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- W4284698759 abstract "Cacti are one of the most significant and diversified groups of angiosperms, distributed and cultivated globally, mostly in semi-arid, arid, and the Mediterranean climate regions. Conventionally, they are propagated by seeds or through vegetative propagation via rooted offshoots or grafting. However, these multiplication procedures remain insufficient for mass propagation. In vitro culture techniques are utilized to mass propagate endangered and commercial cacti species. These include somatic embryogenesis and plant regeneration through indirect or direct organogenesis. The latter is a promising tool for commercial clonal propagation of high-value species and has been successfully implemented for several species, such as Mammillaria, Hylocereus, Cereus, Echinocereus, and Ariocarpus. However, its success depends on explant type, basal nutrient formulation of culture medium, and types and concentrations of plant growth regulators. This study aimed to assess the potential of in vitro propagation methods applied to cacti species and discuss the different factors affecting the success of these methods. This study has also highlighted the insufficient work on Opuntia species for mass propagation through axillary buds' proliferation. The development of an efficient micropropagation protocol is thus needed to meet the supply of increasing demand of Opuntia species for human consumption as fruit, animal feed, and ecological restoration in semi-arid and arid zones." @default.
- W4284698759 created "2022-07-08" @default.
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- W4284698759 date "2022-07-07" @default.
- W4284698759 modified "2023-09-30" @default.
- W4284698759 title "Micropropagation of Opuntia and Other Cacti Species Through Axillary Shoot Proliferation: A Comprehensive Review" @default.
- W4284698759 cites W1463998504 @default.
- W4284698759 cites W1724718207 @default.
- W4284698759 cites W1903661608 @default.
- W4284698759 cites W1967737180 @default.
- W4284698759 cites W1969004525 @default.
- W4284698759 cites W1969689468 @default.
- W4284698759 cites W1971508532 @default.
- W4284698759 cites W1973605367 @default.
- W4284698759 cites W1975112312 @default.
- W4284698759 cites W1975616511 @default.
- W4284698759 cites W1979468596 @default.
- W4284698759 cites W1987076093 @default.
- W4284698759 cites W2001781300 @default.
- W4284698759 cites W2025919191 @default.
- W4284698759 cites W2026399068 @default.
- W4284698759 cites W2049810950 @default.
- W4284698759 cites W2055867651 @default.
- W4284698759 cites W2056779662 @default.
- W4284698759 cites W2061971442 @default.
- W4284698759 cites W2076251572 @default.
- W4284698759 cites W2076859688 @default.
- W4284698759 cites W2081478367 @default.
- W4284698759 cites W2094041708 @default.
- W4284698759 cites W2102166628 @default.
- W4284698759 cites W2103398091 @default.
- W4284698759 cites W2112429546 @default.
- W4284698759 cites W2116699052 @default.
- W4284698759 cites W2118284541 @default.
- W4284698759 cites W2121970993 @default.
- W4284698759 cites W2127283729 @default.
- W4284698759 cites W2129491387 @default.
- W4284698759 cites W2133716280 @default.
- W4284698759 cites W2136768572 @default.
- W4284698759 cites W2145328001 @default.
- W4284698759 cites W2147221593 @default.
- W4284698759 cites W2152974844 @default.
- W4284698759 cites W2157148429 @default.
- W4284698759 cites W2162387496 @default.
- W4284698759 cites W2175183950 @default.
- W4284698759 cites W2182322093 @default.
- W4284698759 cites W2187489822 @default.
- W4284698759 cites W2188177493 @default.
- W4284698759 cites W2287568626 @default.
- W4284698759 cites W2301402449 @default.
- W4284698759 cites W2323554199 @default.
- W4284698759 cites W2504562532 @default.
- W4284698759 cites W2558468931 @default.
- W4284698759 cites W2589203096 @default.
- W4284698759 cites W2589355846 @default.
- W4284698759 cites W2590977438 @default.
- W4284698759 cites W2604711358 @default.
- W4284698759 cites W2605587754 @default.
- W4284698759 cites W2607413342 @default.
- W4284698759 cites W2609121662 @default.
- W4284698759 cites W2689696048 @default.
- W4284698759 cites W2755671686 @default.
- W4284698759 cites W2781879941 @default.
- W4284698759 cites W2782121510 @default.
- W4284698759 cites W278307813 @default.
- W4284698759 cites W2797806521 @default.
- W4284698759 cites W2809074802 @default.
- W4284698759 cites W28763698 @default.
- W4284698759 cites W2898286262 @default.
- W4284698759 cites W2911877025 @default.
- W4284698759 cites W2959779590 @default.
- W4284698759 cites W3004535475 @default.
- W4284698759 cites W3018352998 @default.
- W4284698759 cites W3041388775 @default.
- W4284698759 cites W3133749637 @default.
- W4284698759 cites W3144195360 @default.
- W4284698759 cites W3155406960 @default.
- W4284698759 cites W3194952513 @default.
- W4284698759 cites W3201575530 @default.
- W4284698759 cites W3202194576 @default.
- W4284698759 cites W4205588700 @default.
- W4284698759 cites W4210291840 @default.
- W4284698759 cites W4210723412 @default.
- W4284698759 cites W4213196029 @default.
- W4284698759 cites W4239172721 @default.
- W4284698759 cites W52346614 @default.
- W4284698759 doi "https://doi.org/10.3389/fpls.2022.926653" @default.
- W4284698759 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35873968" @default.
- W4284698759 hasPublicationYear "2022" @default.
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