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Teak cloning C013 / 4604
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Teak cloning C013 / 4604
Teak cloning, YSG Biotech, Sabah, Malaysia. The teak plantlets are prepared for shipping by trimming tissue callus and placing them in a strile container
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9196535
© LOUISE MURRAY/SCIENCE PHOTO LIBRARY
Biotechnology Borneo Clean Clones Cloning Conditions Forestry In Vitro Malaysia Micropropagation Packing Propagation Sabah Sapling Seedling Sterile Teak Tectona Grandis Tissue Culture Working Ysg Biotech Horticultural Plantlet
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EDITORS COMMENTS
This print captures the meticulous process of teak cloning at YSG Biotech in Sabah, Malaysia. In this image, dedicated researchers are seen working diligently to prepare teak plantlets for shipping. The scientists carefully trim tissue callus from the plants and place them in a sterile container, ensuring their cleanliness and viability. The significance of this moment lies in the vital role that these plantlets play in forestry and horticulture industries across Asia. Teak, scientifically known as Tectona grandis, is a highly valued tree species renowned for its durability and beauty. Through innovative techniques like micropropagation and tissue culture, biotechnologists at YSG Biotech aim to produce genetically identical clones of superior teak specimens. The controlled environment depicted here showcases the utmost importance given to maintaining sterile conditions during the cloning process. The laminar flow cabinet visible in the background ensures that no external contaminants interfere with the delicate procedure. This photograph not only highlights cutting-edge research but also emphasizes how science contributes to sustainable practices by enabling large-scale propagation of high-quality teak saplings. By harnessing biotechnology advancements, such as tissue culture methods employed by YSG Biotech's experts, we can meet growing demands for timber while conserving natural forests. Louise Murray's skillful capture invites us into this realm where biology meets technology—a world where scientific innovation fuels progress towards greener futures without compromising biodiversity or ecological balance.
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