Web1 Jun 2024 · TF-centered Y1H could identify quickly the motifs bound by a defined TF, representing a reliable and efficient approach with the advantages of Y1H. Therefore, this TF-centered Y1H may have a wide application in protein–DNA interaction studies. Key words Protein–DNA interaction Transcription factor Cis-acting element Yeast one-hybrid WebObjective: To further study the mechanism of ThbHLH1 overexpression on improving the salt and drought tolerance of Tamarix hispida. Method: The cis-acting elements recognized by …
杨树应答盐胁迫WRKY基因的筛选及功能分析-相关论文选题 - 知乎
WebFor example, a TF-centered Y1H has recently been developed by Ji et al, which could be used to identify the DNA motifs bound by a defined TF [12]. Also, the Y1H system was modified in the present study, and using the new method, we can determine whether protein–protein interactions inhibit protein–DNA binding by observing yeast growth.…” WebThe yeast one-hybrid (Y1H) is a powerful and widely used gene-centered system to identify DNA–protein interactions. However, a powerful and simple TF-centered method to study … itwo platform
Ji X, et al. (2024) SGD
Web16 Dec 2016 · Yeast one-hybrid (Y1H) assays provide a powerful "gene-centered" method to identify the TFs that can bind a DNA sequence of interest. In this introduction, we describe … WebThe preparation of expressional cDNA libraries for use in the hefen two-hybrid system will speed and efficient as usage the dedicated Clontech™ product, the MATCHMAKER … Web10 Aug 2014 · Here, we developed a protein–DNA method based on the Y1H system to identify the motifs recognized by a defined TF, termed TF-centered Y1H. In this system, a random short DNA sequence insertion library was generated as the prey DNA sequences to interact with a defined TF as the bait. netherland and sewell dallas