Monday, April 26, 2021

New Rearing Method Allows For Better Production Predatory Mite

BioPersi+ addition to the Biobee arsenal

Going against all odds, the scientific literature, and decades of practical recorded experience, a BioBee R&D team headed by R&D Entomologists Arnon Tabic and Tom Katz, developed a new technology for the predatory mite Phytoseiulus persimilis.

Traditional P. persimilis products are based on behavioral manipulation: the predatory mite is starved (at least partially) prior to harvest. As a result, it takes longer for the predatory mites to establish and start reproducing. The new product BioPersi+ arrives satisfied and physiologically stronger, thus able to seek and control hot spots faster and start laying eggs on the same day of application. BioPersi+ is produced using a new alternative food system which gives the persimilis key advantages. Additionally, although slow-release products of generalist predatory mites, such as sachets, have been available for some time, no such product was possible with P. persimilis. BioBee’s new technology makes the slow-release option of P. persimilis feasible. The BioPersi+ slow-release products are expected to be launched later in the 2021 year.

Another important difference is the age structure of the population. Whereas the traditional BioPersimilis product contains mainly adults, BioPersi+ product contains all the developmental stages of the mite (adults, juveniles, and eggs). This diversity creates a continuity of active mites in the greenhouses; assuring longer, uninterrupted spider mite control.

BioPersi+ Advantages

  • White to red color change confirms active predation.
  • Higher egg laying ability then traditional persimilis: females lay over 19 eggs within 5 days, under positive conditions.
  • Better searching ability and control of hot spots.
  • Diversity of life stages for longer prevention.
  • Slow Release methods (Available later in the 2021 Year
Above: In a trial observing how many persimilis individuals made it to their targets, the new Persi+ outperformed the conventional persimilis product.


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