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BIO ART

BioArt is an art practice where humans work with live tissues, bacteria, living organisms, and life processes. Using scientific processes such as biotechnology…
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Art
Bio Art
Biotechnology
Electron Microscope Images
Scanning Electron Microscope

biodesign

2 Pins

BioMaterials

45 Pins

BioArt Projects & Experiments

99 Pins

BioTextile

18 Pins

BioHacking

26 Pins

PetriDish

32 Pins

BioLuminescence

4 Pins

MicroCosmos

207 Pins

☣ Lab ☣

174 Pins

Mesmerising Mushrooms

57 Pins
Eco Design, Technology Gifts, Fashion Technology, Bio Art, Textiles, Student Fashion, Iris Van Herpen, Future Fashion, Fabric Manipulation
Eco Design
Technology Gifts
Fashion Technology
Bio Art
Textiles
Student Fashion
Iris Van Herpen
Future Fashion
Fabric Manipulation
Protocell trainers made from 3D-printed protocells by Shamees Aden 3d Printing News, Trainers, Glass Vase, Prints, Color, Design, Presentation, Printed Shoes
3d Printing News
Trainers
Glass Vase
Prints
Color
Design
Presentation
Printed Shoes
Protocell trainers made from 3D-printed protocells by Shamees Aden
Protocell trainers made from 3D-printed protocells by Shamees Aden Futuristic Technology, Wearable Technology, Science And Technology, Material World, Clever Design, Biology, 3d Printing, Weird
Futuristic Technology
Wearable Technology
Science And Technology
Material World
Clever Design
Biology
3d Printing
Weird
Protocell trainers made from 3D-printed protocells by Shamees Aden
Mexican Graphic Design, Nakagin Capsule Tower, Disruptive Innovation, Slave Collar, Silver City, Food Design, Immune System, Sculpture Art
Mexican Graphic Design
Nakagin Capsule Tower
Disruptive Innovation
Slave Collar
Silver City
Food Design
Immune System
Sculpture Art
Sustainable Building Materials, Sustainable Clothing, Sustainable Fashion, Sustainable Textiles, Textile Patterns, Textile Prints, Textile Design, Biochemical Engineering, Faber
Sustainable Building Materials
Sustainable Clothing
Sustainable Fashion
Sustainable Textiles
Textile Patterns
Textile Prints
Textile Design
Biochemical Engineering
Faber
neri oxman and MIT develop digitally produced water-based renewable material Installation Architecture, Artistic Installation, Neri Oxman, Architectural Materials, Modern Art Sculpture, Structure And Function, Digital Fabrication, Properties Of Materials
Installation Architecture
Artistic Installation
Neri Oxman
Architectural Materials
Modern Art Sculpture
Structure And Function
Digital Fabrication
Properties Of Materials
neri oxman and MIT develop digitally produced water-based renewable material
neri oxman and MIT develop digitally produced water-based renewable material Photosynthesis, Biodegradable Products, Design Inspiration, Behance
Photosynthesis
Biodegradable Products
Design Inspiration
Behance
neri oxman and MIT develop digitally produced water-based renewable material
neri oxman and MIT develop digitally produced water-based renewable material Urban Analysis, Parametric Design, Site Plans, Concept Diagram, Form Design, Sustainable Design
Urban Analysis
Parametric Design
Site Plans
Concept Diagram
Form Design
Sustainable Design
neri oxman and MIT develop digitally produced water-based renewable material
neri oxman and MIT develop digitally produced water-based renewable material Base, Projects, Abstract, Fashion Design, Architecture, Log Projects
Base
Projects
Abstract
Fashion Design
Architecture
Log Projects
neri oxman and MIT develop digitally produced water-based renewable material
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Future Bio, Structural Color, Story Lab, Material Research, Systems Biology, Visual Aesthetics, Back To Nature, New Perspective
Future Bio
Structural Color
Story Lab
Material Research
Systems Biology
Visual Aesthetics
Back To Nature
New Perspective
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Stella Mccartney, Elissa, Dubai Design Week, Plastic Components, Synthetic Resin, Creative Review
Stella Mccartney
Elissa
Dubai Design Week
Plastic Components
Synthetic Resin
Creative Review
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Spider Silk, Crude Oil, Waste Paper, Izu, Compost
Spider Silk
Crude Oil
Waste Paper
Izu
Compost
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Design Projects
Design Projects
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source How To Make Beads, Industrial Style
How To Make Beads
Industrial Style
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Industrial Scales, Wardrobe Solutions, Central Saint Martins, Material Design
Industrial Scales
Wardrobe Solutions
Central Saint Martins
Material Design
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Green Fashion, Made Of Wood, Iridescent
Green Fashion
Made Of Wood
Iridescent
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Native Shoes, Textile Industry, Plastic Design
Native Shoes
Textile Industry
Plastic Design
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source Bespoke Furniture, Natural Light, Innovation, Surface, Sequins
Bespoke Furniture
Natural Light
Innovation
Surface
Sequins
Bio Iridescent Sequin is a material research and design project that harnesses the potential of bio-technologies to create colourful, shimmering sequins, from wood, that are compostable and made with a waste-free process. | Material Source
SCARLETT YANG Biotechnology, Northern Lights, Artist, Artwork, Work Of Art, Auguste Rodin Artwork, Artists
Biotechnology
Northern Lights
Artist
Artwork
Work Of Art
Auguste Rodin Artwork
Artists
SCARLETT YANG
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source Theme Design, Design Textile, Textile Art, Agar, London Design Week, Food Texture
Theme Design
Design Textile
Textile Art
Agar
London Design Week
Food Texture
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source Royal Art, Conceptual Design
Royal Art
Conceptual Design
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source Signature Style, Sustainability
Signature Style
Sustainability
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source Conceptual Fashion, Climate Change Effects, Color Splash
Conceptual Fashion
Climate Change Effects
Color Splash
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source Kombucha, Creative Textiles
Kombucha
Creative Textiles
Carolyn Raff on biomaterials, sustainable manufacturing and baking sequins. | Material Source
ROOTS ARE THE NEW WIRES - What Design Can Do Live Plants, One Design, New Experience, Roots, Blue Prints
Live Plants
One Design
New Experience
Roots
Blue Prints
ROOTS ARE THE NEW WIRES - What Design Can Do