Posted inAgriculture PAKC_PLB421 Plant Biotechnology
The Mystery of the Imperfect Clone: A Guide to Somaclonal Variation
Explore the genomic mechanisms of somaclonal variation with a case of Fusarium wilt TR4 resistance in Cavendish bananas.
Posted inAgriculture Notebook PAKC_PLB421
Optimized Protoplast Culture and Plant Regeneration: A Comprehensive Technical Guide for Advanced Plant Breeding
Master optimized Protoplast Culture and Plant Regeneration to accelerate Synthetic Biology and NPBTs via high-efficiency genetic transformation.
Posted inAgriculture Alternaria Biochemistry
Silicon Boosts Tomato Immunity: New Study Reveals How Si Reprograms Defense Against Early Blight
A newly published study in Physiology and Molecular Biology of Plants reveals that silicon (Si) acts as a powerful defense priming agent in tomato, enabling susceptible cultivars to mount stronger…
Posted inAgriculture Emerging Science Environment
GABA Breakthrough: Optimizing Anther Culture in Pepper to Accelerate Breeding
A new study reveals how GABA supplementation transforms pepper anther culture, cutting contamination while boosting embryo formation—offering a major leap forward in rapid, homozygous line production.
Posted inAgriculture Bacillus Biochemistry
Beneficial Bacillus Bacteria Boost Cotton Growth and Sustainability in Brazil
New research published in Ciência Rural (2025) reveals that Bacillus strains isolated from cotton roots significantly enhance plant growth and biochemical performance. The study highlights the potential of eco-friendly bacterial inoculants to replace chemical fertilizers and promote sustainable cotton production.
Posted inAgriculture Biochemistry Emerging Science
Ultrasound and Phenylalanine Boost Taxol Production in Hazelnut Cells: A Promising Alternative to Yew-Derived Sources
New research shows that combining phenylalanine supplementation and ultrasound treatment significantly enhances Taxol production and gene expression in hazelnut cell cultures — paving the way for sustainable, plant-based anti-cancer drug production.
Posted inAgriculture Emerging Science Food Technology
Graphene Oxide and Auxin Work Together to Boost Root Formation in Apple Rootstock
New research reveals that graphene oxide, when combined with the plant hormone auxin, significantly enhances root formation and lateral root development in apple rootstock M9-T337, providing insights for improved micropropagation and sustainable horticulture.
Posted inAgriculture Emerging Science Environment
Dual-Gene Cotton Breakthrough: Cry2Ab and PTA Genes Offer Broad-Spectrum Pest Resistance
Scientists have engineered plants with a dual-gene combination (Cry2Ab + PTA) that protects against both chewing and sucking insect pests. This innovation could revolutionize cotton pest management and reduce chemical pesticide use.
Posted inAgriculture Emerging Science Natural Products
Breakthrough in Sustainable Boldine Production: Chilean Scientists Unlock Cambial Meristematic Cell System from Peumus boldus
A new study reveals a reproducible biotechnological protocol for boldine production using cambial meristematic cells derived from Peumus boldus, offering a sustainable alternative to wild harvesting of this Chilean medicinal tree.
Posted inAgriculture Bacillus Emerging Science
Bacillus velezensis SYL-3 Shows Multifactorial Power in Controlling Fusarium Root Rot and Enhancing Soil Health
New research reveals how Bacillus velezensis SYL-3 combats Fusarium oxysporum-induced root rot through multifactorial synergistic strategies, reshaping soil microbiomes, boosting beneficial microbes, and enhancing plant nutrient pathways — a breakthrough for sustainable agriculture.