What We Test For

 The aim is to measure the levels of major cannabinoids, such as THC  (tetrahydrocannabinol) and CBD (cannabidiol), as well as other minor  cannabinoids, to assess the overall potency and chemical composition of  the cannabis product. 

 We perform analysis and assessment of hemp plant samples to ensure they meet  the regulatory requirements and standards set forth for industrial hemp  cultivation and production. 

 By conducting phenohunting, aim to discover exceptional  genetic traits and phenotypes that exhibit desirable qualities such as  potent cannabinoid profiles, appealing terpene profiles, or high yields. 

 CBGa (cannabigerol-acid) is a cannabinoid that is present in cannabis plants,  and it can provide some indications for determining the optimal time to  harvest. Like other cannabinoids, CBGa undergoes changes in concentration  throughout the plant's growth cycle. Initially, CBGa levels are higher  in the early stages of flowering and gradually decrease as the plant  matures and other cannabinoids like THCa and CBDa increase. Therefore,  monitoring the CBGa levels can provide insight into the plant's  development and help identify the ideal harvest window.  

  Incorporate data-driven approaches, such as monitoring and analyzing  plant metrics, environmental parameters, and feedback from plants, to  fine-tune cultivation practices and make informed adjustments for  continuous improvement. The ultimate goal of grow optimization is to  achieve higher yields, improve the quality of the harvested plants,  reduce costs, and maximize overall productivity in a sustainable and  efficient manner.