Claim · model-written summary
Among individual cytokinin treatments, 5.0 µM mT gave the highest shoot response of 92% in Salix tetrasperma.
Salix tetraspermaVerbatim
e0“Salix tetrasperma using mature nodal explants”
e1“Among individual cytokinin treatments, 5.0 µM mT resulted highest response of 92%”
Title
Zubair Altaf Reshi; Fohad Mabood Husain; Mehrun Nisha Khanam; et al. BMC Plant Biology 2025. doi:10.1186/s12870-025-06095-8
Other claims from this paper (14)
- Intervention effect Five micromolar mT gave the maximum number of shoots per explant (11.6) in Salix tetrasperma after 12 weeks.
- Observation Five micromolar mT gave a shoot length of 4.5 cm in Salix tetrasperma after 12 weeks.
- Observation Synergistic mT and NAA treatment increased proliferation to 21.3 shoots per explant in Salix tetrasperma.
- Observation The highest number of roots per shoot in Salix tetrasperma was obtained with 0.5 µM IBA.
- Observation Rooting frequency of Salix tetrasperma was maximal (97%) with 0.5 µM IBA.
- Observation Mean root length of Salix tetrasperma was 5.7 cm with 0.5 µM IBA.
- Observation Rooted Salix tetrasperma plantlets had a survivability rate of 86% when transferred ex vitro.
- Observation Photosynthetic attributes of Salix tetrasperma declined gradually during the initial weeks of acclimatization.
- Observation Photosynthetic attributes of Salix tetrasperma improved significantly as growth proceeded during acclimatization.
- Observation Leaves of in vitro-derived Salix tetrasperma differ ultra-morphologically from in vivo-derived leaves.
- Observation In vitro-raised Salix tetrasperma plantlets showed differential antioxidant activity during acclimatization.
- Observation The leaf extracts of Salix tetrasperma contained a broad spectrum of phytochemical compounds, in both donor plants and in vitro derived plantlets.
- Observation No polymorphism in the banding pattern was found among regenerated Salix tetrasperma plants with SCoT primers.
- Intervention effect Meta-Topolin (mT) was more effective than BA and Kn in regeneration of S. tetrasperma.