The monocot OsNCED3 gene was shown to alter leaf shape and regulate the development of vascular bundles in Arabidopsis (Hwang et al. 2010).
Recent public anxiety about nosocomial infection has led to increased political interest, with mandatory surveillance of infection rates, setting targets for reduction, and development of 'care bundles' – packages designed to ensure compliance with several different control measures.
Recent public anxiety about nosocomial infection has led to increased political interest, with mandatory surveillance and publication of infection rates, financial incentives to reduce infections, and development of 'care bundles' – packages designed to ensure compliance with several different control measures.
Cytokinins regulate the development of vascular bundles in inflorescence stems of Arabidopsis thaliana via the AHK2 signaling pathway [ 38].
Together, our results demonstrate that normal formation and trafficking of this complex are required for proper function of the common secretory pathway and subsequent development of hair bundles.
Of the two genes, Os04g0615000 is identical to NAL1 (NARROW LEAF1), the gene regulating the development of vascular bundle in previously reported (Qi et al. 2008).
With simple examples, possibility of development of advanced bundled software, which allows updating the spacecraft design in real-time mode, is demonstrated.
One of them was NAL1 (Os04g0615000) regulating the development of vascular bundle which may be involved in polar auxin transport (Qi et al. 2008) and contributed to grain yield (Fujita et al. 2013; Xu et al. 2015).
However, the desire to control rotational instability (demonstrated clinically with the pivot-shift) brought about the development of double-bundle reconstructions and, now, increased interest in extra-articular reconstruction [5, 8, 9].
Previously, researches considered that NAL1 (Os04g0615000) regulating the development of vascular bundle played its role in leaf morphogenesis by regulating polar auxin transport, and plays a regulatory role in the development of plant type in rice (Qi et al. 2008; Fujita et al. 2013).
