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Newswise: Conifers are foundational to ecosystems globally, providing critical environmental and economic value. Yet, their long life cycles slow traditional breeding methods, positioning somatic embryogenesis (SE) as a more effective option for rapid propagat
Release date: 12-Nov-2024 1:25 AM EST
Conifers are foundational to ecosystems globally, providing critical environmental and economic value. Yet, their long life cycles slow traditional breeding methods, positioning somatic embryogenesis (SE) as a more effective option for rapid propagat
Chinese Academy of Sciences

A newstudy has introduced a novel method for enhancing somatic embryogenesis (SE) in conifer trees, using small molecules to overcome traditional barriers in asexual propagation. This technique is pivotal for advancing forest production and genetic enhancement by addressing challenges in SE initiation and sustaining embryogenic potential. Focused on using redox compounds and epigenetic regulators, the study offers a sustainable, non-genetic engineering approach to conifer propagation, paving the way for efficient large-scale forestry applications.

Newswise: Decoding Ficus Hispida: New Insights Into Sex Determination in Plants
Released: 12-Nov-2024 12:40 AM EST
Decoding Ficus Hispida: New Insights Into Sex Determination in Plants
Chinese Academy of Sciences

A recent study in Ficus hispida genomics has unlocked the genetic mechanisms driving this fig tree’s unique reproductive system. The fully sequenced genome, a first of its kind for Ficus, reveals critical insights into how sex is determined in these plants—a factor crucial to their survival and ecological role. This research is a milestone for advancing the understanding of dioecy in plants and could open new doors for plant breeding and ecosystem management.

Newswise: High-Performance Inkjet Print Head Enhances Bioprinting Productivity
Released: 12-Nov-2024 12:00 AM EST
High-Performance Inkjet Print Head Enhances Bioprinting Productivity
National Research Council of Science and Technology

The Bionics Research Center team, led by Dr. Byung Chul Lee at the Korea Institute of Science and Technology (KIST), has developed a bio-ink inkjet print head using the piezoelectric material PMN-PZT.

Newswise: Populus Cathayana's Genetic Blueprint: Unveiling Evolutionary Patterns and Adaptive Traits
Released: 11-Nov-2024 11:50 PM EST
Populus Cathayana's Genetic Blueprint: Unveiling Evolutionary Patterns and Adaptive Traits
Chinese Academy of Sciences

A significant study has mapped the genetic complexity of Populus cathayana, an ecologically and economically valuable poplar species. By creating a detailed genome assembly and analyzing genetic variation across diverse wild populations, the research sheds light on the species' evolution and adaptation capabilities, particularly in high-altitude environments. This genetic insight is key for conservation strategies and developing resilient tree species for future forest sustainability.

Newswise: Dehumanising child-free women in film and TV gives misogyny a stage
Release date: 11-Nov-2024 8:40 PM EST
Dehumanising child-free women in film and TV gives misogyny a stage
University of South Australia

University of South Australia PhD student Belinda Lees has explored how screenwriters could create more nuanced and complex child-free women protagonists in biopics, after uncovering the barrage of often negative portrayals in existing media.

Newswise: Mount Sinai Team Shows AI Can Detect Serious Neurologic Changes in Babies in the NICU Using Video Data Alone
11-Nov-2024 4:45 PM EST
Mount Sinai Team Shows AI Can Detect Serious Neurologic Changes in Babies in the NICU Using Video Data Alone
Mount Sinai Health System

A team of clinicians, scientists, and engineers at Mount Sinai trained a deep learning pose-recognition algorithm on video feeds of infants in the neonatal intensive care unit (NICU) to accurately track their movements and identify key neurologic metrics.

Newswise: Study Sheds Light on How BRCA1 Gene Mutations Fuel Breast Cancer
Released: 11-Nov-2024 6:00 PM EST
Study Sheds Light on How BRCA1 Gene Mutations Fuel Breast Cancer
Harvard Medical School

At a glance: A new study in mice explains how even a single faulty copy of the BRCA1 gene can fuel tumor growth. The findings suggest the dominant “two-hit” hypothesis of cancer development may not tell the full story behind how cancer arises. Study identifies cellular changes that prime cancer-related genes for action and render cells vulnerable to tumor growth. The findings can inform new treatments that block the priming effect to prevent breast cancer formation.

Newswise: Pandemic-Era Increase in Alcohol Use Persists
11-Nov-2024 5:00 PM EST
Pandemic-Era Increase in Alcohol Use Persists
Keck Medicine of USC

Alcohol use increased during the COVID-19 pandemic and remained elevated even after the pandemic ended, according to a large nationally representative Keck Medicine of USC study published in the Annals of Internal Medicine.

Not for public release

This news release is embargoed until 11-Nov-2024 5:00 PM EST Released to reporters: 5-Nov-2024 2:00 PM EST

A reporter's PressPass is required to access this story until the embargo expires on 11-Nov-2024 5:00 PM EST The Newswise PressPass gives verified journalists access to embargoed stories. Please log in to complete a presspass application. If you have not yet registered, please Register. When you fill out the registration form, please identify yourself as a reporter in order to advance to the presspass application form.

Not for public release

This news release is embargoed until 11-Nov-2024 5:00 PM EST Released to reporters: 5-Nov-2024 2:00 PM EST

A reporter's PressPass is required to access this story until the embargo expires on 11-Nov-2024 5:00 PM EST The Newswise PressPass gives verified journalists access to embargoed stories. Please log in to complete a presspass application. If you have not yet registered, please Register. When you fill out the registration form, please identify yourself as a reporter in order to advance to the presspass application form.


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