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Plant Cell Structure Could Hold Key to Cancer Therapies and Improved Crops

By Douglas Fox

Can the bend of a banana give us insight into cancer? What does the shape of a rice grain have to do with infertility? The proteins that give plants their shape and structure are also involved in human disease. A team led by researchers at the University of California, Davis, has mapped out the structure of a key player, augmin, in exhaustive detail

“This work shows how plants and animals are similar,” said Jawdat Al-Bassam, associate professor of molecular and cellular biology at UC Davis. “It could help answer some fundamental questions not just about plants, but also humans.”

Augmin is a protein complex that binds to microtubules, the cell’s internal skeleton, aiding in the formation of branched microtubules and playing a key role in cell division.

Augmin defects can cause infertility in humans. In addition, “some augmin subunits are highly expressed in human cancer cells,” said Bo Liu, a professor of plant biology who collaborated with Al-Bassam on the new study. Understanding its structure could yield both new medical treatments and new strategies for breeding higher-quality rice and cotton crops.

Source : ucdavis.edu

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Democratizing Gene Editing - Pairwise’s Vision for the Future of Agriculture

Video: Democratizing Gene Editing - Pairwise’s Vision for the Future of Agriculture

Pairwise has built its business around an idea that runs counter to how many companies approach innovation: make transformative technology easier to access.

In this Seed World interview, CEO Tom Adams discusses why broader access to gene editing could speed crop improvement, expand innovation opportunities and help agriculture address emerging challenges. He explains why Pairwise believes no single company can solve all of agriculture's problems alone—and why making advanced breeding technologies available to more organizations could accelerate progress across the industry.

The conversation explores how consumer trust influences technology adoption, why innovations like pitless cherries and seedless blackberries matter beyond convenience, and how future crop improvements could help address labor shortages, automation, harvest efficiency and other production challenges. Adams also shares his perspective on what the industry may be underestimating about the next wave of gene editing innovation.

Watch the full interview to hear why Pairwise believes agriculture is approaching an important inflection point for gene editing, and why the pace of innovation over the next decade could surprise the industry.

Topics Covered:

o Democratizing agricultural innovation

o Consumer trust and technology adoption

o The business case for sharing innovation

o Expanding innovation beyond major crops

o Next-generation breeding technologies