Jargon! icon

Jargon!

Convert any jargon to plain English.

Users1K
Rating3.5
Reviews10
Manifest versionV3
7-day growth+88
7-day growth rate+9.65%
Preview

Jargon! Media preview

1 assets
Trend

30-day user trend

Review user movement over the last 30 days.

User Growth Over Time

9339519709881K2026年5月29日2026年6月1日2026年6月4日Latest: 1K
Rating trend

30-day rating change

Track rating movement over time to see whether quality signals remain stable.

30-day rating change

Start
3.50
Latest
3.50
30-day rating change
0.00
3.403.453.503.553.602026年5月29日2026年6月1日2026年6月4日Latest: 3.50
2026年5月29日2026年6月4日
Growth overview

Daily, weekly, and monthly growth

Compare 1-day, 7-day, and 30-day net growth and growth rate.

1-day growthFlat
00%
7-day growthGrowing
+88+9.65%
30-day growthGrowing
+129+14.8%
Technical snapshot

Version, languages, and crawl freshness

Review publication date, version, supported languages, and crawl timestamps.

Version0.0.3.0
ManifestV3
Size249KiB
Languages1English (United Kingdom)
Published
Store updated
Last crawled
English (United Kingdom)
Overview

Product summary

Review the store description, core capabilities, and common use cases.

Explain complicated texts in plain English.

Convert complicated text to easy-to-understand words. You can use this extension to explain complex pieces of text in plain English and simplify your writing.

For example, Jargon will help you convert the following complex paragraph:

Generating new kidneys using tissue engineering technologies is an innovative strategy for overcoming the shortage of donor organs for transplantation. Here we report how to efficiently engineer the kidney vasculature of decellularized rat kidney scaffolds by using human induced pluripotent stem cell (hiPSCs)-derived endothelial cells (hiPSC-ECs). In vitro, hiPSC-ECs responded to flow stress by acquiring an alignment orientation, and attached to and proliferated on the acellular kidney sections, maintaining their phenotype. The hiPSC-ECs were able to self-organize into chimeric kidney organoids to form vessel-like structures.

To this:

Since there aren't enough donor organs for everyone who needs one, scientists are trying to figure out how to make new kidneys using tissues that you can grow in a lab. Here we describe a way to make blood vessels in rat kidneys by using human cells that can turn into any kind of tissue (known as induced pluripotent stem cells). These cells can turn into the kind of cells that line blood vessels in the kidney. In a test tube, human stem cell-derived endothelial cells (cells that line blood vessels) responded to the physical stress of being pushed around by blood flow by lining up and attaching to the walls of blood vessels. They also grew in groups and formed tiny organs that looked like parts of a kidney.

Reviews

Recent review snapshot

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The Chrome Web Store shows 10 reviews, but only 0 review bodies have synced into ExtScope so far. Showing the synced reviews available right now.

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