Agrisera blog

Many of Agrisera antibodies have a wide range of reactivity - in total covering few hounderds of different species including di, monocots, ferns, mosses, algae and diatoms. Majority of our antibodies are developed to 7-15 amino acid sequences which are carefully chosen to allow multi-species detection (see our Antibody Production Guide). Such wide reactivity is however not always possible, depending upon which protein part is targeted.

Therefore, our product information sheets are including information about confirmed (based on experimental data) and predicted reactivity (based on sequence conservation). In cases when you are not certain or your species is not listed on our product information sheet - please contact us providing a protein sequence you aim to detect in your assay and information in what assay you are planning to use our antibody. Some antibodies will not work in techniques which require binding to a native and exposed part of a protein.



Following those links, you can find out which of Agrisera antibodies are reacting with chosen model species: Arabidopsis thaliana | Chlamydomonas reinhardii | cyanobacteria | Conifers | diatoms | Glycine max | Hordeum vulgare | Medicago truncatula | Nicotiana tabacum | Oryza sativa | Phaseolus vulgaris | Physcomitrella patens | Pisum sativum | Populus sp. | Solanum lycopersicum | Solanum tuberosum | Spinacia oleracea | Triticum sp. | Zea mays | Vitis vinifera | Search an antibody by species reactivity here.

Last week's PSL Alliance published "Research Antibody Market Report" in association with Antibodypedia. As you can see in the table prepared in the report, Agrisera's growth based on publication record places us between large companies on the world antibody market. We continue to work hard to provide the community with high quality, well validated primary and secondary antibodies.



The PSL Alliance is a new network for SMEs supplying reagents for research use only. The aim of the Alliance is to help promote manufacturers of high quality products.