Buddha Seeds works on the stabilization and improvement of cannabis genetics and especially bases its efforts on the production of the best autoflowering plants.
Caring above all about the quality and not about the quantity Buddha Seeds has become in a very short time a world reference.
Each of our varieties was made with great effort and dedication, to offer a different and innovative result, capable of satisfying the needs of the most
In Buddha Seeds we look for specific varieties for the creation of crosses, with special characteristics of each one of these trying to fix from one generation to another the frequency of genes that have the best phenotypic expressions.
|Buddha Seeds employs cutting-edge techniques to achieve the best results. To do this, we spare no effort and work with a qualified group composed of agronomists from the Polytechnic University of Valencia, as well as biologists who carry out research and development tasks; this has allowed us to position ourselves thanks to our advanced technologies as a benchmark in the sector.
We develop varieties to offer you the best phenotypes of the market; that is why we are increasingly appreciated by the general public and requested by other banks to collaborate in the development of their varieties.
|Thermocyclers||In vitro culture|
|At Buddha Seeds we have developed a methodology that allows us to characterize the genes that encode the enzymes responsible for the synthesis of cannabinoids.
Thanks to these technologies we can analyze the genome of newly planted seedlings and predict the profile of cannabinoids that they will synthesize in adult stage.
This is a great advantage for the improvement program that we are carrying out, in which we choose the chemotype of our commercial cannabis varieties.
We employ cutting-edge techniques such as: the selection assisted by molecular genetic markers, the analysis of cannabinoids and terpenes by gas chromatography with flame ionization detector, the propagation and maintenance of in vitro genetics, the creation and characterization of polyploid individuals, with the aim of obtaining individuals with a great vegetative strength and a high level of cannabinoids