Latest Propagation Tutorials

How to Propagate Chimonanthus praecox
Winter’s Delight: How to Propagate Your Own Chimonanthus praecox The Chimonanthus praecox, also known as the Wintersweet, is a captivating…
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How to Propagate Gonospermum gomerae
From One to Many: Propagating the Striking Gonospermum Gomerae The Gonospermum gomerae, with its feathery foliage and clusters of delicate…

How to Propagate Prunus fremontii
From Seed to Sprout: Propagating the Majestic Fremont Cottonwood The Fremont Cottonwood (Prunus fremontii) is a commanding presence in the…

How to Propagate Phedimus obtusifolius
From One to Many: Propagating the Robust Stonecrop, Phedimus obtusifolius Phedimus obtusifolius, also known as the “broadleaf stonecrop” or “live-forever,”…

How to Propagate Trichomanes ankersii
Unraveling the Magic of Trichomanes ankersii: A Guide to Propagation Have you ever laid eyes on the ethereal beauty of…

How to Propagate Astragalus akkensis
Unveiling the Secrets of Astragalus akkensis Propagation: A Guide for Beginners Astragalus akkensis, also known as the “Akka Astragalus,” is…
Tissue Culture
MoreChee’s Orchid Medium (C)
Chee’s Orchid Medium (C): A Critical Tool for Orchid Tissue Culture Tissue culture is a vital technique in plant science,…
CIM (Callus Induction Medium)
Understanding the Role of Callus Induction Medium (CIM) in Plant Tissue Culture Plant tissue culture is a revolutionary technique used…
Plant tissue culture media and practices: an overview
This review presents an overview of the culture media and practices used in plant tissue culture and developmental biology. The compositions of the most commonly used basal media, especially Murashige and Skoog (MS) and modified MS (MMS), Gamborg’s B5 medium and B5 modifications, Woody Plant Medium (WPM), and Driver and Kuniyuki Woody plant medium (DKW) are discussed, along with typical basal medium manipulations to elicit and support various developmental responses. The most commonly used plant growth regulators and their applications to promote various developmental responses are examined, along with a presentation of the classical phytohormone developmental models for organogenesis and somatic embryogenesis. Elaborated developmental models for both organogenesis and somatic embryogenesis, with emphasis on discrete developmental steps, occasional need for multiple manipulations in culture to achieve a single developmental step, and identification of responsive tissue types in mixed cultures are explored. It is hoped that the information presented here will lead to a deeper understanding of basic tissue culture responses and will assist the reader in the decision-making process by identifying appro- priate media and culture conditions for a particular species or application, or by providing a suitable starting point, should further customization be required.



















