WPM Basal Salts (Modification 4)

 WPP04 WPM Basal Salts (Modification 4) also known as Woody Plant Medium which contains macronutrients, micronutrients, and vitamins serve as a comprehensive medium for supporting plant tissue culture and propagation. Vitamins are essential in plant growth and development, acting as cofactors in various metabolic reactions and contributing to overall plant health.

When using a formulation of WPP04 WPM Basal Salts (Modification 4) in plant tissue culture, the medium can be beneficial for the propagation of a variety of woody plant species. Some specific plants that may respond well to this medium for tissue culture purposes include:

1. Orchids: Orchids are commonly propagated through tissue culture techniques, and the addition of essential vitamins to the medium can support their growth and development.

2. Bamboo: Various species of bamboo can benefit from the balanced nutrient composition provided by WPP04 for successful tissue culture propagation.

3. Conifers: Coniferous tree species like pines, spruces, and firs may thrive in a vitamin-enriched medium like Lloyd & McCown’s WPM for tissue culture applications.

4. Medicinal plants: Medicinal herbs and plants, such as ginseng, lavender, and mint, can be effectively propagated using a nutrient-rich medium containing vitamins like WPM.

5. Rare and endangered species: Rare or endangered woody plant species that require specialized care and nutrient support for propagation may benefit from a medium that includes vitamins along with macronutrients and micronutrients.

By providing a comprehensive blend of macronutrients, micronutrients, and vitamins, WPP04 WPM Basal Salts (Modification 4) can create an optimal environment for the growth and multiplication of plant tissues in vitro. This medium can help researchers, horticulturists, and plant biotechnologists successfully propagate and regenerate a diverse range of woody plant species through tissue culture techniques. For specialized applications please consult an expert for use and specifications. Results may vary.