Small molecule detection made easier using Fluorescence Anisotropy technique

9th July 2019
Traditionally, immuno-fluorescence polarization-based assays are used to detect small molecules by using antibodies and fluorescently labelled small-molecules. However, the assays do meet limitations such as complex antibody preparation, cost, and most importantly stability. Also the preparation of fluorescently labelled small molecules is challenging. The use of aptamers overcomes the limitations and brings new […]

  • An Aptamer Group robot performing aptamer selection.

Our Small Moleule Approach

25th June 2019
Small molecule targets (such as antibiotics, many drugs, toxins, food additives etc) are often perceived as difficult targets to obtain a suitable affinity ligand. They represent a challenge for traditional aptamer selection approaches which rely on immobilisation of the target molecule for efficient partitioning. Modification of the small molecule to facilitate immobilisation often […]

Aptamers used to enhance a commercially available biosensor for hormone monitoring

22nd June 2018
Introduction:

Changes in hormone levels can be key indicators to a variety of issues, examples include testosterone levels in general health and well being(1) and diagnosing Cushing’s disease involving the steroid cortisol (2). While these small molecules and others are well documented and their role in health and disease is becoming better understood, researchers […]

  • A diagram of the lateral flow mechanism

Lateral Flow Assays

12th September, 2017
Aptamer Applications: Using Aptamers in Lateral Flow Assays
There is a growing need for easy to use, point of care tests. A technology where aptamers can be used to achieve this is in lateral flow assays. A lateral flow assay is a method of detecting the presence (or absence) of an analyte without complicated […]