2010年10月1日 · RBSDesigner provides a graphical user interface (GUI) for the convenient design of synthetic RBSs. Availability: RBSDesigner is written in Python and Microsoft Visual Basic 6.0 and is publicly available as precompiled stand-alone software on the web ( http://rbs.kaist.ac.kr). Contact: [email protected].

核糖体结合位点（ribosomebinding site，简称RBS），是指mRNA的起始AUG上游约8~13核苷酸处，存在一段由4~9个核苷酸组成的共有序列-AGGAGG-，可被16SrRNA通过碱基互补精确识别的序列。

2025年1月29日 · Resonant beam system (RBS), recognized as one of the enablers for 6G, can realize high-efficiency transmission and self-alignment without beam steering control. Besides, RBS can provide high-accuracy passive positioning, satisfying the sensing requirements for next-generation networks.

Reference Broadcast Synchronization (RBS) is a synchronization method in which the receiver uses the physical layer broadcasts for comparing the clocks. This slightly differs from traditional methods which synchronize the sender's with the receiver's clock.

2016年2月1日 · Among synchronization protocols applied in wireless sensor network, reference broadcast synchronization (RBS) is one prominent protocol achieving very high accuracy of synchronization given that the broadcasting medium is available.

The Ribosome Binding Site (RBS) Calculator is a design algorithm for predicting and controlling translation initiation and protein expression in bacteria across a 100,000-fold range. In Predict mode, the RBS Calculator calculates the translation initiation rate for every start codon in an mRNA transcript.

核糖体结合位点 （英語： Ribosome-binding site），簡稱RBS，是位於 信使核糖核酸 （mRNA） 起始密碼子 上游，在 轉譯 起始時可結合 核糖體 的序列。 原核生物 的核糖體結合位點為 夏因-达尔加诺序列 （SD序列），其序列為5'-AGGAGG-3' [1]， 核糖體 小次單元中的 16S 核糖体RNA （16s rRNA）則有與之互補的 反夏因-達爾加諾序列 （5'-CCUCCU-3'）， 轉譯 起始時，這兩個序列可透過 鹼基 間的 氫鍵 相互結合 [2][3]。 核糖体自组装发生之后，在Kozak序列内部的起始 …

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2022年1月1日 · Random binary sequences (RBSs) from heartbeats as a cryptographic key is an emerging biometric-based authentication technique in wireless body sensor networks (WBSNs). Patients' health is monitored in real-time using sensor …

2022年7月15日 · To address this problem, we have created a machine learning guided Design-Build-Test-Learn (DBTL) cycle for the experimental design of bacterial RBSs to demonstrate how small genetic parts can be reliably designed using relatively small, high-quality data sets.