Interxylary phloem and xylem rays are the structural foundation of agarwood resin formation in the stems of Aquilaria sinensis

Author:

Liu PeiweiORCID,Zhang Xingli,Yang Yun,Sui Chun,Xu Yanhong,Wei Jianhe

Funder

Hainan provincial Key Scientific and Technological Research and Development Special Project

National Natural Science Foundation of China

Ten Thousand Talent Program

CAMS Innovation Fund for Medical Sciences

Publisher

Springer Science and Business Media LLC

Subject

Plant Science,Ecology,Physiology,Forestry

Reference24 articles.

1. Adams SJ, Manohara TN, Krishnamurthy KV, Kumar TS (2016) Hitochemical studies on fungal-induced agarwood. Indian J Plant Sci 5(1):102–110

2. Carlquist S (2013) Interxylary phloem: diversity and functions. Brittonia 62(1):477–495

3. Chong SP, Abdul-rahim K, Awang MR (2014) Histology study of Aquilaria malaccensis and the agarwood resin formation under light microscope. J Agrobiotechnol 5:77–83

4. Cites (2004) Amendments to appendices I and II of cites. In: Proceedings of thirteenth meeting o the conference of the parties, Bangkok, Thailand.

5. Elias MF, Ibrahim H, Wan RM (2017) A review on the malaysian Aquilaria species in karas plantation and agarwood production. Int J Acad Res BUSI 7(4):1021–1029

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