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News

BIOENGINEER.ORG
bioengineer.org > scot-markers-reveal-genetic-diversity-in-72-turkish-fig-genotypes

SCoT markers reveal genetic diversity in 72 Turkish fig genotypes

4+ day, 5+ hour ago   (711+ words) The ancient fig tree, one of the first plants ever domesticated by humans, is hiding remarkable genetic secrets in the mountainous corners of southeastern Türkiye....

BIOENGINEER.ORG
bioengineer.org > micropropagation-offers-new-hope-for-polands-critically-endangered-aquatic-plant

Micropropagation offers new hope for Poland’s critically endangered

2+ week, 14+ hour ago   (905+ words) From Glass Jar to Open Water: The First Complete Lab Recipe for Rescuing Poland’s Critically Endangered Pondweed In the quiet of a tissue culture laboratory in Szczecin, Poland, a rescue operation is underway, and every one of its patients fits…...

SciTechDaily
scitechdaily.com > these-beautiful-flowers-can-paralyze-you-but-their-chemistry-could-save-lives

These Beautiful Flowers Can Paralyze You, but Their Chemistry Could Save Lives

1+ mon, 1+ week ago   (836+ words) Researchers take the first steps toward recreating powerful chemicals derived from plants in the laboratory. Wolfsbane and larkspur can cause neurotoxicity and paralysis at extremely low doses, yet their chemistry has also been used against pain, malaria, cancer, and pests....

@Tech_Networks
technologynetworks.com > genomics > news > genome-editing-boosts-a-traditional-herbs-potential-414758

Genome Editing Boosts a Traditional Herb’s Potential

1+ mon, 3+ week ago   (376+ words) From traffic lights to fashion trends, changing from red to green can signal much more than a shift in color. Now, Hiroshima University researchers have shown that the same is true for perilla. Using genome editing, they transformed red perilla…...

Scientific Frontline
sflorg.com > 2026 > 07 > gen07162601.html

Genome Editing Boosts Health Potential of Perilla Herb

1+ mon, 3+ week ago   (454+ words) SFL Educational News Service The Core Concept: Hiroshima University researchers successfully used CRISPR-Cas9 genome editing to disrupt the flavanone 3-hydroxylase (F3H) gene in red perilla (Perilla frutescens), creating a green-leafed variant with a significantly altered metabolic profile. Branch of Science: Genetics,…...

BIOENGINEER.ORG
bioengineer.org > genome-editing-reinvents-perilla-boosting-potential-of-traditional-herb

Genome Editing Reinvents Perilla, Boosting Potential of Traditional Herb

1+ mon, 3+ week ago   (257+ words) Traffic lights aren’t the only things that can shift from red to green. A team at Hiroshima University reports that the color of perilla can be reprogrammed using CRISPR-Cas9—while also rewiring the plant’s underlying chemical machinery. The result is…...

Google News
fruitnet.com > fresh-produce-journal > comment-why-gene-editing-is-a-must-in-bananas > 272152.article

Comment: Why gene-editing is a must in bananas | Comment

1+ mon, 4+ week ago   (310+ words) Climate change and disease pressure are making gene-editing increasingly important to the future success of the banana sector, argues agri-scientist James Dale Gene editing has big potential for future varietal development in bananas The two dominant types of Cavendish, Grand…...

Hiroshima University
hiroshima-u.ac.jp-u.ac.jp

Reinventing perilla: genome editing boosts a traditional herb’s potential

1+ mon, 4+ week ago   (456+ words) Genome-edited perilla plants (left) showing a striking color change from red to green and enhanced accumulation of the health-promoting flavonoid luteolin. (Matsushita et al. / Hiroshima Prefectural Technology Research Institute) From traffic lights to fashion trends, changing from red to green…...

BIOENGINEER.ORG
bioengineer.org > trinh-and-ryu-win-dow-funding-for-fungal-biotech-research

Trinh and Ryu Win DOW Funding for Fungal Biotech Research

1+ mon, 4+ week ago   (207+ words) The grant concentrates on Candida species, which can pose operational risks by contaminating and degrading DOW-relevant systems. Such systems include aircraft fuel infrastructure, vehicles, electronics, and protective coatings. In these environments, fungi can persist and spread, turning microbial management into…...

the Node
thenode.biologists.com > winners-from-the-2025-quintay-international-course-on-developmental-biology-cover-competition > photo

Winners from the 2025 Quintay International Course on Developmental Biology cover competition

1+ mon, 4+ week ago   (440+ words) Posted by the Node, on 14 July 2026 Last month, the Node ran a cover competition with images taken by advanced graduate students and postdoctoral fellows from across the Americas who gathered in Chile to participate in the International Course on Developmental…...