Detailed observations in loss-of-function mutants revealed that TDIF-TDR-WOX4 signaling plays a crucial role in the maintenance of the vascular meristem organization during secondary growth. The indeterminate nature of plant growth and development depends on the stem cell system found in meristems.

The Tascam Digital Interface[1] (TDIF) is a proprietary format connector defined by TASCAM that is unbalanced and uses a 25-pin D-sub cable to transmit and/or receive up to eight channels of digital audio between compatible devices.

2015年12月1日 · TDIF signaling diverges into WOX4-mediating and GSK3s–BES1-mediating pathways. TDIF and other signaling pathways crosstalk to regulate vascular stem cell fate. TDIF signaling also regulates lateral organ development. Plant growth and development are coordinately controlled by intercellular signaling molecules.

2020年5月29日 · TDIF and TDIF-like peptides in excess simultaneously facilitate primary root elongation and lateral root formation through regulating auxin distribution and transport. Tracheary element differentiation inhibitory factor (TDIF) plays key roles in mediating cell-cell communication and stem cell mainte …

2010年8月20日 · This study shows that the TDIF signal from the phloem plays a crucial role in the maintenance of vascular stem cells via two independent pathways: WOX4-ind

2015年9月28日 · TDIF was first identified as a dodecapeptide (His-Glu-Val-Hyp-Ser-Gly-Hyp-Asn-Pro-Ile-Ser-Asn) that both promoted cell division and prevented assumption of tracheary element identity in this system.

TDIF是日本Tascam公司开发的一种多声道数字音频编码模式，使用25pin（类似于计算机串行线）线缆来传送八个声道的数字信号，双向传输。 TDIF的命运于ADAT正好相反，在推出以后TDIF没有获得恰厂家的支持，目前已经越来越少地被各种数字设备采用。 ( Ito et al．， 2006 ) 。 TDIF 的氨基酸序列为HEVHypSGHypNPISN，与拟南芥CLE41 和CLE44 多. 肽的C － 末端12 个氨基酸序列相同，并与CLE42 和CLE46 的C － 末端序列具有高度的同源性。 [1] TDIF是日本Tascam …

2016年8月29日 · 北京大学生命科学学院瞿礼嘉课题组与清华大学柴继杰课题组合作，首先解析了TDIF及其受体PXY/TDR复合物晶体结构。 与之前报道的线性肽采取的完全伸展的构象不一样的是，TDIF结合受体时处于一种“Ω”构象 (图一A)。 保守的PxGPNP基序在这个“Ω”构象中起到关键作用 …

2022年7月19日 · TDIF, encoded by CLE41 and CLE44, activates PXY/TDR receptors to maintain proliferative cambium. Light and water are necessary for photosynthesis; thus, vascular differentiation must occur upon light perception to facilitate the transport of water and minerals to the photosynthetic tissues.

This review summarizes recent advances in the study of TDIF peptide signaling pathway, a representative model of CLE peptide signaling, focusing on newly uncovered biological functions and unique signal transduction mechanisms.