Podcasts
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AtPCNA1-An ‘S’ phase progression marker for plants
AtPCNA1-sGFP under native promoter was used to track the progression of the S-phase in plants. This article describes the advantages,…
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Blunt-end cloning: Ultimate guide
Blunt-end cloning is a universal cloning method. In this article, you will learn history, applications, advantages, limitations, and cloning procedure…
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Blunt-end TOPO Cloning
Blunt-end TOPO cloning is a better alternative to the conventional (ligation-based) cloning method. This article discusses the principle, advantages, and…
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Cytrap (Cell Cycle Tracking in Plant Cells)
CyTrap is a dual-color fluorescent cell cycle marker system to mark S-G2 (red) and G2-M (green) developed in Arabidopsis.
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Directional TOPO Cloning
Directional TOPO cloning is an easy sub-cloning method to clone DNA fragments without ligase. This article discusses the principle, advantages,…
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Gibson assembly
Gibson assembly is one of the most used methods for seamless cloning. In this article, you will learn history, applications,…
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Gibson assembly vs. In-Fusion cloning
Gibson assembly and In-Fusion are the two most used cloning methods for scar-free cloning of multiple DNA fragments. This article…
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In-Fusion Cloning
In-Fusion cloning is one of the most used methods for seamless cloning. In this article, you will learn history, applications,…
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PlaCCI (Plant Cell Cycle Indicator)
PlaCCI (Plant Cell Cycle Indicator) is a relatively new cell cycle marking system in plants that is similar to the…
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Primer Designing – Demonstration step by step
Primer designing is the first and one of the critical steps for successful cloning. In this article, we have demonstrated…
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TA cloning: Ultimate guide
TA cloning is a universal cloning method. In this article, you will learn history, applications, advantages, limitations, and cloning procedure…
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TOPO TA Cloning
TOPO TA cloning is a better alternative to the conventional (ligation-based) TA cloning method. This article discusses the principle, advantages,…