolic assays with human cells
"The Seahorse xFP analyzer is the mini version and uses a 8 well assay format which is ideal for small samples. In translational research when all the samples are not available at the same time and the assays needs fresh cells this little table top instrument is just perfect. I am able to run my samples as soon as I receive these. I avoid a freeze-thaw cycle which has a high impact on the real time metabolic assays. I deal for my work. Results are reproducible and it is easy to work with. There is a lot of very relevant information as well on the website and the technical support is also great."
Status:
ReviewerMember since: 2019
Organization: Wake Forest University
Support is amazing!
Application Area:ATP metabolism
"First of all, Manish is a god send. He really loves helping everyone and is highly experienced in everything related to Seahorse analyzers. He is simply amazing!"
The role of energy metabolism in numerous cellular and physiological processes, from cardiovascular function to the immune response, is well established. Many diseases are now linked to metabolic dysfunction or reprogramming. To determine a complete picture of cellular and disease systems, functional metabolic data is needed.
The Seahorse XFp Analyzer is a compact and easy-to-use bench top instrument for analyzing energy metabolism in live cells. Its novel 8-well miniplate format is ideal for use in pairwise comparison assays, as well as for use with primary cells and other precious samples.
Built on proven XF technology, the Seahorse XFp Analyzer makes it easy to incorporate standard functional metabolism measurements into your research.