In Vitro
Micropropagation
Unlocking Growth of Endangered Plant Species through Meristem In Vitro Micropropagation Technique
Welcome to In Vitro Microplants, a laboratory based in Aberdeenshire, United Kingdom.
We are dedicated to the cutting-edge practice of in vitro micropropagation, specialising in the advanced methodology of employing apical and axillary meristems from buds.
Operating within a meticulously controlled and sterile environment, we successfully regenerate endangered plant species from meristems and embryos using tissue culture method ensures that the plants thrive under optimal conditions throughout the entire initial process.
Moreover, all our microplants undergo rigorous testing and certification by the Scottish Government's Plant Health Certification Scheme. This scheme guarantees that our microplants meet the highest standards and are free from any viral pathogens.
We take immense pride in our commitment to preserving endangered plant species and delivering top-quality microplants.
Leading the Way in Plant Tissue Culture Technology
Our innovative process enables us to produce a large number of genetically identical microplants, providing efficient and sustainable solutions for plant propagation.
With utmost care, we meticulously select suitable plant species and masterfully executes the precise steps required to ensure the successful development of robust and healthy microplants.
Partnering with Royal Botanic Garden in Edinburgh
We are proud to support the Royal Botanic Garden in Edinburgh with our expertise. Through our innovative techniques in meristem grow microplants, we contribute to the conservation and preservation efforts of the Royal Botanic Garden, ensuring the sustainability of botanical species for future generations.
Mole HVAC Equipment Ltd efficiently operates and oversees the management of In Vitro Microplants company, ensuring seamless integration and effective execution of business operations. 21 Kingsgate, Stonehaven, AB39 2FL, Scotland / Registered in Scotland no. 346591 / VAT No. GB938817281
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