CYBERNOISE

Plant Biology←

A Circadian Light Regulator Controls a Core CAM Gene in the Ice Plant's C3-to-CAM Transition

A bioluminescent ice plant cell nucleus with glowing DNA strands pulsing like neon fiber optics, cyberpunk circuit patterns merging into chloroplasts, a half-human/half-plant hybrid scientist in a lab coat holding a holographic circadian clock interface. Style: Cyberpunk biopunk hybrid, blending Syd Mead’s mechano-aesthetic with Studio Ghibli’s organic flows, influenced by digital glitch art and neon-drenched Blade Runner 2049 aesthetics.

Phylogenetic Analysis and Machine Learning Identify Signatures of Selection and Predict Deleterious Mutations in Common Bean

A cyberpunk-styled lab with holographic DNA helices floating above a green-screens scientist in a high-tech lab coat, using a glowing interface to analyze bean genes. Style: Neon-lit, hyper-detailed cybernetic UI elements with a retro-futuristic twist inspired by Moebius and Takashi Okuda’s patterned tech art. The background features fractal landscapes of evolving plants intertwined with data streams. Beans morph into circuit boards under a UV light lab setting, with glowing mutation symbols flickering like code.

Analysis of leaf CO2 Assimilation, CO and CH4 Release Under Different Environmental Settings

A cyberpunk-style illustration of illuminated tropical plants with glowing green CO and CH4 molecules escaping their stomata, overlaid with a futuristic cityscape. Glowing neon circuits inside the leaves resemble fiber-optic cables, connecting to sky-scrapers shaped like leaf cells. The background includes holographic data streams overlay on plants showing real-time gas emission rates. Style should merge Syd Mead's biomechanical designs with the vibrant, slick textures from Blade Runner 2049, using Prussian blue, electric green, and holographic pink hues.

Open RGB Imaging Workflow for Morphological and Morphometric Analysis of Fruits using AI: A Case Study on Almonds.

A cyberpunk-agri fusion scene with glowing neon almond shapes floating over a high-tech lab, with a human hand holding a glowing plant in one side while holographic screens display data-streaming almond traits, blending Syd Mead's sleek futurism with vibrant biological details akin to Craig Mullins' sci-fi botanical art. The composition mixes lush almond orchard greens with holographic interfaces and translucent digital overlays showing 3D morphometrics. Mood: optimistic innovation.

Structural determinants for red-shifted absorption in higher-plants Photosystem I

A hyper-detailed cyberpunk lab scene by Syd Mead, blending biotech and retro-futurism: neon-lit Arabidopsis plants hybridize with holographic data streams showing molecular Chlorophyll structures (inspired by Alex Grey's bio-art). A robotic arm holds a glowing PSI-LHCI complex with quantum circuits woven into leaf veins, surrounded by cryo-EM 3D models floating mid-air. Style: biomechanical, with acid-green, electric-blue, and crimson color palette, futuristic city skyline mirrored in plant's chlorophyll clusters. Add glowing DNA strands glowing like fiber-optic cables.

A Novel Multilayer Cultivation Strategy Improves Light Utilization and Fruit Quality in Plant Factories for Tomato Production

A hyper-detailed cyberpunk vertical farm at night by Syd Mead and Moebius, blending organic vegetation with neon-lit steel structures. Tomato vines twist into an S-shaped helix between glowing LED shelves, with floating holograms showing plant health metrics. Worker drones zip between tiers while a glowing 'Plant Boss' AI monitors growth. Style: Takashi Murakami’s vibrant colors meets Blade Runner’s rain-slicked tech, heavy on iridescent greens and cyan lights. Include a futuristic farmer in a holographic smock inspecting a bioluminescent fruit. Reference neon-lit scenes from Akira and retro-futuristic designs from Syd Mead’s Judge Dredd sketch.

A trio-binning approach for Cannabis genome de novo assembly reveals extensive structural variation, and defines paralog cohorts with very good resolution

A hyper-stylized cyberpunk lab with holographic DNA helixes floating above glowing quantum computers. A technician in a neon-etched biomech bodysuit examines a vibrant cannabis plant with LED roots and pulsating luminescent buds, surrounded by screens displaying real-time genome data. Style references Takahiro Kawada's retro-futurism blended with Jenny Saving the World's bioengineering aesthetics. Color palette: ultraviolet, acid green, and holographic silver with circuit board textures. Moods: techno-optimism, high-tech wonder, and neon-soaked discovery.

Effect of plant tissue culture parameters on the ploidy level of Physalis grisea, Solanum lycopersicum, and Solanum prinophyllum regenerants

Cyberpunk-style lab with glowing neon-green plants in glass domes, illuminated by holographic DNA strands and robotic tools. Scientists in high-tech lab coats with holographic screens showing plant cell visuals. Distant futuristic cityscape outside a giant greenhouse, inspired by Syd Mead's biomechanical designs and the neon-drenched chaos of Katsuhiro Otomo's *Akira*. Hyper-realistic detail of a giant glowing golden tomato and a tiny humanoid drone studying plant mutations. Palette of electric blues, acid greens, and violet-hued tech accents.

Common garden experiments suggest terpene-mediated interactions between phyllosphere microbes and Cryptomeria japonica

Ultra-stylized sci-fi cyperpark scene by Syd Mead meets Moebius: a towering Japanese cedar emits glowing terpene particles forming holographic streams connecting to microbial data streams, each leaf displaying shimmering binary code sequences. Under ultraviolet light, the microbes pulse with neon patterns resembling circuit boards, against a backdrop of a digitized forest grid. Hyper-detailed cityscapes grow organically into biotech networks, glowing with liquid-crystal aesthetics. The tone combines retro-futurism with biological tech. Style notes: Cyberpunk 2089 textures, vibrant neon gradients, bio-mechanical interfaces, and 3D-rendered molecular chains morphing into circuit pathways.

Multi-year study on the effects of elevated CO2 in mature oaks unravels subtle metabolic adjustments but stable biotic stress resistance

Cyberpunk-flavored forest of glowing oak trees with neon green bio-circuits running over their bark, fungal spores represented as firewalls rejecting hacker symbols, oak roots morphing into data cables interfacing with Earth's network. Style: Neon-drenched biopunk realism by Mary Blair’s whimsical futurism meets the cybernetic botany of Octavia Butler’s Xenogenesis, with detailed cellular glow effects as in James Gurney’s digital landscapes.

Divergence of root system traits in soybean between breeding and diversity lines

A neon-lit biolab fusion of organic roots and glowing holograms, inspired by cyberpunk aesthetics. The scene shows sprawling soybean roots glowing in translucent 3D holograms interlaced with soil data streams, with ancient soy plants glowing in bioluminescent gold contrasted against sterile silver GMO strains. Style: a mix of Syd Mead’s futuristic architecture, Moebius’s fluid organic tech, and Kyle Beattie’s hyper-detailed sci-fi botany. Include glowing touchscreens displaying root network graphs, and a backdrop blending wet soil with digital cloud-like data clusters. Color palette: molten gold, electric blue, and living green with holographic overlays.

Submersion and oxidative stress triggers pyrenoid formation, carbon concentration-related protein remodeling and sub-plastidial rearrangements in hornworts

Retro-futuristic cyberpunk cityscape with neon-drenched biolabs and floating wetland skyscrapers, inspired by Syd Mead's mechanical organic concepts and the surreal biotecture of Studio Ghibli. Translucent glowing hornworts with glowing pyrenoid cores float in iridescent water canals, surrounded by biodigital interfaces showing protein networks and real-time ecosystem data visualizations. Ultra-stylized futuristic scientists with augmented reality interfaces analyzing microscopic cells and urban hydroponic systems. Color palette: teal cybernetic blues, glowing bioluminescent yellow, and glowing red genetic code strands. Style: A fusion between biotech anime and Neal Stephenson's Snow Crash tech-laden cities, with translucent membrane networks and floating biogeochemical cycles.

Liquid-phase determination of Arabidopsis respiration and photosynthesis using Clark-type O2 electrodes

Cyberpunk biomechanical Arabidopsis plant with glowing neon oxygen pathways, inspired by Syd Mead's retro-futuristic designs and Akira's neon metropolis. Show tendrils of light representing energy flow, holographic data streams overlaying the plant structure, surrounded by holographic lab analysis interfaces. Style: blend of hyper-detailed biotech with vaporwave-style color palettes, emphasizing luminescent chlorophyll and pulsing energy veins.

Genetic, epigenetic and metabolite variation in peripheral European Yew (Taxus baccata L.) populations at an unexplored part of the species natural distribution

A surrealist illustration of neon-lit Taxus baccata trees (bark shimmering with glowing bio-luminescent taxane compounds) towering over a cyberpunk Athens skyline. Style: Zdzisław Beksiński’s surrealism meets Moebius’ futuristic textures, with a dystopian BioShock vibe. Add holographic data streams flowing into the trees’ roots, while a lab-vested researcher in a VR headset interfaces wirelessly with the forest’s “neural network.” The backdrop features molten clouds shaped like tumor cells disintegrating into starbursts. Color palette: neon magenta, pulsating blues, and metallic gold veins in the bark, contrasting with the dystopian city’s gloom.

Mechanisms and Plasticity in Leaves and Leaflets in a Creeping Legume, Mimosa pudica

A neon-drenched cyberpunk forest with glowing Mimosa pudica plants, their stems morphed into glowing mechanical limbs with exposed wires and gear pulvini. Neon blue ion channels pulse like data streams inside translucent leaf veins, while a holographic interface maps the plant’s 'energy flow' against a cityscape of solar-paneled skyscrapers and robot gardeners. Style mix of Syd Mead's biomechanical details and Moebius's fluid plant forms, with Prisma’s neon cyberpunk palette. Add a shimmering AI overlay showing real-time stress response graphs above the plants.