Faithful Expression of Multiple Proteins via 2A-Peptide Self-Processing: A Versatile and Reliable Method for Manipulating Brain Circuits
Точная экспрессия нескольких белков посредством самопроцессинга 2A-пептида: универсальный и надёжный метод манипуляции нейронными контурами мозга
2009-07-08
SCID: 54.1/8pn7q9z2
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2A-peptide self-processingbrain circuit manipulationinternal ribosomal entry sitemultiprotein coexpressionneurons in vivo
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Abstract (AI)
A method allowing for efficient and quantitative coexpression of multiple heterologous proteins in neurons in vivo would be highly valuable for many applications in neuroscience. To date, different approaches, such as internal ribosomal entry site (IRES) elements ([Douin et al., 2004][1]),
Key Findings
1
It focuses on 2A-peptide self-processing as a versatile and reliable strategy for expressing multiple proteins from a single construct.
2
The abstract contrasts this approach with existing strategies, including internal ribosomal entry site (IRES) elements.
3
The method is intended to support precise manipulation and investigation of brain circuits.
4
The paper addresses the need for efficient, quantitative coexpression of multiple heterologous proteins in neurons in vivo.
Research Object
in vivo neuronal expression systems for coexpressing multiple heterologous proteins
Research Subject
the efficiency, quantitative fidelity, and reliability of 2A-peptide self-processing for coordinated multiple-protein expression and brain-circuit manipulation
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2009-07-08
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