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Calcium and heat combo keeps cut jackfruit firm longer

Plant Signaling

If you've ever bought pre-cut fruit that turned mushy within a day, this points to a simple treatment that could keep it crisp on the shelf and in your fridge.

Once you slice open a jackfruit, it starts going soft and mushy fast, which is a big problem for anyone selling pre-cut fruit. Researchers found that dipping fresh-cut jackfruit in a calcium chloride solution combined with a mild heat treatment flips on a specific gene switch inside the fruit's cells, one that tells the plant to build stronger cell walls and stop breaking down the pectin that holds cells together. The result is fruit that stays firm and appealing much longer after cutting.

Key Findings

1

Combined calcium chloride and heat (CH) treatment delays softening in fresh-cut jackfruit compared to untreated controls

2

A transcription factor called NAC29 acts as a central hub linking calcium signaling to cell wall gene expression

3

NAC29 coordinates genes including PE, EG134, and CESAG2 to simultaneously boost cellulose synthesis and suppress pectin degradation

chevron_right Technical Summary

Treating cut jackfruit with calcium chloride and heat keeps it firmer for longer by switching on a plant gene network that strengthens cell walls, offering a simple way to extend shelf life for fresh-cut fruit.

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Abstract Preview

Original paper

Combined calcium chloride and heat treatment delays softening of fresh-cut jackfruit by activating the Ca2+ signaling-NAC29 transcriptional regulatory module.

signals into cell wall stabilization responses. Specifically, we propose a putative model in which a NAC29-centered regulatory module coordinates the expression of key structural genes (such as PE,...

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Abstract copyright held by the original publisher.

hub This connects to 9 other discoveries — Jackfruit plant-signaling, crop-improvement, food-preservation 5 related articles

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