crispr
CRISPR is a gene-editing technology derived from bacterial immune systems that enables scientists to precisely modify DNA sequences in living organisms. In plant research, CRISPR has become transformative for developing crops with enhanced traits including disease resistance, improved yields, and better nutritional profiles. This molecular tool significantly accelerates crop improvement by allowing researchers to make targeted genetic modifications more efficiently than conventional breeding approaches.
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Gene editing removes 97% of celiac-triggering proteins from bread wheat
It could mean that people with celiac disease — roughly 1 in 100 worldwide — may one day safely e...
CRISPR genome editing in plants without tissue culture.
It could dramatically speed up the development of crops that resist drought, pests, or disease — ...
Editing strigolactone hormone receptor for robust antiviral silenci...
It points toward a new generation of disease-resistant rice that could protect harvests for billi...
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...
Targeted knockout of a host peroxisomal peptidase confers field res...
The corn in your grocery store and the staple food keeping millions of East African families fed ...
Gene editing makes sterile rice hybrids fertile by disabling a poll...
Disabling a single gene could allow breeders to cross wild rice relatives with cultivated rice, p...
Creating artificial miR2118a/b to boost yield and broad-spectrum re...
It points toward soybeans (and potentially other crops) that need fewer pesticides and fungicides...
PrimeRoot: a cutting-edge technology designed to achieve precise an...
It could lead to crops that are more nutritious, drought-resistant, or disease-proof — directly a...
Field Trials and Baking Studies of Ultra-Low Asparagine, Genome Edi...
Every time you toast bread or bake cookies, a potentially cancer-linked chemical called acrylamid...
DNA repair under heat: DNA Polymerase λ modulates heat stress-induc...
As summers get hotter, the vegetables and flowers in your garden are quietly accumulating more ge...
Natural variation in the ORL4 promoter regulates rice leaf rolling ...
Rice varieties being developed through this research could increase yields on existing farmland —...
Metabolomics-guided engineering of drought-resilient crops: Integra...
Fruits, vegetables, and grains you rely on are increasingly threatened by droughts made worse by ...
The rust effector PstCFEM2 manipulates TaHA2- and TaCIPK9-mediated ...
Scientists discovered how a wheat-infecting rust fungus hijacks a plant protein to incr...
Harnessing endophytes and Multi-Omics for sustainable Colchicine bi...
Researchers demonstrate how beneficial microorganisms living inside Gloriosa superba pl...
A defense-inducible bidirectional promoter enables disease-resistan...
Tomatoes, peppers, and other crops engineered with this switch could resist devastating bacterial...
Genome editing generates high oleic soybean and eliminates beany flavors.
Soy-based foods like tofu, edamame, and soy milk could soon taste noticeably better and deliver h...
Virus-induced genome editing enables functional genomics across div...
Crops like tomatoes, wheat, and medicinal herbs that feed and heal you could be improved far fast...
First brassinosteroid-based dwarf mutant discovered and characteriz...
Compact dwarf grapevines could make growing wine grapes in a backyard, on a patio, or in a small ...
Gene-edited rice captures 18% more carbon without sacrificing yield
More efficient rice plants could mean higher food production on the same farmland — helping feed ...
Gene-edited rice survives weed killer without adding foreign DNA
It could lead to herbicide-tolerant rice and other crops that regulators classify as non-GMO, pot...
The emerging impact of CRISPR and gene editing on global crop improvement.
Food on your plate — from the wheat in your bread to the tomatoes in your salad — could soon be g...
Cell-specific transcriptomics and knockout reveal aquaporin functio...
Understanding exactly how corn and other grass crops regulate water loss through their leaves cou...
The plasma membrane ABC transporter Sl-ABCB5 mediates acylsugar sec...
It brings us closer to tomatoes and other garden crops that naturally fend off insects on their o...
Harnessing GhGRDP1 natural variation for enhanced cotton seed yield...
Cotton seeds are crushed into cottonseed oil used in cooking and food products worldwide, so bree...
Protoplast-Based Functional Genomics and Genome Editing: Progress, ...
It could lead to drought- and disease-resistant versions of the fruits, vegetables, and grains yo...
CRISPR/Cas Genome Editing and Its Applications in Cereal Crop Improvement.
Bread, rice, and corn on your plate could soon come from crops engineered to survive the hotter, ...
Field-deployable CRISPR-cas variants for rapid on-site detection of...
Faster disease detection means farmers and growers can catch outbreaks before they spread, protec...
Sweet Potato Gene Clusters Control Anthocyanin Biosynthesis and Lea...
Understanding exactly which genes control color and shape in sweet potato could help breeders dev...
Satellite DNA-targeted CRISPR/Cas9-mediated editing enables chromos...
Wheat feeds roughly 35% of the world's population, and the ability to surgically remove problem c...
Plant microbiome regulation for sustainable agriculture.
Invisible world of microbes in your garden soil is one of the most powerful tools we have for gro...
Soil In-situ Enrichment Coupled with RPA-CRISPR/Cas12b for Rapid an...
Strawberry wilt can wipe out entire crops silently through the soil, and this new tool lets farme...
Optimised Protocol for Efficient Generation, Confirmation, Transfor...
Faster, cheaper tools for studying grapevine genetics could accelerate the development of disease...
Sea buckthorn for future foods: bioactive mechanisms, synthetic bio...
Sea buckthorn can be grown in your garden or on degraded land, and this research signals it could...
Aquaporins as Natural Stress Integrator: Coordinating Transport, Si...
Vegetables, grains, and fruits you eat are increasingly threatened by droughts and heat waves, an...
CRISPR/Cas9-mediated knockout of PsLykX gene of pea (Pisum sativum ...
Understanding exactly how pea plants partner with soil bacteria to 'fix' their own nitrogen could...
Next-generation genome editing: no transgene, no tissue culture.
It could accelerate the development of crops that resist drought, disease, and pests — meaning mo...
Transgene-free genome editing in citrus and poplar meristem tissues...
It opens a path to developing disease-resistant citrus trees and faster-growing poplars without t...
CRISPR/Cas9-Mediated Editing in FAD2 Gene to Enhance Oil Quality in...
Cooking oil in your pantry likely came from soybeans that require industrial processing to stay s...
Harnessing diverse tRNAs and AI-guided mining for compact and effic...
It could accelerate the development of crops that resist drought, pests, and disease — meaning mo...
Enhancing tomato fruit sweetness by CRISPR/Cas9-mediated SlVIF gene...
It could lead to naturally sweeter tomatoes in grocery stores and home gardens — no artificial fl...
Weaponizing nutrition: plants use a double strategy to fight herbiv...
Understanding how plants naturally defend themselves against insects could inspire new ways to pr...
OsHMA7 mediates copper transport into the chloroplast to maintain p...
The rice on your plate depends on a tiny copper-moving protein inside each leaf cell — and unders...
Rising Star: Rewriting the Code of Life for the Future of Food.
The wheat, rice, and vegetables heading to your plate could soon be redesigned to survive drought...
Duckweeds: from fundamental biology to a sustainable plant chassis ...
Those green specks covering your local pond could soon produce the vaccines and medicines your fa...
Synergizing Genome Editing and Artificial Intelligence for Predicti...
The tomatoes, wheat, and corn you eat could soon be engineered to survive droughts, pack more nut...
Genome editing‑based strategies to combat geminiviruses: CRISPR/Cas...
Geminiviruses, spread by whiteflies, routinely wipe out tomato, pepper, and bean harvests — and C...
Tandem MADS-Box Genes FUL2 and MADS1 Form a Regulatory Module to Re...
The tomatoes on your kitchen counter are quietly managing their own serotonin levels as they ripe...
Targeting a conserved functional motif in the PDS gene enables effi...
Bananas are one mutation away from a repeat extinction-level disease outbreak like the one that w...
Trans-grafting revolution: From molecular regulation mechanisms to ...
The tomatoes, apples, and cucumbers at your grocery store could soon be tougher against disease a...
A Modified Cas9 Scaffold Allows Extension of the Virus-Induced Gene...
Tomatoes, peppers, and potatoes you grow could soon be edited for disease resistance or better yi...
BnaA07.SUC2 regulated by BnaA05.MYC2 in jasmonate pathway promotes ...
Clubroot destroys canola and cabbage crops worldwide, and this discovery points to a specific gen...
Transposase-Assisted Donor Tethering Boosts Large-Fragment HDR in Plants.
Crops engineered to resist drought, disease, or pests with large genetic upgrades — things that h...
OsMYB306-OsRAV11 Regulates Resistance of Rice to Striped Stem Borer...
Rice you eat likely came from fields doused in pesticides to fight the striped stem borer — this ...
Recent Advances in the Detection of Plant Diseases Based on the CRI...
Faster, cheaper disease tests mean a farmer can confirm whether their wheat field has rust fungus...
Field-Compatible Detection of Spiroplasma citri Associated with Cit...
Researchers developed a portable CRISPR-based test that detects citrus stubborn disease...
The dehydrin protein COR15 enhances antiviral RNA silencing by prev...
Citrus tristeza virus has wiped out millions of citrus trees globally — understanding how plants ...
The SlWRKY75-SlASDAC Module Regulates Melatonin Levels to Modulate ...
Tomatoes grown with this melatonin-boosting gene edit produce more carotenoids (the pigments behi...
Multi-omics analysis of Raptor1A knockout reveals resistance to Tut...
Tomatoes in your garden could soon be bred to fight off one of their worst insect enemies on thei...
Gene editing now improves crops in multiple ways simultaneously
Vegetables, grains, and fruits you eat could soon be bred to withstand droughts, produce more foo...
Super-enhancer-mediated transcriptional regulation of gene clusters...
Understanding how plants switch on clusters of genes could let scientists engineer crops that pro...
Targeting redundant gene families: A multiplexed, tissue-specific C...
Understanding how plants take up nutrients from soil could lead to crops that need less fertilize...
Epitranscriptomic modulations optimize crop traits via messenger RN...
These discoveries could lead to crops that produce more food, taste better, or survive droughts a...
Understanding the control of perpetual flowering and continuous run...
If you grow strawberries and have ever wished your ever-bearing variety would also send out enoug...
Enhancing CRISPR-Cas12a base editing in plants with LbCas12a varian...
Better gene-editing tools bring us closer to crops that can survive drought, resist pests, or tol...
Research progress on nucleic acid amplification-based detection tec...
Bread, fruit, and vegetables on your table are under constant threat from fungal diseases, and be...
GmMYB84, a transcription factor, confers cadmium tolerance in soybe...
Cadmium — a toxic heavy metal from industrial pollution and some phosphate fertilizers — silently...
Signal transduction and regulatory networks of the rice root system...
Rice feeds more than half the world's population, and as droughts become more frequent with clima...
Cis-regulatory architecture downstream of FLOWERING LOCUS T underli...
Understanding exactly how plants decide when to flower could help breeders develop crops that blo...
An improved Agrobacterium-mediated transformation method for genome...
Rice feeds more than half the world's population, and faster, more reliable gene-editing methods ...
BnaCIPK9 homoeologs mediate the dosage-dependent regulation of seed...
Higher-oil canola means more vegetable oil produced per acre, which could help keep cooking oil a...
CRISPR/Cas9-based knockout of BnaLYK compromises pattern-triggered ...
Canola oil in your kitchen comes from a crop routinely devastated by white mold fungus, which can...
Crop biofortification for global food security: advances in genetic...
The rice, wheat, or corn in your pantry could soon be engineered to carry more iron, zinc, or vit...
WRKY Transcription Factors: Integral Regulators of Defence Response...
Every ear of corn and tomato on your plate survived a constant barrage of fungal blights, bacteri...
Decoding MicroRNA Networks in Plant Vegetative and Reproductive Bra...
The tomatoes and grains at your grocery store could soon be bred to grow more efficiently by twea...
Precision editing to improve fruit traits: CRISPR/Cas into the picture.
Strawberries, bananas, and tomatoes at your grocery store could soon be bred to resist disease an...
Beyond CRISPR/Cas9: emerging genome editing technologies for next-g...
The wheat in your bread and the vegetables in your garden could soon be grown from varieties engi...
GmRPS5 Promoter-Driven CRISPR/LbCas12a Efficiently Generates Soybea...
Soybeans in your grocery store—from tofu to soybean oil to animal feed—could soon be nutritionall...
Plant Genetic Engineering: Technological Pathways, Application Scen...
The tomatoes, wheat, and rice that stock your grocery shelves could soon be engineered to survive...
Development and Application of Prime Editors for the Induction of S...
Soybeans are in roughly 70% of processed foods you eat, and these new precision editing tools cou...
Optimization of Agrobacterium-mediated transformation of commercial...
The heirloom tomatoes you grow from saved seed or find at the farmers market have never had the b...
Plant Species Extinction and Opportunities for De-extinction.
Species that vanished from your region in the last few centuries — the wildflowers, native shrubs...
PtrSHR1 coordinates vascular cambium proliferation and xylem lignin...
Trees in your local park, the wood in your furniture, and the paper in your books all depend on t...
Tomato leaf curl Palampur virus: an emerging begomovirus threatenin...
Tomatoes and cucumbers from South Asian farms are increasingly being wiped out by a whitefly-carr...
The ELD4-OsPRR95 module represses OsMADS51 in regulating rice heading date.
Rice varieties grown in your region exist because their ancestors evolved to flower at exactly th...
Molecular basis of delayed leaf senescence induced by short-term tr...
The rice in your grocery store could be grown with less phosphorus fertilizer — and stay producti...
One gene gives wheat triple disease resistance, yield intact
Bread wheat losses to fungal blights and rust push prices up and threaten harvests worldwide, and...
Limitations of traditional mycotoxin control and biotechnological a...
Mold toxins quietly contaminate corn, peanuts, and grains in ways that ordinary cooking and stora...
NtMYB308 Negatively Regulates Anthocyanin and Lignin Biosynthesis a...
Tomatoes, peppers, and strawberries in your garden all use the same pigment-and-lignin defense sy...
Turning off one rice gene cuts toxic cadmium buildup in grain
Rice is a staple food for billions of people, and this gene discovery offers a concrete path towa...
Fungi disable rice's defenses by destroying one key protein switch
Rice feeds more than half the world's population, and fungal diseases regularly wipe out enough o...
Glowing engineered plants reveal hidden soil nitrogen in real time
The nitrate levels in your garden soil shift constantly as microbes work below the surface, and t...
Tea gene helps tomato plants beat the heat
If a single borrowed tea gene can help a tomato plant shrug off heat stress and produce riper, mo...
Editing one gene makes soybean plants produce far more seeds
Soybeans are one of the most widely grown crops on the planet, feeding livestock, people, and ind...
Recent advances in generation of doubled haploid plants for genetic...
Faster, more precise plant breeding could soon bring you tomatoes, peppers, and potatoes that are...
Beyond survival: Can we engineer plants to thrive in and remediate ...
Food grown in soil near nuclear accident sites or uranium mines can carry radioactive particles i...
First report of a simple method of CRISPR/Cas13a-based rapid detect...
GBNV can devastate tomato, peanut, and bean crops that many gardeners and farmers rely on, and a ...
TaGα knockout in wheat causes early heading and short organ length,...
The wheat in your bread and pasta may soon be bred to flower earlier or produce more uniform grai...
Arabidopsis Group I Pumilio RNA-binding factors are vital for embry...
Cracking the molecular dial that lets plants choose between growing faster and surviving drought ...
Disabling one color gene in petunias shrinks flowers and disrupts p...
Breeders trying to engineer that perfect white or blush petunia for hanging baskets may inadverte...
Field-parallel six-sample microfluidic detection of plant viruses v...
Viral diseases can wipe out entire crops before farmers even know they're present, and catching t...
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 ...
ORANGE: a tale of two pigments and two organelles.
When a tomato on your vine shifts from green to deep orange as it ripens, a single protein is cho...
Development of tomatoes with high sugar and GABA accumulation and p...
Tomato plants that fruit without bees during summer heat waves could keep your garden productive ...
First Successful Targeted Mutagenesis Using CRISPR/Cas9 in Stably T...
Grain amaranth has fed people through droughts and poor soils for thousands of years, and this br...
A Truncated WRKY Protein Enhances Drought Resistance in Wild Tomato...
Wild tomatoes growing in arid hillsides already carry a built-in drought switch that breeders cou...
A synthetic guide RNA scaffold enhanced CRISPR/Cas9 editing efficie...
Tomatoes engineered to resist drought, rice bred to fight blight without pesticides, and vegetabl...
Transgene-free plant genome editing via viral delivery of miniature...
Crops edited this way leave no trace of foreign DNA — meaning a disease-resistant tomato or bligh...
Engineering plant architecture in the ornamental species Eustoma gr...
That lush, multi-stemmed bouquet flower you love at the farmers market — lisianthus — could soon ...
Tandemly duplicated TaERF109 genes confer drought tolerance and pos...
Wheat fields already face more frequent dry summers — this gene discovery opens a path to varieti...
Precision-engineered starch: Integrating metabolic engineering and ...
Staple crops like potatoes, corn, and rice are being quietly rewritten at the molecular level so ...
Genome Editing in Root and Tuber Crop Development in Sub-Saharan Africa.
Cassava and sweet potato feed hundreds of millions of people in Africa, and the same gene-editing...
Molecular Chaperone Networks in Plants: Maintaining Proteostasis an...
When a heat wave hits your garden mid-summer and your tomatoes drop their blossoms or your lettuc...
Scientists find gene that makes wheat grain richer in iron
Iron-deficiency anemia affects billions of people worldwide, and a staple crop like wheat that na...
Gene-edited potatoes pack in more vitamin A precursor
The humble potato, already a dinner-table staple for billions, could become a frontline defense a...
Gene-edited rice packs more nutrition and better flavor
The rice on your plate could soon be more nutritious and easier to digest thanks to a precise twe...
Two LEAFY homologues regulate floral patterning and development wit...
Understanding how kiwifruit flowers develop could help growers improve pollination success, fruit...
Characteristics of the C4 bundle sheath emerge in C3 rice after edi...
Rice paddies feed half the world on shrinking water budgets — and this single gene edit quietly r...
Climate Warming and Plant Disease: Mechanistic Insights Into Pathog...
The tomatoes, squash, and herbs you're nursing through a hotter, wetter summer are facing a gaunt...
Systemic mobile RNAs: From molecular mechanisms to agricultural app...
The potato in your garden doesn't decide to form tubers by accident — a tiny RNA molecule travels...
Improving low-phosphate tolerance via tissue-specific CRISPR/Cas9 k...
Rice paddies worldwide are quietly starved of phosphorus — and the fertilizer fix is running out ...
A Conserved DT2-bZIP66-NF-YC4 Regulatory Module Confers Drought Tol...
Rice paddies already stressed by shifting monsoons could stay productive longer if breeders activ...
Vacuum and Sonication Treatment Enable Efficient Transient Gene Exp...
Faster, cheaper ways to study plant genes mean researchers can more quickly develop crops that re...
A pennycress transparent testa 8 knockout mutant has drastic change...
Breeding better pennycress could turn an overlooked winter weed into a widespread biofuel crop, p...
Phytohormones as key regulators of plant resilience under salinity ...
When you water your tomatoes with a dilute seaweed extract or notice your basil wilting on a heat...
Jasmonic acid crosstalk with secondary metabolites and plant growth...
Salt is quietly creeping into farmland worldwide — and the same chemical plants use to defend aga...
Strain, procedures, and tools for reproducible genetic transformati...
Duckweed grows explosively fast on water surfaces you've seen in ponds and lakes, and now that sc...
Targeting cell death processes for insect pest control: a promising...
New insect pest control strategies targeting insects' own biology could mean fewer broad-spectrum...
TKC-MC: An Effective Strategy for Generating Heritable Heterozygous...
Understanding which genes keep crops alive and healthy is a key step toward breeding rice and oth...
In perennial Arabis alpina, CONSTANS and FLOWERING LOCUS T have com...
Understanding how perennial plants decide when to flower — and why some branches bloom while othe...
Enhanced editing of Bifidobacterium lactis using the endogenous Typ...
Better gene editing tools could lead to crops that are more resistant to drought, disease, or pes...
Soybean chemical helps plants seal up during drought stress
If you've watched tomatoes or beans wilt in a summer dry spell, this points to a natural plant co...
A rapid Agrobacterium rhizogenes-mediated transient expression for ...
Faster gene-editing validation means plant scientists can more quickly breed tomatoes and other c...
The rice DEAD-box RNA helicase OseIF4AIIa associates with the CCR4-...
Understanding how rice survives drought, cold snaps, and salty soils could help scientists breed ...
Multi-omics analysis of interspecies interactions in a soil Strepto...
Invisible bacterial communities in your garden soil are constantly signaling and competing with e...
The GmCYCLOPS paralogs regulate soybean nodulation and exhibit sign...
Every bag of soybean-based fertilizer or tofu you've ever touched exists partly because soybean r...
Knockout of OsRbohD (the NADPH Oxidase Gene) Enhances Saline-Alkali...
Vast stretches of farmland worldwide are becoming too salty and alkaline to grow food — and this ...
Crops exposed to extreme conditions: perspectives of gene editing t...
The tomatoes, wheat, and rice you grow or buy are increasingly battered by hotter summers and err...
Functional specialization of two jasmonic acid-amido synthetases in...
Rice paddy fields are quietly locked in an arms race with tiny sap-sucking insects called brown p...
A GmWRKY20-GmbZIP9 transcriptional module synergistically activates...
Soybeans are in roughly 60% of processed foods — breeding drought-tougher varieties means more st...
The molecular regulation of axillary bud fate determination and out...
Every strawberry runner your plants send out this summer — those arching stems that root and make...
Dual repression of OsSnRK1β1A by the deubiquitinase OsOTUB1 orchest...
Rice feeds more than half the world's population, and every grain on a panicle — that feathery se...
Identification of the Importin β gene family in tomato (Solanum lyc...
Tomato plants engineered without this gene wilted and struggled under dry conditions, pointing to...
Tomatoes get sweeter when a sugar-export protein is switched off
The tomatoes ripening on your patio vines owe their sweetness to a tug-of-war inside their cells ...
Base editing in rice using nuclease-deactivated CRISPR/Cas-SF01.
Rice feeds more than half the world's population, and this more precise editing tool could accele...
A Key Role for S-Nitrosylation in Immune Regulation and Development...
Every tomato plant, rose bush, and oak tree in your garden inherited an ancient immune system tha...
Gene edit makes canola resist a costly white mold fungus
White mold rots the stems of canola, sunflowers, beans, and lettuce in home and market gardens al...
Targeted multiplex gene knockouts in Lemna minor using CRISPR/Cas9.
Duckweed — the green film you see floating on ponds — could soon be engineered to grow the protei...
Heterodimers of the MADS transcription factors GhAGL1 and GhAGL4 mo...
Every cotton T-shirt, towel, and pair of jeans depends on the length and abundance of fibers grow...
Gas5A, a putative glucanosyltransferase from Botrytis, functions as...
Gray mold (Botrytis) destroys strawberries, tomatoes, and roses in your garden — understanding ex...
Single-minded regulates larval energy homeostasis in the fall armyw...
Fall armyworms chew through corn, sorghum, and rice fields across six continents every season, an...
Viruses deliver gene-editing tools into wheat's complex genome
Wheat breeders have spent decades trying to make the crop more resilient to heat and drought, and...
Plants close their pores and repair drought damage using two teamwo...
Every drought-stressed tomato, squash, or fruit tree in your garden is already running this same ...
Mapping and Functional Characterization of Homologous Genes AhSUCA0...
The peanut butter on your toast and the boiled peanuts at the ballpark could soon be tastier, cre...
Biotechnological Improvement of Fiber Crops: Role of In Vitro Cultu...
Cotton in your jeans, linen on your table, and hemp in your bag could soon be grown with far less...
Mated moth antennae switch on one sensor to skip egg-laying sites
Peach orchards and corn plots across Asia are being bored apart by a moth whose larvae tunnel dir...
Waxy leaf coatings can be gene-edited to keep crops drought-resilient
Every drought-stressed plant in your garden is fighting water loss through its skin, not just its...
Genotype-specific optimization of in vitro regeneration and Agrobac...
Rice on your dinner plate — especially fragrant varieties like jasmine-style Indian rices — could...
Evaluation of computational tools for the prediction of CRISPR/SpCa...
Better gene-editing tools mean scientists can more quickly and precisely develop disease-resistan...
ZmDRL1 regulates maize leaf angle via phytohormone signaling.
The corn on the cob at your summer barbecue exists because breeders have spent decades coaxing ma...
Gene editing gives rice a fighting chance against drought and disease
Rice feeds more than half the world's people, and the breeding advances reviewed here could mean ...
Rice summons pest-killing wasps by sniffing out which bug laid the eggs
Rice fields across Asia may already be running a chemical communication network that calls in all...
Disabling one rice protein keeps arsenic out of the grain
Rice grown in arsenic-tainted paddies — a widespread problem across South and Southeast Asia — ab...
Gene-edited soybeans grow bigger seeds when planted close together
Soybeans planted in tight rows have historically produced smaller seeds, but this edit could let ...
Functional genomics in sugarcane breeding: key challenges and strategies.
Sugarcane supplies about 80% of the world's sugar and a growing share of renewable biofuel, so br...
NtMBD1 regulates shoot branching regulation and evolutionary differ...
Tobacco farmers lose yield to unruly side shoots they must manually remove, and the same branchin...
Gene editing offers a faster path to tougher, climate-ready crops
The tomatoes and rice on your plate could soon come from plants engineered to survive the salty, ...
On-site, highly-sensitive and multi-signal detection of cucumber ba...
The cucumbers at your farmers market or in your garden are vulnerable to fast-spreading bacterial...
Sugarcane viral diseases: Epidemiology, detection, and advanced bre...
Sugarcane viruses quietly erode the sugar and ethanol in every stalk harvested, meaning the price...
Editing three rice genes together produces dramatically saltier soi...
As coastal farmland and irrigation water grow saltier worldwide, this kind of gene-stacking appro...
Corn engineered to make a new sugar survives heat better
As summers get hotter, the corn in fields you drive past could increasingly struggle to survive h...
A hidden gas switch controls tomato ripening and yield together
The tomatoes ripening too fast on your kitchen counter or in your garden bed are running on the s...
Negative Regulators of Rice Agronomic Traits: Functional Insights a...
Every bowl of rice you eat is shaped by thousands of years of breeding, but a new class of gene t...
Fine-tuning quantitative agronomic traits by manipulating gene copy...
Rice breeders now have a dial, not just an on/off switch — meaning the bowl of rice you eat could...
One wheat gene toggle balances plant shape and drought survival
If you've ever watched a garden bed wilt fast in a dry spell, this research points to a single mo...
One gene edit makes tomatoes tougher against virus and drought
If you've ever watched a tomato plant wilt in a summer dry spell or curl up with mosaic virus, th...
Breaking one rice gene made plants far more drought hardy
If you've ever watched a garden crop wilt during a dry spell, this points to the exact molecular ...
One gene switch controls potato's natural toxin production
The next time you leave a bag of potatoes near a sunny window and see them turn green, you're wat...
High-throughput design of defined microbial consortia for crop protection.
The garlic and greens you grow in raised beds could soon be inoculated with a precision-blended m...
Engineering herbicide-resistant sorghum with CRISPR/Cas9-mediated a...
Sorghum grows in the driest, hardest fields where other grains fail, and cleaner herbicide tolera...
An integrated framework to elucidate mechanisms underlying host-bra...
Tomatoes in your garden or at a local farm market face a stealthy underground threat — a parasiti...
Alternative splicing as a plant survival toolkit: molecular mechani...
Every tomato, wheat plant, and garden bean in your beds is already using this genetic remix trick...
Harnessing Genomics Approaches for Heat Stress Resilience in Wheat:...
Wheat fields across the Great Plains are already losing yield to spring heat waves that hit durin...
Editing strigolactone biosynthesis genes in tomato reveals novel ph...
If you've ever grown tomatoes near fields plagued by broomrape — a rootless parasite that latches...
Scientists breed wheat with far less gluten in one generation
If this wheat reaches fields and mills, the bread, pasta, and pastries on your table could someda...
Deleting one rice gene makes plants far more salt-tolerant
Salty soil is quietly taking farmland out of rice production worldwide, and knowing exactly which...
Decoding heavy metal tolerance in rice: Nucleic acid-based technolo...
Rice paddies grown in soils with even trace heavy metal pollution quietly concentrate cadmium and...
CmBt and CmBr synergistically regulate cucurbitacin B biosynthesis ...
Melon breeders now have a precise genetic target to eliminate the mouth-puckering bitterness that...
Potential unlocked: an atlas of cloned wheat genes for genome engin...
The bread wheat in fields near you is quietly losing ground to new diseases and hotter, drier sum...
Development of fragrant broomcorn millet (Panicum miliaceum L.) via...
Broomcorn millet is one of the oldest drought-tolerant crops humans ever cultivated — and now gen...
CRISPR/Cas9-mediated genome editing reveals the involvement of a po...
Gromwell's deep-red root dye has colored textiles and lip balms for centuries, and unlocking the ...
Multiplex gene editing enables the multibiofortification of essenti...
Tomatoes you grow from seed today are one gene-editing generation away from delivering meaningful...
Removing a molecular brake made rice plants yield more
The rice on dinner tables worldwide could get a genetic tune-up from this discovery, since engine...
The SlCBL-SlCML24 module mediates silicon-enhanced resistance to ba...
Sprinkling a silicon-rich soil amendment like diatomaceous earth around your tomato plants isn't ...
Multiplex Editing of BnBAK Genes Creates Compact, Semi-Dwarf Rapeseed.
If you've ever watched a field of flowering rapeseed flatten in a summer storm, this is the scien...
PCdb: A comprehensive plant genome-editing database integrating sgR...
The rice, wheat, and vegetables you eat could be made more nutritious, drought-resilient, or dise...
Advancement in bioremediation of heavy metals in sustainable way: A...
Leafy greens and root vegetables grown in contaminated urban or industrial soils can quietly accu...
Glycolysis Dominates Over Photorespiration in Governing Oxalate Acc...
The tart bite of wood sorrel on a trail walk and the gritty feeling spinach leaves on your teeth ...
One gene edit gives tomatoes a simpler root and salt tolerance
If you've ever watered a tomato plant with municipal water high in salts or gardened near a coast...
Genome study maps the war between fire blight and its viruses
Fire blight can turn a healthy backyard apple or pear tree into blackened, dying branches in a si...
Gene duo helps tomato plants shrug off cold snaps
If you've ever lost tomato seedlings to a late spring chill, this research points toward future v...
Ethylene-mediated CsWRKY41 regulates the PYL-PP2C module to promote...
Cucumbers in your garden are naturally wired to sprout emergency roots from their stems during a ...
CRISPR/Cas9-mediated editing of the GhJAZ2 gene improves fiber leng...
Cotton clothes, towels, and bedding could become stronger, softer, or more sustainably produced a...
Bibliometric-Based Analysis of Global Trends and Collaborative Netw...
Crops shaped by the CRISPR tools this study tracks are already entering food systems worldwide — ...
Understanding Cell Wall Enzyme Function: From Classical Approaches ...
The same molecular machinery that lets a sunflower stalk stand six feet tall without snapping is ...
CRISPR-Mediated Intronic Knockin of Pre-amiRNA Enables Targeted Gen...
Breeding a crop — or even an ornamental — that resists a specific disease without carrying foreig...
Ultrasensitive, low-input detection of avocado sunblotch viroid via...
Avocado trees infected with Sunblotch Viroid can look perfectly healthy for years while quietly p...
Cytokinin histidine kinase receptors regulate multiple aspects of r...
Grasses from your backyard lawn to ornamental bamboo share the same hormonal wiring this study ju...
WOX5 expression stimulated by the transcription factor NF-YAc repro...
Every legume cover crop you turn under to rebuild your garden soil is running this exact genetic ...
The Role of Two Glycoalkaloid Metabolism Genes in α-Tomatine Biosyn...
The gray mold that collapses your tomato plants by August has evolved its own molecular toolkit t...
Development of a PCR-Cas12a-LFD visual detection system for highly ...
Faster, easier pathogen detection means farmers can catch crop-killing infections before they spr...
The AT-HOOK MOTIF CONTAINING NUCLEAR LOCALIZED gene promotes somati...
The towering tulip poplar lighting up eastern forests with orange-and-green blooms each spring co...
Scientists map rice's hidden defenses against extreme heat
The rice that feeds more than half the world's population loses grain quality and yield when flow...
Scientists fix a stubborn gene-editing tool's DNA-opening problem
Better versions of small, efficient gene-editing tools like this one could eventually make it fas...
The ZmRACK1-ZmCDPK7-ZmAPX1 module regulates plant antiviral immunity.
Every corn plant in a field quietly runs a molecular immune system shaped by millions of years of...
WUSCHEL in forest trees: evolutionary organizer, vascular architect...
Cuttings from your favorite ornamental tree sometimes refuse to root no matter what rooting hormo...
Advances in multiplex precision genome editing in eukaryotic and pr...
The tomato on your windowsill, the wheat in your bread, and the soybeans in countless foods could...
Identification of a novel BBWV2 isolate and a sensitive and rapid R...
If you grow peppers, fava beans, or spinach and notice mysterious wilting or stunted plants, this...
Overcoming redundancy in the Arabidopsis TREHALOSE-6-PHOSPHATE PHOS...
When your tomatoes or fruit trees branch poorly or show yellowing leaves despite fertilizing, the...
Cyclophilin A-mediated cis/trans isomerization modulates RIN4 to co...
Every bag of dry lentils, every snap pea clinging to your trellis, every patch of clover feeding ...
Establishment of an RT-LAMP-CRISPR/Cas12a detection system for grap...
Grapevine fabavirus can silently devastate a vineyard season before most growers even know it's p...
One gene switch decides if tobacco fights disease or grows faster
Any gardener who has watched a stressed plant either toughen up or put out a growth spurt is seei...
Application of digital PCR and CRISPR/Cas13a-based fluorescent assa...
Cotton fields in Texas are under threat from a spreading virus that's quietly cutting yields, and...
Prime editing: evolution of CRISPR-Cas system for a robust next-gen...
The wheat, rice, and corn being developed with this technology could one day yield reliable harve...
Agro-nanotechnology: A comprehensive overview of its role in ground...
Peanut butter on your shelf is one crop failure away from aflatoxin contamination — a potent carc...
Pan-genome analysis of the P-type ATPase gene family in Prunus mume...
Breeders working with ornamental plums and apricots now have a precise genetic dial for tuning fr...
The Transcription Factor OsWRKY30 Regulates Rice Resistance to Sout...
Rice paddies across Southeast Asia are losing entire harvests to a virus spread by planthoppers —...
Synergistic HMGN1 and VP64 Fusions Potentiate High-Precision and PA...
Rice breeders working to develop drought-tolerant or disease-resistant varieties just gained a to...
AtGATA5 contributes to ABA-mediated seed germination by promoting N...
Every seed you plant — from tomatoes to native prairie flowers — decides whether to sprout or sta...
The GATA5-GhFBA1_At-KNAT7 module regulates fruit branch angle and h...
Cotton fields packed tighter together can yield more fiber per acre without clearing new land — a...
Recent Advances in the Comprehension of Molecular and Genetic Mecha...
Every time you skip a synthetic fungicide on your tomatoes or squash, you're betting on something...
High-throughput Raman-activated cell sorting of microalgal genome-w...
Carotenoids are the same pigments that make your carrots orange, tomatoes red, and marigolds glow...
Reconfiguring biofortification strategies to transform food systems...
Seed banks hold thousands of forgotten vegetable and grain varieties that are far more nutritious...
Plants can soak up toxic lead and cadmium from soil
If you garden near an old industrial site, a busy road, or a house built before lead paint was ba...
Advancing the frontier of plant-based therapeutics: critical innova...
Medicines and vaccines of tomorrow may be grown in fields rather than manufactured in expensive i...
Gene-edited rice cooks softer without sacrificing yield or protein
The stickiness and texture of the rice on your plate comes down to specific proteins in the grain...
A Comprehensive Review on Metabolomics-Guided Metabolite Production...
Many herbal remedies and plant-derived medicines are limited by slow-growing plants, climate, and...
GH3 phylogenetic subgroups define divergent routes of auxin inactiv...
Every time you pinch a stem tip to make a houseplant branch, or watch a cutting sprout roots in w...
Mammalian growth factors enhance regeneration in transgenic tomato lines.
Heirloom and heritage tomato varieties — the ones with the best flavor but the worst disease resi...
The cotton 1R-MYB transcription factor GhMYS1 promotes fiber cell e...
Cotton fibers are essentially single cells that must stretch to extraordinary lengths before they...
Pharmacological characterization and functional divergence of tyram...
Every cabbage, kale, and broccoli plant in your garden is a potential target for the diamondback ...
An F-box protein OsFKF1 interacts with either OsGI or Hd1 and media...
Rice paddies blanket more of Earth's farmed land than almost any other crop, and a single molecul...
One gene helps rice grains grow bigger and fill out fully
The rice on your dinner plate got there because of exactly this kind of grain-filling process, an...
Satellite DNA Editing Enables Meiosis-Independent Chromosome Engineering
Aspen groves — those quaking, golden-leafed giants that clone themselves across entire mountainsi...
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...
Leveraging RNAi and CRISPR/Cas9-based strategies for target gene ch...
Western flower thrips can devastate a pepper, tomato, or flower garden almost invisibly, and they...
CRISPR/Cas9 Mediated Genome Editing for Enhancing Abiotic Stress To...
Rice feeds half the world's population, and the droughts and salty soils creeping across growing ...
Early Flowering (ELF) Gene Integrates Vegetative Growth, Flowering ...
Gardeners who've wrestled with crops that bolt too early or fruit trees that refuse to set seed a...
Discovery and Engineering of a Rat Endogenous Retrovirus Reverse Tr...
Crops edited with greater precision and efficiency could mean disease-resistant tomatoes, drought...
GhTTLL12 Coordinates With Transcriptional Regulators GhMML3 and GhM...
Cotton's softness comes down to the length of individual cells — and this discovery gives breeder...
Loss-of-function of MIR172b and prime editing of SNB reveal a regul...
Rice paddies breeding cleistogamous varieties could produce seed that stays genetically pure seas...
GmENDO-like 1, a structurally divergent homolog of S1/P1-type endon...
Soybean breeders now have a precise genetic dial for controlling flowering time — the same kind o...
Scientists are racing to breed crops that survive a hotter, drier world
Breeding work happening in labs right now will determine which vegetables and grains remain viabl...
A step-by-step CRISPR guide unlocks faster breeding of resilient corn
Corn breeders now have a detailed technical playbook for editing specific traits, like drought to...
Scientists mapped the genes that help soybeans survive drought and heat
Soybeans quietly anchor the protein in everything from tofu to livestock feed, and the genetic to...
Gene editing can make crops survive drought and disease without foreign DNA
The olive groves and wheat fields that have shaped Mediterranean landscapes for millennia are now...
Beneficial microbes on citrus skin can outcompete green mold in storage
Every orange, lemon, and mandarin sitting in storage or on a store shelf is quietly vulnerable to...
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...
Disabling a rice gene makes seeds sprout prematurely in wet conditions
Rice fields that get hit by rain just before harvest can sprout right on the stalk, and understan...
Edible plants engineered to carry vaccines could replace needles an...
The potato plant in your garden could one day carry a working vaccine inside its cells, grown and...
Scientists publish a complete CRISPR recipe for editing corn DNA
Corn breeders now have a streamlined playbook for snipping out traits like susceptibility to drou...
Scientists found a genetic dial that controls wheat shoot number an...
The bread wheat in your pantry is shaped grain-by-grain by molecular signals discovered in studie...
Duplicate gene copies were hiding crop stress secrets from scientists
Crops bred to hold up through a drought summer or a late frost in your region depend on scientist...
Methylviologen resistance in loss-of-function mutants of the polyam...
Faster, cleaner gene-editing tools mean the rice on your plate could be bred to withstand drought...
Gene editing gives disease-prone pulses a shortlist of pathogen-blo...
Chickpeas, lentils, and dry beans fail at alarming rates when fungal or bacterial disease sweeps ...
Golden Promise-rapid, a fast-cycling and transformable barley genotype.
Faster barley research means the drought-tolerant, disease-resistant varieties destined for farme...
Reconstruction of a Bis(bibenzyl) Biosynthetic Pathway through Anal...
Liverworts have quietly been making potent antimicrobial and anti-cancer compounds for millions o...
Gene editing reveals why farmed wheat lost its rain-sprouting resistance
Soggy weather before harvest can cause wheat grains to sprout right on the stalk, ruining entire ...
Insights and applications for understanding the allergology, immuno...
Understanding exactly which plant proteins cause hay fever and food allergies could lead to bette...
CRISPR editing could give farmers precise control over seed germina...
Seeds you save from your garden this fall carry dormancy cues shaped by hormones and environment,...
A single gene switch controls when soybeans decide to flower
Soybeans are notoriously fussy about day length, which limits where farmers can grow them; unlock...
Integrating microbial bioremediation, multi-omics, and emerging tec...
The soil in your vegetable garden or the park where your kids play may harbor invisible carcinoge...
Gene editing reveals how aloe vera builds its key medicinal molecules
Aloe vera on your windowsill makes its famous soothing gel and bitter compounds through a precise...
A single cell-wall protein controls the first steps of plant embryo...
Seed germination rates and embryo viability in crops and garden plants depend on molecular signal...
Heat treatment and protein tweaks make maize gene editing far more ...
Corn varieties farmers grow today took decades of careful breeding to perfect, and until now, add...
Broken barley gene turns husks orange and cuts tough plant fiber
Barley straw piled behind a farm or brewed into compost breaks down faster when its lignin is low...
New soybean gene variant boosts quality without shrinking seeds or ...
Soybeans grown from seeds with this trait could deliver better oil and nutritional profiles witho...
Resistance of Botrytis cinerea to anilinopyrimidine fungicides: A n...
Gray mold quietly destroys strawberry and tomato harvests — and the fungicide most growers spray ...
Fvchli deficiency impairs ABA-mediated stomatal closure and enhance...
Strawberry angular leaf spot — caused by the bacterium this study targets — is one of the most da...
Watermelon plants edited to survive common herbicide without added genes
Watermelon growers spend significant effort managing weeds around young plants, and a glyphosate-...
CRISPR/dCas9-Assisted On-Bead Multiplex Detection (BeadPlex2) for G...
Knowing exactly which genetic modifications are in your food—whether it's the corn in your tortil...
Grain crops use a hidden root-to-shoot chemical messenger system
The wheat, rice, and barley fields that make up most of the world's calories could become more dr...
Engineering crop determinacy: CRISPR/Cas based advances in self-pru...
The bushy, vining tomato taking over your raised bed every August exists because of one ancient g...
Gene Editing of Nicotiana benthamiana Architecture for Space-Effici...
Vertical farms stacked in warehouses could soon grow the plant-based medicines your doctor prescr...
CRISPR/Cas9-mediated knockout of ZmHMA3 reveals its essential role ...
Corn fields on former industrial sites or heavily fertilized soils can quietly accumulate toxic z...
Overcoming breeding barriers with genome editing in autopolyploid crops.
The potato in your garden likely carries four copies of every gene — meaning breeders have to kno...
CRISPR/Cas9-mediated disruption of the gamma carbonic anhydrase 2 g...
Tomato seedlings on your windowsill are racing to germinate before their stored energy runs out —...
miR164c-CUC2 Module Modulates Salinity Stress Tolerance in Soybean ...
Soybean fields worldwide are slowly losing ground to creeping soil salinity, and this discovery h...
BSMV-mediated genome editing exhibits host-specific heritability: g...
Barley grown for craft brewing, heritage grain projects, or cool-climate farming could be adapted...
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...
Genetic and pharmacological inhibition of the Kir2A channel in diam...
Diamondback moths have evolved resistance to nearly every pesticide used against them on cabbage,...
Scientists map cucumber genes to outsmart mildew diseases
If you've ever watched the leaves on your backyard cucumber vines turn white and crumple by midsu...
TALEs, TALENs, and TALE Base Editors: From Plant Pathology to Biote...
Bacterial diseases that devastate rice, citrus, and pepper crops worldwide may soon be controllab...
Conserved C3H/APX bifunctionality coordinates lignin deposition and...
Poplar and other fast-growing trees used in bioenergy and timber production could be precisely en...
The phytochrome interacting factor 3 (PIF3) mediates low accumulate...
Rapeseed fields planted after the rice harvest in southern China — and eventually in colder north...
Cis-regulatory editing of SD1 promoter enhances TCP19-mediated repr...
Tall rice stalks snap in storms, flatten entire paddies overnight, and can wipe out a harvest tha...
Overexpression of the BAHD Acyltransferase-Like Protein gene OsDCR ...
Salt-damaged farmland is quietly swallowing rice paddies across South and Southeast Asia — the fi...
Optimized tRNA processing and TREX2-SpCas9 fusion enable high-effic...
Rice varieties that resist new blights, tolerate flooding, and need less fertilizer all at once h...
The SlASR4 Interaction with the Phloem Protein2 (SlPP2) regulating ...
Tomatoes are notoriously thirsty plants, and understanding how they can be bred to handle dry spe...
How bean plants and soil bacteria survive climate stress together
The bean plants and peas in your vegetable bed rely on a hidden bargain with soil bacteria that t...
Turning off one gene makes citrus roots handle salt better
If you grow citrus in a container or a yard near the coast where irrigation water or soil can tur...
Tweaked tomato plants yield more fruit and resist stress better
The tomatoes ripening on your patio vine are limited by a built-in inefficiency in how plants rec...
Writing Big in Plant Genomes: Advances, Challenges and Strategies f...
Crops engineered with these tools could be tailored to resist drought, pests, or disease without ...
PlantRG: A Comprehensive and User-Friendly Database for Plant Resis...
Every tomato blight, rose black spot, and wheat rust that devastates a garden or farm is fought —...
Rice phosphate transporter reduces the low phosphate response throu...
Rice paddies worldwide get drenched in phosphate fertilizer partly because the plant panics and s...
Hormone-optimized hypocotyl-epicotyl-cotyledonary tri-complex expla...
Soybeans feed billions of people and fix nitrogen into soil — and this breakthrough means researc...
Targeted knockout of barley Ycf54 demonstrates its essential functi...
Every green leaf on every plant in your garden depends on a tightly choreographed chain of molecu...
A Hierarchical VvbHLH30-VvERF70-VvACS2 Module Orchestrates Ethylene...
Grapevines in your region face increasing frost-damage risk as unpredictable late freezes catch b...
Uncovering the Central Role of GhSPL13 in Vegetative Growth, Root A...
If you've ever watched a plant push out more roots after a dry spell, you're seeing a version of ...
WRKY30 negatively regulates lateral root development downstream of ...
Lateral roots are how plants mine deeper soil for water and nutrients, so understanding the molec...
Boosting one rice gene creates a natural pest-repelling scent
The rice on your plate might one day need fewer pesticides thanks to a single gene that lets the ...
Plants use cell-damaging molecules as hormone messengers
The tomato plant wilting in a heat wave or the seedling stretching toward a window is running on ...
A tiny rice gene switch boosts grain size and delays sprouting
Rice that sprouts on the stalk before harvest is a costly problem for farmers worldwide, and this...
Scientists want to fast-track wild plants into new crops
That scrappy wild grass or weedy relative growing at the edge of a field could one day become a d...
Rice gene uses a hormone signal to unlock pollen release
Anyone who's grown tomatoes, peppers, or beans knows a flower that won't release pollen never set...
Scientists combine gene editing and fast breeding to toughen up legumes
The cowpea, common bean, or fava bean you grow in your garden could soon come in climate-tough va...
Gene discovery could make foxtail millet shorter and sturdier
Foxtail millet feeds millions across Asia and Africa on land too poor for other crops, and a stoc...
Scientists find the gene behind stunted, dark-leaved potato plants
Potato breeders often cross wild and cultivated varieties to boost hardiness, and this discovery ...
Gene-edited potatoes could mean healthier, safer french fries
The next bag of fries or chips you buy could come from a potato engineered to resist the cold-sto...
New sensor reads viral protein networks before symptoms show
If your tomatoes or peppers ever came down with a mysterious virus that spread through the whole ...
Decoding how rice fights off the false smut fungus
Rice feeds half the planet, and false smut turns healthy grains into useless black spore balls, s...
Tiny wheat shoots could pack a big nutritional punch
If you've got a sunny windowsill and a tray, you can grow a nutrient-dense crop from seed to harv...
Tomato gene found that keeps leaves green in darkness
If you've ever wondered why some houseplants yellow fast in low light while others hang on, this ...
A genome sequence and efficient CRISPR/Cas9 gene editing tools for ...
Those tiny pale stipples appearing on the undersides of your tomato leaves in July are spider mit...
One gene controls cucumber's prickly skin and pest defense
The bumpy spines on a fresh cucumber aren't just texture, they're a chemical defense system, and ...
Scientists found the protein that controls how chloroplasts split in two
Chloroplasts are what make plants green and allow them to capture sunlight for energy — understan...
Loss of ZmDMP increases phosphatidic acid production and disrupts l...
Seed developers can stabilize a new corn variety in two seasons instead of six using haploid indu...
Gene-editing tool maps individual cell switches to speed plant breeding
Breeders have long wanted to flip individual genetic switches to make a tomato resist blight or a...
Development of a Recombinase Polymerase Amplification-CRISPR/Cas12a...
Cacao trees can silently harbor a virus for entire growing seasons with zero visible symptoms, me...
Gene editing lets scientists fine-tune rice for better eating quality
The stickiness of your sushi rice, the fragrance of jasmine rice, and the chalky white spots that...
Cheaper DNA test spots gene-editing results in rice plants
Every bowl of rice grown from an edited seed had to pass a screening test somewhere along the way...
A 400-million-year-old genetic switch shapes how all plants grow
The same molecular circuit that tells a moss-like liverwort where to grow leaves versus stems is ...
Rice genes labeled 'broken' turn out to control pollen fertility
The next time a tomato or squash plant sets fewer fruit than expected, the culprit could be a pol...
A tiny rice RNA molecule controls whether plants can make seeds
Rice feeds more than half the world's population, and understanding how this plant fine-tunes its...
Butterflies lost a gene and lost their chemical flexibility
The passionflower vines climbing a trellis in your garden are locked in a chemical arms race with...
Pine gene makes poplar branches upright, but not the reverse
The difference between a tree that grows narrow and upright versus one that spreads wide comes do...
Tiny gene switches could keep toxic cadmium out of your food crops
If you grow vegetables in urban soil or near old industrial sites, this research points toward fu...
AI is quietly rewiring how scientists study and breed plants
The disease-resistant tomato variety at your garden center or the drought-tolerant grass seed at ...
Europeans fear pesticide residue more than gene-edited watermelon
The watermelon at your next cookout could come from a gene-edited seed grown with far fewer spray...
One gene switch makes tobacco leaves bigger or smaller
If a single gene can dial leaf size up or down in tobacco, the same trick likely works in related...
A steroid spray lets scientists flip plant genes on demand
The next drought-tolerant tomato or disease-resistant wheat variety in development may owe its pr...
Tobacco's asparagine genes control germination speed and salt tolerance
If you've ever watered a garden bed with slightly salty tap water or coastal soil and watched see...
New gene combo speeds up lab-based corn engineering sevenfold
The sweet corn in your garden and the field corn feeding livestock down the road both depend on b...
Gene-edited mint produces essential oil with fewer off-flavors
The mint in your herb garden or windowsill pot carries the same chemistry that determines whether...
Scientists find a gene that helps wheat survive drought
The bread wheat that ends up in your flour depends on genes like this one to keep yielding grain ...
Plants' hidden RNA messages could reduce need for pesticides
The tomato plant wilting in your garden during a heat wave is running an internal RNA-based alert...
Scientists combine gene editing and soil microbes to future-proof crops
The vegetables in your backyard bed could one day resist drought and pests thanks to the same gen...
Engineered plants could soak up toxic metals from soil
That community garden plot near an old industrial site or busy road might carry lead or cadmium i...
Two soybean proteins team up to build seed oil
The tofu, edamame, and cooking oil in your kitchen all trace back to how efficiently a soybean se...
Scientists finally crack the code for editing pea genes
The peas in your garden or on your plate have been notoriously hard to genetically improve, but t...
Scientists gene-edit beech tree cells for the first time
The beech trees shading forest trails across Central Europe are struggling with climate change, a...
CRISPR gene editing could speed up breeding drought-tough forest trees
The poplar, pine, or eucalyptus stands you hike through could someday be bred for drought resista...
Disabling one potato gene delays both flowers and tubers
The potatoes on your dinner plate form underground tubers on a strict internal clock, and this st...
Two competing genes decide how long your cucumber grows
The next time you pick between a stubby pickling cucumber and a long slicing one at the farmers m...
Deleting a 'resistance gene' barely dented spider mite pesticide defenses
The two-spotted spider mite is one of the most destructive pests on tomatoes, roses, beans, and h...
Why uniform crops need more genetic diversity to survive
The identical rows of corn or wheat you see stretching across farmland are genetically nearly ide...
AI could unlock hidden climate-tough genes in wild crop relatives
The heirloom tomatoes and drought-resistant grains of tomorrow may depend on wild plant genes tha...
Why crops and their wild cousins refuse to interbreed
The tough, drought-hardy wild relatives growing at the edge of farm fields hold genetic tricks th...
Scientists find rice gene that fights a yield-killing fungus
Rice feeds more than half the world's population, and this gene variant could help breeders devel...
Editing plant cell power plants could reshape crop breeding
The hybrid corn or onion seeds you plant each season rely on a mitochondrial trick called cytopla...
Gene editing could give apple trees natural disease immunity
If you've ever grown an apple tree and watched its leaves develop dark blotchy spots by midsummer...
AI vision and gene mapping speed up mungbean breeding
The mung beans in your sprouts or dal come from a crop that's about to get easier to breed for bi...
Timing melatonin production, not boosting it, may protect crops
The tomatoes wilting on a hot patio or the lawn struggling through a dry spell may one day be hel...
Tiny helper proteins could make crops tougher in a changing climate
The tomatoes ripening on your vine and the rice on your plate both depend on these microscopic pr...
Cutting a photosynthesis protein in wheat didn't save nitrogen
Farmers and gardeners alike depend on nitrogen fertilizer to grow grain crops, and this study sho...
New method isolates plant DNA sections without genetic engineering
The grapevines and tomatoes growing in gardens and vineyards could benefit faster from disease-re...
Tiny CO2-boosting cell structures could supercharge future crop yields
The push to engineer these carbon-concentrating compartments into crop plants could eventually me...
Scientists map how a toxic mold invades peanut crops
If you grow peanuts in a garden bed or buy peanut butter at the store, this mold is the reason so...
Scientists map sesame's internal drought survival toolkit
The oil in your kitchen pantry likely traces back to sesame fields where water scarcity already c...
Seaweed farms plus AI clean water and boost health products
The kelp and nori showing up in more grocery stores and garden ponds aren't just food trends, the...
This rice protein builds the machinery that captures sunlight
Every green leaf in your garden depends on chloroplasts assembling correctly, and this study pinp...
Canola's tangled genome finally decoded to breed better crops
That bottle of canola oil in your pantry comes from a plant with one of the most genetically comp...
One soybean gene largely decides how much vitamin E it makes
The cooking oil made from soybeans on grocery shelves owes its shelf-stability and nutrition part...
One gene lets tomato plants bend their own branches
If you've ever staked a tomato plant to keep sprawling branches under control, this gene is part ...
Gene-edited tomatoes handle salty soil better and taste just as sweet
If you've ever dealt with salty or poor-quality soil in a garden bed near a driveway or coastline...
Scientists map soybean's pollen-making cells gene by gene
Hybrid soybean breeding depends on controlling male fertility, and this cell-by-cell map hands pl...
Scientists edit plant DNA and leave no trace behind
The tomatoes and wheat bred with these tools could reach your grocery store without the GMO label...
Scientists map a hormone roadmap for smarter tree breeding
The reason a maple in your yard sends up multiple trunks instead of one straight one, or why a st...
Bacterial DNA map could help stop citrus and cotton disease
The citrus canker scarring orange peels at the grocery store and the cotton fiber in your t-shirt...
AI designs new gene-editing tools that work in plants and beyond
Compact gene-editing tools like these could one day let breeders tweak disease resistance or drou...
Rice proteins that shrink grains identified as breeding target
The rice on your dinner plate could get plumper and more abundant if breeders tweak this newly fo...
Plants can spot pathogens by catching their fingerprints on proteins
The tomatoes and peppers you grow could one day resist bacterial blight not because breeders foun...
Gene editing could help rice survive unexpected cold snaps
A single cold night at the wrong growth stage can wipe out a rice paddy, and this review maps out...
Sorghum's weed defense hormone quietly weakens its fungal allies
If you've ever top-dressed a garden bed with mycorrhizal inoculant, this shows how a single hormo...
CRISPR gene editing reaches inside plant cells' solar power factories
Chloroplasts control photosynthesis and are passed down only through seeds, not pollen, so editin...
This gene switch helps corn seeds sprout faster and stronger
The corn seedlings pushing up in fields and gardens this summer got their fast start from a molec...
Scientists pinpoint the gene coloring mutant rice seeds purple
The antioxidant-rich pigments that make some grains look richly colored, from purple rice to red ...
Gene edit makes one sorghum plant do two jobs
A single tweaked gene could let farmers grow one crop that feeds people, livestock, and biofuel p...
Gene-tracing tool finds soybean's salt-stress alarm switch
If you've ever watered a raised bed with well water high in salts or gardened near a de-iced side...
Pigeonpea gene family holds clues to fighting a crop-killing virus
Pigeonpea is a staple protein source across South Asia and East Africa, and sterility mosaic dise...
How scientists trace helpful crop mutations back to their genes
The drought-tolerant tomato variety or disease-resistant wheat you might grow one day likely got ...
One gene lets trees make both wood fiber and vitamin C
The next time you tap a maple or admire a tree's tough bark, you're seeing the output of a single...
Scientists gene-edit a popular purple houseplant for the first time
The velvety purple 'Sunset Velvet' oxalis on windowsills everywhere could soon come in new colors...
Corn's stress-response brake could help breed tougher crops
The corn in fields you drive past every summer relies on an internal switch that decides when to ...
Canola's flowering clock still ticks without a cold winter
If you've ever wondered why some canola or mustard-family crops bolt early in a warm spring, this...
Tropical crops hide genetic survival tricks scientists want to harness
The banana, cassava and palm oil in your kitchen all come from plants that survived brutal tropic...
This gene family controls plant size and helps crops survive drought
The corn in a Midwest field that keeps growing through a dry summer may owe some of that resilien...
Scientists engineer crops to survive a key weed-killer class
The tomatoes and corn in your garden or on your plate increasingly depend on herbicide-tolerant b...
Gene editing tweak makes cattle feed corn more nutritious
The corn silage filling silos on dairy farms this fall could soon pack more vitamin C and protein...
Scientists combine soil science and gene editing to fight double cr...
If you've ever watched a garden bed struggle after a dry spell followed by a salty fertilizer mis...
Turning off one gene makes grass roots grow longer
Deeper, longer roots help crops like wheat and barley pull water and nutrients from farther down ...
One protein family quietly runs plant growth and stress defense
The purple hue in your basil leaves, the timing of your tomato's first bloom, and how well your g...
Cotton plant's leaf-drop trigger points to better machine harvesting
If you've ever watched cotton fields turn brown before harvest, this gene pair explains how the p...
Scientists edit coffee plant genes without leaving DNA behind
Your morning cup depends on coffee plants that take years to breed for disease resistance or bett...
Fruit skin's waxy coating is a tunable trait for breeders
The reason a tomato splits after rain or an apple stays glossy for weeks on your counter comes do...
Cloning and functional verification of endogenous U6 promoters for ...
Kenaf grows faster than trees and can be harvested for natural fiber, paper, and even insulation ...
A genome-wide CRISPR screen reveals how diatoms thrive in dynamic light.
Every breath you take owes something to diatoms: these single-celled algae produce as much oxygen...
Iterative Genome Engineering Platform Enables Efficient Sucrose Bio...
Sugar crops like sugarcane demand vast land and freshwater, but microbes that eat sunlight and CO...
Deleting all seven plant maintenance genes slows sprouting, stunts ...
Every time a seed on your windowsill fails to sprout or a seedling's roots stall out, the molecul...
Scientists built a genetic toolkit revealing how diatoms sense carb...
Diatoms floating in every ocean teaspoon absorb roughly as much CO2 as all the world's rainforest...
Two-guide CRISPR tool makes gene knockouts in poplar trees far simpler
Poplars are among the fastest-growing trees used for biofuels and carbon sequestration, and sharp...
Large-scale parallel characterization of RNA-guided nuclease activi...
Better gene-editing tools mean plant breeders can more safely engineer drought-resistant wheat, d...
Molecular biology of Pleurotus mushrooms: genomic resources, geneti...
Oyster mushrooms you can grow on cardboard in your kitchen closet are at the frontier of a geneti...
Degradation dynamics: an insight into microbial interactions with e...
Old military training grounds and quarry sites near your community may harbor explosive residues ...
Latent endogenous giant viruses drive active infection and inherita...
Seaweeds blanketing rocky shorelines and kelp forests are quietly harboring sleeping viruses that...
Diverse novel RNA polymerase III promoters and dual-activity promot...
Every rice variety, wheat strain, and corn hybrid you've ever grown carries hidden genetic contro...
GhOFP1-GhTALE-GhXTHB transcriptional cascade regulates cotton stem ...
Every woody stem you've ever trained up a trellis or pruned back hard owes its girth to a thin ri...
Enhancing CRISPR/Cas-Mediated Gene Knockout With Short Non-Homologo...
Algae engineered with sharper gene-editing tools could soon produce the sustainable biofuels and ...
Same pest mutation gives different resistance depending on the mite's genes
If you've sprayed a houseplant or greenhouse tomato for spider mites and watched the infestation ...
The algal homolog of the plant CER1 and CER3 proteins is a bifuncti...
The silvery bloom on a blueberry and the water-sheeting surface of a nasturtium leaf are relics o...
Tiny genetic switches could make millets tougher and healthier
Millets are the backbone of food security for millions of small farmers in drought-prone regions,...
Farm pest control's next leap builds on decades of small wins
The drones, sensors, and gene-editing tools reshaping large-scale pest control today are the same...
One gene switch controls how a major crop pest matures
The fall armyworm behind this study is one of the most destructive caterpillar pests on corn, sor...
Scientists chart a path to healthier, better-absorbed soy foods
If you grow edamame or soybeans in your garden, the variety you pick trades off yield against the...
New gene test catches fake camellia oil in your kitchen
The premium camellia oil you might buy for cooking or skincare is a common target for cheap oil s...
Plant extracts could replace hormones in farmed tilapia
Malabar spinach, a common leafy green climbing many backyard trellises, is being studied as a nat...
Two algae proteins team up to make more pigment
The lycopene in your tomatoes and the beta-carotene in your carrots come from the same biological...
Algae could replace plants as a source of medicinal compounds
The essential oils, resins, and medicinal compounds that come from slow-growing plants like yew t...
Plant cells use their recycling system to build enzymes, not just b...
The same cellular delivery system this study maps also shapes how plants respond to stress and re...
Decades-old algae lab strains had hidden chromosome scrambling all along
The way this single-celled algae balances two light-harvesting systems is the same basic mechanis...
AI reveals hidden fiber-digesting machines in gut bacteria
The fiber in your garden greens, whole grains, and that resistant starch in cooled potatoes only ...
Scientists share blueprint for programmable on-off switches in plants
The wheat in your bread and the canola oil in your pantry could one day carry precisely tunable g...
One chloroplast protein controls how well plants grow roots and shoots
The variegated leaves you might spot on a houseplant or garden ornamental trace back to protein q...
Literature horizon scan for new scientific data on plants, microorg...
Crops and foods reaching your grocery store or farmers' market may increasingly be developed usin...
Conserved and Lineage-Specific Roles of KEA-Mediated Ion Homeostasi...
Every green leaf catching sunlight in your garden runs on chloroplasts that must maintain a preci...
Plants manage RNA quality control differently than animals, new study finds
The molecular machinery that decides which of a plant's genes get read correctly and which get di...
Exponential signal amplification through coupled rolling circle tra...
Faster, field-deployable disease detection means a pathogen threatening your tomatoes, fruit tree...
Target-to-signal conversion and spatial enrichment cascade boost CR...
A sensor this sensitive could one day let growers catch a soil-borne pathogen—like the water mold...
One nonprofit's plasmid library fueled global CRISPR gene-editing boom
The disease-resistant tomatoes or drought-tolerant grains showing up in agricultural research tra...
Fungal gene switch unlocks tough plant fiber for decomposition
The soft, crumbly wood you find on a fallen log during a forest walk is the work of enzyme switch...
Free software helps plant labs track hundreds of DNA tools across projects
Every seedless watermelon, disease-resistant wheat, and drought-tolerant corn variety in developm...
Soil microbes' fat-splitting enzymes are replacing harsh industrial...
The microbes living in your compost pile and garden soil are part of the same biological toolkit ...
Lab fungus naturally fights soybean blight, then gets a CRISPR cleanup
Soybeans in fields near you face a water mold called Phytophthora that rots roots and can wipe ou...
10 years of CRISPR/CAS genomic engineering in Yarrowia lipolytica.
Yeast engineered to produce plant-identical oils and fatty acids could quietly replace palm and c...
Phage-plasmid-like elements are found throughout diverse environmen...
Soil microbes under your garden beds are constantly swapping genetic tools—including antibiotic r...
Engineered bacteria turn tobacco waste into useful chemicals
The tobacco plants grown for cigarettes leave behind nicotine-laden stems and dust that usually b...
Scientists map the future of editing plant DNA
The tomatoes, roses, and drought-tough grasses you'll be able to buy in a decade are being shaped...
Bacterial gene switches give scientists an off button for plants
The next generation of drought-tolerant or pest-resistant crops in your local farm stand may depe...
Engineers design a rulebook for teams of cooperating microbes
The microbial communities in your compost pile or around your plants' roots do their best work as...
Scientists want plant gene-editing toolkits to finally work together
The disease-resistant tomatoes, drought-tolerant wheat, and biofortified crops in development tod...
New free website organizes tools for building safer GM crops
If you've ever wondered how scientists decide a genetically modified tomato or rice variety is sa...
Exosome-like nanovesicles from acerola for CRISPR-Cas9 ribonucleopr...
The acerola cherry — a tropical fruit you might find at a Latin market or growing in a warm-clima...
Biotechnology as a catalyst for a coherent and embedded EU regulati...
New gene-edited vegetables and biotech-bred disease-resistant cultivars are waiting in legal limb...
Scientists mine global soil DNA data for new gene editors
The bacteria living in a single teaspoon of your garden soil carry their own genetic scissors and...
Running gene-editing tests twice cuts false leads in insect pests
The oriental fruit fly this study used is one of the most destructive pests of orchard and garden...
Old-school plant mutation trick now works on hidden bacteria
The same chemical mutagen gardeners' grandparents might recognize from old plant-breeding program...
New gene tool cracks open red algae's cell division secrets
The algae growing in hot springs and shallow tide pools you might pass on a hike belong to the sa...
Gene-edited crop safety reviews find no new risks so far
If you buy seeds or produce from gene-edited crops down the line, this ongoing safety scan is the...
Environmental antibiotics in wastewater disrupt zebrafish embryonic...
Same wastewater that irrigates community gardens, parks, and agricultural fields carries antibiot...
Conditional Expression of Cas9 and dCas9 in Lucilia cuprina Reveals...
Sheep blowflies destroy wool and kill sheep across Australia and beyond, driving up costs for far...
Scientists built a precise gene-editing tool for hard-to-modify gut...
Soil bacteria and gut bacteria are close cousins in the microbial world, and tools that let scien...
Journal issues correction notice for earlier aloe vera gene study
If you've read about scientists editing aloe genes to boost its medicinal compounds, this notice ...
Polyvalent Guide RNAs Enhance the CRISPR-Mediated Suppression of a ...
Same polyvalent CRISPR strategy was first proven in plants, meaning advances in plant virus resea...
New AI tool predicts gene-editing success in mice, humans
The underlying editing technology, prime editing, is the same molecular toolkit plant breeders in...
Genotoxicity profiling reveals distinct platform-and cell type-spec...
Gene editing tools developed in medical research — like the base editors here — are the same foun...
Superworm beetle shell-hardening gene proves critical for growth an...
Superworms are a go-to composting insect for breaking down kitchen scraps into garden castings, a...
CRISPR-based gene editing for antimicrobial resistance control in h...
The same CRISPR toolkit now entering human clinical trials for drug-resistant infections is alrea...
PRMT1 drives cervical cancer progression by orchestrating cell grow...
Cancer research rarely crosses into the garden, but the molecular signaling pathways studied here...
Massive map links human DNA switches to their target genes
This study focuses entirely on human genetics and gene regulation, so it has no direct connection...
Transforming Duchenne muscular dystrophy therapy: The multifaceted ...
Breakthroughs in using nano-scale vesicles to ferry gene-editing cargo into animal cells are resh...
Gene Therapy and Gene Editing in Type 1 Diabetes: CRISPR-Based β-Ce...
The same CRISPR scissors being refined in these diabetes trials are the exact tools crop scientis...
Transcriptomics Unveil Dsx1 as a Critical Regulator in Sexual Dimor...
CRISPR gene-editing tools validated here on crustaceans are the same tools plant breeders now use...
New CRISPR test spots virus infections faster and more sensitively
This is a medical diagnostics study with no connection to plants, gardens, or the outdoors, so it...
New gene-editing toolkit reveals inflammation switch in immune cells
This study is about human immune cell engineering for cancer therapy and has no connection to pla...
Species in Topic
Rice
Wheat
Tomato
Arabidopsis
Maize
Corn
Soybean
Thale cress
Tobacco
Potato
Cotton
Barley
Sorghum
Sugarcane
Apple
Canola
Poplar
Rapeseed
Citrus
Grapevine
Legumes
Olive
Strawberry
Cucumber
Arabidopsis (thale cress)
Garlic
Alfalfa
Banana
Grape
Cassava
Pea
Duckweed
Peanut
Tea
eco
Pepper
Watermelon
Clover
Cowpea
Peach
Black nightshade
European beech
Mango
Common Bean
Hemp
Sesame
Blueberry
Chickpea
Eggplant
Green Algae
Liverwort
Oilseed Rape
Orange
Peas
Bread wheat
Faba Bean
Lotus
Moss
Nicotiana benthamiana
Pear
Pine
Aloe Vera
Bean
Beans
Broomrape
Kiwifruit
Lemon
Aspen
Camelina
Flax
Foxtail millet
Mandarin
Melon
Mungbean
Rubber tree
Sea buckthorn
Sweet potato
Arabidopsis thaliana
Avocado
Black cottonwood
Cauliflower
Cluster bean
Eucalyptus
Giant duckweed
Hyacinth Bean
Jute
Kenaf
Lentil
Millet
Mint
Oil Palm
Passionflower
Spruce
Tobacco (Nicotiana benthamiana)
Wild Strawberry
Yam
Broad Bean
Cacao
Common Liverwort
Ectocarpus
Grain Amaranth
Kiwi
Maize (Corn)
Marchantia (liverwort)
Pakchoi
Pigeonpea
Proso Millet
Thale Cress (Arabidopsis)
Turfgrass
Acerola
Alpine rock cress
Amur grape
Barbados Cherry
Brachypodium distachyon
Brachypodium (Purple False Brome)
Branched Broomrape
Broomcorn Millet
Brown seaweed
Camellia
Cancer Bush
Chinese tulip tree
Chlamydomonas reinhardtii (green algae)
Coffee (Coffea canephora)
fruit trees
Gloriosa superba
Gracilaria
Green Alga
eco
Gromwell
groundnut
Hornwort
Hybrid tulip tree
Indica rice
Japanese apricot
Japanese Red Pine
eco
Kam sweet rice
Key Lime
king oyster mushroom
eco
Kon Joha aromatic rice
Lisianthus
Lycophyte
Malabar spinach (Basella alba)
Medicago
eco
Oxalis vulcanicola 'Sunset Velvet'
oyster mushroom
Pennycress
Petunia
Prunus mume
Puncture vine (Tribulus terrestris)
Purple False Brome
Red algae
Rooibos
Sea lettuce (Ulva)
Striga (witchweed)
Sunn Hemp
Trifoliate orange (Poncirus trifoliata)
Tulip poplar
Upland Cotton
vegetable crops
Wild tomato
Woodland Strawberry
Yard-Long Bean