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One Day, Plants Could Grow Your Meds, Say U of G Researchers

“Is this insulin animal-free?” 

In a future where major medications – like insulin, cancer treatments and life-saving vaccines – are grown from plants, such a question is valid. 

Though the Canadian Food Inspection Agency has said, “There is no commercial plant molecular farming in Canada to date, and none is anticipated in the near future,” University of Guelph researchers disagree

As Dr. Jennifer Geddes-McAlister, professor in the College of Biological Science puts it, there is no reason plants should not be making our drugs right now:

“In theory, it should already be happening,” she says. “Because the promise is there. The setup and infrastructure are there. The research is there. The biggest hurdle is reducing variability in drug production.”

These are the current aims of molecular pharming, the field that uses plants, rather than costly animal cells and materials, to produce our pharmaceuticals.

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No-Till vs Tillage: Why Neighboring Fields Are World Apart

Video: No-Till vs Tillage: Why Neighboring Fields Are World Apart

“No-till means no yield.”

“No-till soils get too hard.”

But here’s the real story — straight from two fields, same soil, same region, totally different outcomes.

Ray Archuleta of Kiss the Ground and Common Ground Film lays it out simply:

Tillage is intrusive.

No-till can compact — but only when it’s missing living roots.

Cover crops are the difference-maker.

In one field:

No-till + covers ? dark soil, aggregates, biology, higher organic matter, fewer weeds.

In the other:

Heavy tillage + no covers ? starving soil, low diversity, more weeds, fragile structure.

The truth about compaction?

Living plants fix it.

Living roots leak carbon, build aggregates, feed microbes, and rebuild structure — something steel never can.

Ready to go deeper into the research behind no-till yields, rotations, and profitability?