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News

Newswise
newswise.com > articles > chronobiology-setting-time-in-organs

Chronobiology: Setting Time in Organs

2+ hour, 13+ min ago   (505+ words) | Newswise Newswise Chronobiology: Setting Time in Organs LMU researchers have elucidated how different organs adapt the same clock machinery to regulate their individual needs over the course of a day. Newswise — Circadian clocks impose daily rhythm on virtually every cell…...

Newswise
newswise.com > articles > gene-switch-shapes-pepper-branching

Gene switch shapes pepper branching

1+ mon, 3+ week ago   (439+ words) Pepper growers often face a practical challenge: the same lateral branches that support fruit production can also increase pruning demands and production costs. A new study uncovers a molecular control point behind this balance, showing how one transcription factor promotes…...

Newswise
newswise.com > articles > plant-viruses-open-new-routes-for-gene-editing

Plant viruses open new routes for gene editing

1+ mon, 3+ week ago   (348+ words) | Newswise Newswise Plant viruses open new routes for gene editing Clustered regularly interspaced short palindromic repeat (CRISPR)-Cas technologies have transformed plant biotechnology, but getting editing machinery into plant cells remains a major bottleneck. Stable transformation and tissue culture regeneration…...

Newswise
newswise.com > articles > joan-a-steitz-the-queen-of-rna-and-her-scientific-feats

Joan A. Steitz: The ‘Queen of RNA’ and Her Scientific Feats

2+ mon, 5+ day ago   (1767+ words) Newswise — Dozens of empty champagne bottles line a high shelf in the office of Joan A. Steitz, PhD, each signed by a newly minted doctor on the day of their dissertation defense. It is a sparkling record of mentorship for…...

Newswise
newswise.com > articles > a-single-gene-a-dramatic-change-crispr-unlocks-white-strawberries

A single gene, a dramatic change: CRISPR unlocks white strawberries

5+ mon, 1+ week ago   (390+ words) | Newswise Newswise A single gene, a dramatic change: CRISPR unlocks white strawberries CRISPR/Cas9-mediated mutagenesis of MYB10-1B results in white strawberry fruits. Strawberry fruit color is primarily determined by anthocyanins, pigments synthesized through a tightly regulated metabolic pathway. Central to this…...

Newswise
newswise.com > articles > natural-selection-operates-on-multiple-levels-comprehensive-review-of-scientific-studies-shows

Natural Selection Operates on Multiple Levels, Comprehensive Review of Scientific Studies Shows

5+ mon, 2+ week ago   (641+ words) Newswise — The common view of natural selection is based solely on the individual: A trait allows an organism to out-compete its rivals and is thus passed down to its offspring. To suggest otherwise can provoke the ire of certain segments…...

Newswise
newswise.com > articles > these-caterpillars-can-hear-using-tiny-hairs-on-their-bodies

These caterpillars can hear using tiny hairs on their bodies

6+ mon, 1+ week ago   (829+ words) The video is still processing. Please wait a few minutes. No ears, no problem! The tobacco hornworm caterpillar, a common garden pest, can actually detect airborne sound via microscopic hairs on its body, according to a team of faculty and…...

Newswise
newswise.com > articles > unveiling-the-molecular-pathways-of-foxtail-millet-inflorescence-development

Unveiling the molecular pathways of foxtail millet inflorescence development

6+ mon, 3+ week ago   (512+ words) | Newswise Newswise Unveiling the molecular pathways of foxtail millet inflorescence development The findings provide vital genetic resources for enhancing foxtail millet productivity, which could significantly contribute to global food systems. Inflorescence development directly influences crop yield by determining the number…...

Newswise
newswise.com > articles > same-moves-different-terrain-how-bacteria-navigate-complex-environments-without-changing-their-playbook

Same moves, different terrain: How bacteria navigate complex environments without changing their playbook

6+ mon, 3+ week ago   (299+ words) Just like every other creature, bacteria have evolved creative ways of getting around. Sometimes this is easy, like swimming in open water, but navigating more confined spaces poses different challenges. Nevertheless, new research from the University of Chicago shows that…...