Saffron Protoplast Method Enables Single-Cell RNA Sequencing
Researchers developed a standardized protocol for isolating viable protoplasts from saffron tissues, enabling single-cell RNA sequencing and transient gene expression ...
Researchers developed a standardized protocol for isolating viable protoplasts from saffron tissues, enabling single-cell RNA sequencing and transient gene expression ...
A peer-reviewed Arabidopsis study found that REAP1 links RAB5 membrane-trafficking proteins to ROP7 and that simultaneous impairment of the two ...
Researchers have identified the plant-specific myosin ATM2 as a molecular tether that stabilizes actin filaments at the plasma membrane by ...
Researchers have developed a reliable method to isolate and genetically transform protoplasts from the obligate parasitic plant Cuscuta campestris, opening ...
A new review describes how pH-sensitive probes, HaloTag, fluorescent timers, and deep learning tools such as DeepFRAP and ImFCSNet are ...
A newly identified Arabidopsis protein, REAP1/AtSWAP70, physically links RAB5 endosomal trafficking with ROP polarity signalling to ensure successful pollen tube ...
In a groundbreaking advance in plant cell biology, researchers at Japan’s National Institute for Basic Biology have unveiled a previously ...
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© 2026 Scienmag - Science Magazine