plant bio
Endless Potential
REPOSITORY
We know the importance of having a repository of clean stock of your proprietary genetics or key commercial varieties. We’ve seen a commercial launch totally unravel when a virus was detected in a critical variety. Don’t let this happen to you! We keep your genetics safe by storing tissue culture stock in our lab.
At Dangy Dank, we don’t have minimum cultivar requirements like most tissue culture production labs. Rather, we partner with you to keep your varieties in our lab for a monthly fee. This stock is available to you any time you want to replenish your growing facility with clean material. We keep your varieties confidential, so you can be sure that your stock is yours and yours alone. With our barcoding system, you can have confidence that once in the lab, we will maintain its varietal integrity. We also maintain our stock with as few hormones as possible, keeping the multiplication rates low and reducing the risk of genetic drift.
There are so many viruses and diseases out there in the landscape, don’t gamble with your crucial varieties. Let us give you peace of mind from always having a back up in tissue culture with Dangy Dank.
HYBRID CANNABIS
Hybrid cannabis strains are made by crossbreeding different types of cannabis plants to create a new and unique variety. This breeding technique involves selecting parent plants with specific desirable traits and crossing them to create offspring that inherit those traits. One of the benefits of creating hybrid strains is the ability to combine the best qualities of different strains. This can result in increased potency, unique flavors, and desired effects. Some popular hybrid strains include Girl Scout Cookies, Blue Dream, and Sour Diesel. When creating your own hybrid strains, it is important to start with healthy parent plants and have a clear idea of the desired traits and effects. Experimentation is key, as not all crossbreeds will be successful. It is also important to document the breeding process to keep track of successful combinations and to avoid repeating unsuccessful ones. To maximize success in creating hybrid strains, consider factors such as the type of cannabis being bred, the environment in which the plants are grown, and the timing of pollination. It is recommended to stick to simple crossbreeding techniques when starting out, and gradually move on to more advanced methods as experience is gained. One of the most exciting aspects of cannabis breeding is the opportunity to create plants with desired traits. Whether you’re looking for high THC content, unique flavors, or resistance to pests and diseases, selective breeding can help you achieve your goals. When breeding for specific traits, it’s important to keep detailed records of each breeding experiment. This will help you track genetic expression and identify successful pairings for future breeding projects. One common strategy for breeding for desired traits is to use test crosses. This involves breeding two plants with different characteristics to determine which traits are dominant and which are recessive. By carefully selecting which offspring to breed in subsequent generations, you can gradually breed out undesirable traits while strengthening desirable ones. Another effective technique is backcrossing. This involves crossing a desired plant with one of its own offspring to reinforce desired traits. For example, if you have a plant with high THC content but poor yield, you can backcross it with one of its offspring that has a higher yield. This will help preserve the high THC content while improving yield. Finally, some breeders use advanced techniques like line breeding to develop stable strains with consistent characteristics. This involves breeding closely related plants over multiple generations to create a more uniform genetic profile.
TISSUE CULTURE
We have extensive experience and a proven technology system in plant tissue culture. As experts in the field of plant tissue culture, we provide only the highest quality plant tissue culture services to our clients, including but not limited to virus-free seedlings, tissue culture solutions, and a diverse range of products.
We have created a comprehensive system in plant tissue culture, covering hundreds of families and genera of plant tissue culture and related content. You can rely on the quality of our services, where you can find a wide range of tissue culture-ready plant species and we can do everything from plant detoxification to high-volume seedling production.
Plant tissue and cell culture describes the sterile growth and multiplication of plant cells, tissues, and organs in vitro. Plant cells cultured with nutrient media in an artificial environment can be clonally propagated at scale, to more quickly produce mature and disease-free plants. High-quality, uniform planting materials can be rapidly propagated for applications in molecular genetic engineering, plant breeding, horticultural production, and environmental conservation. Such materials can also be used for plant science, phycology, and pharmaceutical research.
In many common plant cell culture processes such as seed culture, meristem culture, callus culture, bud culture, and another culture, tissues are placed on a gel substrate such as Murashige and Skoog (often called MS media, MSO, or MS0) or Gamborg B5 medium. Tissues may also be placed into a liquid medium, as is the case with cell suspension culture. The plant culture media formulation may include macronutrients, micronutrients, vitamins and organic supplements, amino acids and nitrogen supplements, plant growth hormones and plant growth regulators (PGRs), and will vary depending on specific plant needs.
Recent developments in bioengineering and plant science have advanced plant tissue and cell culture processes.
