Look­ing for exam­ples of our anti­bod­ies and pro­tein stan­dards in action?  Here are just some of the recent peer-reviewed pub­li­ca­tions using Envi­ron­men­tal Pro­teomics prod­ucts: Humby et al. (2013). Con­di­tional Senes­cence in Chlamy­domonas rein­hardtii (Chloro­phyceae) Li et al. (2013). Ris­ing CO2 Inter­acts with Growth Light and Growth Rate to Alter Pho­to­sys­tem II Pho­toin­ac­ti­va­tion of the Coastal Diatom […]

The Use: Global anti­bod­ies reli­ably mea­sure the lev­els of key pro­teins even in unchar­ac­ter­ized species or mixed com­mu­ni­ties. (PDF poster show­ing exper­i­men­tal results on phy­to­plank­ton). The Ben­e­fit: Global anti­bod­ies are raised against pep­tides con­served in the tar­get pro­teins across a range of species. This intel­li­gent design gen­er­ates anti­bod­ies with quan­ti­ta­tive tar­get recog­ni­tion across a defined […]

  Envi­ron­men­tal Pro­teomics began in 2004 when sev­eral sci­en­tists rec­og­nized the need for high qual­ity anti­bod­ies in non-mammalian sys­tems. Located on a beau­ti­ful unvier­sity cam­pus in charm­ing New Brunswick, Canada, Envi­ron­men­tal Pro­teomics strives to enhance the work that envi­ron­men­tal researchers are doing all over the world. Our team of five sci­en­tists design, val­i­date and promote […]