long terminal redundancy - traducción al árabe
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long terminal redundancy - traducción al árabe

Terminal repeat; Long terminal repeat sequence; Terminal repeat sequences; Hiv long terminal repeat; Long-terminal repeat; Long terminal repeats
  • Identical LTR sequences at either end of a retrotransposon.

long terminal redundancy      
‎ مَزِيْدُ المِطْرافِ الطَّويل‎
long terminal repeat         
‎ مُكَرِّرُ المِطْرَافِ الطَّوِيْل‎
terminal emulation         
  • [[Windows Terminal]], an open-source terminal emulator for [[Windows 10]] and [[Windows 11]]
PROGRAM THAT EMULATES A VIDEO TERMINAL
Terminal program; Comm program; Term program; Terminal emulation; Termainal emulator; Console window; Terminal Emulator; Comunications terminal program; Terminal software; GUI terminal; Term (computers); Terminal window; Telemate
محاكاة الطرف الإعلامى

Definición

terminal emulator
<communications> A program that allows a computer to act like a (particular brand of) terminal, e.g. a vt-100. The computer thus appears as a terminal to the host computer and accepts the same escape sequences for functions such as cursor positioning and clearing the screen. xterm is a terminal emulator for the X Window System. (1995-02-16)

Wikipedia

Long terminal repeat

A long terminal repeat (LTR) is a pair of identical sequences of DNA, several hundred base pairs long, which occur in eukaryotic genomes on either end of a series of genes or pseudogenes that form a retrotransposon or an endogenous retrovirus or a retroviral provirus. All retroviral genomes are flanked by LTRs, while there are some retrotransposons without LTRs. Typically, an element flanked by a pair of LTRs will encode a reverse transcriptase and an integrase, allowing the element to be copied and inserted at a different location of the genome. Copies of such an LTR-flanked element can often be found hundreds or thousands of times in a genome. LTR retrotransposons comprise about 8% of the human genome.

The first LTR sequences were found by A.P. Czernilofsky and J. Shine in 1977 and 1980.