epigenetics
Epigenetics examines how gene activity changes without altering the DNA sequence itself, through molecular modifications that can persist and be inherited across cell divisions. In plant science, this is vital because it explains how plants adapt to environmental stresses and developmental signals through reversible regulatory mechanisms, offering insights for developing more resilient crops and understanding how plants respond to changing conditions.
open_in_new Wikipedia
Grafted tomatoes pass salt-stress resistance to their offspring for...
It suggests that simply grafting your tomato plants onto hardy rootstock could give their offspri...
Temperature regulation in plants: From molecular mechanisms to clim...
The wheat in your bread and the vegetables in your garden depend on precise temperature cues to k...
Comparative Transcriptomics Reveals Epigenetic and Transcriptional ...
Every loaf of bread you buy depends on wheat surviving droughts that are becoming more frequent, ...
Polyploidy and plant resilience to environmental stresses: Molecula...
The wheat in your bread, the strawberries in your garden, and the cotton in your clothes all carr...
The power of recall: Physiological and epigenetic memory networks i...
Vegetables and grains you eat could soon be bred to naturally withstand the increasingly erratic ...
The epigenetic set-point: metabolic and redox gating of development...
The vegetables in your garden already use this hidden molecular memory system to decide when to f...
Epigenetic regulation of mycorrhizal symbioses: from plastic respon...
The tomatoes or beans in your garden may quietly inherit stress-resistance blueprints from the so...
Non-coding RNAs as convergent control hubs integrating abiotic and ...
The tomatoes and wheat in your grocery store may soon be bred to withstand both drought and disea...
Biochemical and molecular regulation of tomato ripening and disease...
It could lead to tomatoes that stay fresh on your counter or in stores for much longer without go...
DNA Methylation Shapes Seed-Borne Microbiome and Proteome Responses...
The corn in your grocery store could one day be grown with far less synthetic fertilizer because ...
HDAC-mediated non-histone deacetylation as a central regulatory net...
Tomatoes, wheat bread, and rice on your plate could become more reliably abundant as breeders use...
Principles and mechanisms of plant acclimation to heat stress.
Every tomato that sets fruit during a July heat wave, and every one that drops its blossoms inste...
Scientists mapped every genetic switch controlling how plants make scent
The fragrance fading from modern roses isn't accidental; breeders selected for looks and shelf li...
Research progress on the regulatory mechanisms of the PSY promoter.
Every tomato, carrot, and marigold in your garden owes its color to a single genetic switch that ...
Low soil nitrogen triggers a molecular switch that rushes plants to flower
The spring bolting that ruins a bed of arugula or spinach before you've made a dent in it traces ...
Turnip mosaic virus co-opts host RNA methylation to orchestrate pla...
Turnip mosaic virus quietly devastates the mustard family — your kale, radishes, arugula, and pak...
Recombination suppression in plant adaptation and speciation.
Understanding how plants lock in survival traits and form new species could help breeders develop...
A plant histone H3.3-specific amino acid safeguards the deposition ...
Understanding the molecular switches that control how plants grow and respond to stress could hel...
The dynamic landscape of plant DNA demethylation: mechanisms, funct...
Every drought your garden plants survive may leave a molecular memory in their seeds — meaning th...
Integrating Epigenetic Memory and Plant Growth-Promoting Rhizobacte...
Soil bacteria living around your tomato and pepper roots are already nudging those plants to hand...
Plants store stress memories in their DNA chemistry
That drought-stressed tomato plant you nursed back to health last summer may actually handle this...
Plants' gene and protein cleanup systems are surprisingly wired together
When your tomatoes wilt in a July heat wave and recover by morning, that recovery depends on plan...
The Role of Histone Modifications in Plant Priming and Their Analys...
Hardening seedlings before transplanting them outdoors — a trick experienced gardeners already us...
Plant roots and soil microbes work together to protect crops from heat
The roots threading through your garden soil are hosting microbial communities that buffer your p...
Unveiling the epigenetic and stress-responsive function of histone ...
After a drought hammers your garden, some plants bounce back surprisingly fast the following seas...
Plants fine-tune stress defenses through a five-layer molecular code
Garden plants that bounce back from drought while others wilt are running a molecular stress prog...
Navel orange gene erases DNA marks to activate mold defenses
Citrus trees in warm-climate gardens fight fungal mold after harvest the same way they'd fight it...
HUB1 positively regulates salt tolerance in Arabidopsis through dyn...
Salt-crusted soil is quietly spreading at the edges of over-irrigated gardens and coastal landsca...
Gene silencing protects cassava from bacterial blight and streak virus
Cassava feeds roughly 800 million people across Africa, Asia, and Latin America, and two diseases...
Scientists mapped three layers of control over plants' cellular rec...
Every tomato that survives a heat wave, every wheat plant that pushes through a dry spell, is lea...
Presence and function of small RNAs during plant reproduction.
Every seed in your garden — from tomato to zinnia — depends on these molecular controls firing in...
Role of the tomato MARS1/ROUGH gene encoding a LYSINE-SPECIFIC HIST...
Tomato breeders working to create cuttings that root faster — or backyard gardeners frustrated by...
Rice reprograms its own defenses against disease through chemical g...
Rice feeds half the world's population, and the fungi and bacteria that destroy rice crops are ge...
The multidimensional regulatory network of trichome development: fr...
Those silvery-fuzzy leaves on your lamb's ear or the sticky hairs on tomato stems aren't just tex...
The transcription factor LEC2 as an epigenetic regulator of plant t...
Every cutting you've ever failed to root — from a stubborn fig branch to a temperamental olive — ...
Plant stress memory gets unpredictable as climate conditions shift
The tomato plant that fought off aphids last summer may respond faster to pests this year, but a ...
Plant growth and development: Multilayered control of plant development.
Every vegetable and flower in your garden is quietly running a complex internal control system th...
Intermolecular-Interaction-Driven Adaptive Remodeling: A Network Pe...
Every tomato that sets fruit during a heat wave, every garden bed that bounces back after a dry s...
Plant hormone melatonin can rewrite genes to remember stress
The tomato plant that bounces back faster from a heat wave than its neighbor may owe that resilie...
Nonhistone deacetylation: a switch for crop resilience.
Crops that can efficiently toggle between drought-survival and disease-fighting modes could hold ...
Growth hormone quietly dials down a plant's disease defenses
Every gardener has noticed that a plant pushed hard with fertilizer or ideal conditions sometimes...
Spruce trees remember their embryonic temperature for over a decade
If you've ever wondered why two trees of the same species leaf out on different schedules in your...
PRP8 regulates chromatin organization to enforce transcriptional ge...
Every tomato, pepper, and squash in your garden quietly battles its own genome — rogue DNA segmen...
Latent endogenous giant viruses drive active infection and inherita...
Seaweeds blanketing rocky shorelines and kelp forests are quietly harboring sleeping viruses that...
