GET A QUOTE

Bone & Mineral Metabolism Elisa Kits

We provide a number of bone and mineral metabolism ELISA kits that are designed to measure the activity of several hormones for example: osteocalcin, parathormone (PTH) and vitamin D. The many diseases that are known to be affected by these hormones can encompass a wide range of skeletal and soft tissue disorders. Bone and mineral metabolism research topic read more.

Undercarboxylated Osteocalcin ELISA Kit (ucOC)

• Reactivity: Human
• Sensitivity: 0.094 ng/ml
• Range: 0.156 – 10 ng/ml
• Sample: Tissue Homogenates, Plasma, Serum, Biological Fluids
• Target: ucOC, Undercarboxylated Osteocalcin

View Product → Enquire ✉

Vitamin D3 Receptor ELISA Kit (VDR)

• Reactivity: Human
• Sensitivity: 0.375 ng/ml
• Range: 0.625 – 40 ng/ml
• Sample: Tissue Homogenates, Plasma, Serum, Biological Fluids
• Target: VDR, Vitamin D3 Receptor, Nuclear Receptor Subfamily 1 Group I Member, 25-Dihydroxyvitamin D3 Receptor, Vitamin D Receptor, Vitamin D1

View Product → Enquire ✉

Page 2 of 212

TESTIMONIALS arrow icon

You are my first point of contact when I am looking to purchase ELISA. You have such an easy and simple system, yet it is very effective.

A. Shaw
Purchasing / University of Oxford

I carried out a pilot study comparing the performance of many ELISA assay's from different suppliers and found your kits to be one of the better performers. We observed good linearity and tight replicates.

Dr. C. Davies
Lead Scientists / AstraZeneca

It is refreshing to know that you have a technical team that is very knowledgeable. I have already recommended your company to other researchers in our department.

Dr. P. Anderson
Lecturer / University College London (UCL)

I am a first time user and found that your instruction manual was very easy to follow. The insulin ELISA assay performed well and I was happy with the results that were generated.

J. Thomas
Senior Technician / Addenbrooke’s Hospital

Your secretory IgA ELISA gave good results and I was also really impressed with how quickly we received it.

L. Johnston
PhD Student / University of Glasgow