Themed collection Biomolecular Technologies

5 items
Open Access Communication

A chemigenetic indicator based on a synthetic chelator and a green fluorescent protein for imaging of intracellular sodium ions

We report the development of a chemigenetic fluorescent sodium ion indicator with an affinity optimized for imaging physiologically relevant sodium ion concentrations in mammalian cells.

Graphical abstract: A chemigenetic indicator based on a synthetic chelator and a green fluorescent protein for imaging of intracellular sodium ions
From the themed collection: Biomolecular Technologies
Open Access Paper

Real-time bioluminescence imaging of nitroreductase in breast cancer bone metastasis

We developed a nitroreductase-sensitive bioluminescent probe QTZ-NTR. In a breast cancer bone metastasis model, QTZ-NTR detects elevated nitroreductase in hypoxic bone tumors and monitors its dynamic changes during tumor progression.

Graphical abstract: Real-time bioluminescence imaging of nitroreductase in breast cancer bone metastasis
From the themed collection: Biomolecular Technologies
Open Access Paper

Regulating ferredoxin electron transfer using nanobody and antigen interactions

Antibody and antigen interactions can be used to regulate ferredoxin electron transfer in cells.

Graphical abstract: Regulating ferredoxin electron transfer using nanobody and antigen interactions
From the themed collection: Biomolecular Technologies
Open Access Paper

Functionalization of a versatile fluorescent sensor for detecting protease activity and temporally gated opioid sensing

Genetically encoded fluorescent sensors have been widely applied to detect cell signaling molecules and events.

Graphical abstract: Functionalization of a versatile fluorescent sensor for detecting protease activity and temporally gated opioid sensing
From the themed collection: Biomolecular Technologies
Open Access Paper

An expanded substrate scope for cross-chiral ligation enables efficient synthesis of long L-RNAs

This work describes a straightforward strategy for assembling long L-RNAs via the joining of two or more shorter fragments using cross-chiral ligase ribozymes together with new substrate activation chemistry.

Graphical abstract: An expanded substrate scope for cross-chiral ligation enables efficient synthesis of long l-RNAs
From the themed collection: Biomolecular Technologies
5 items

About this collection

Guest Edited by Prof. Sheel Dodani (The University of Texas at Dallas; ORCID 0000-0003-0271-6080) and Prof. Ariel Furst (Massachusetts Institute of Technology; ORCID 0000-0001-9583-9703), this themed collection features contributions that engineer the biomolecules of life to create recombinant or whole cell technologies. New engineering strategies and resulting technologies, including biologics, biosynthesis, and sensors, are highlighted in this themed collection on emerging topics in biomolecular technologies.

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