LDF19: Biodesign Here Now at Open Cell

open cell




After my recent visit to the biotech hub Open Cell at the Shepherds Bush Market, I was keen to learn more about biodesign and its future. Luckily, I didn’t have to wait long because at the London Design Festival this year, Open Cell organised an event called Biodesign Here Now at its premise over one weekend.

The event showcased over 30 emerging international designers and startups with innovative ideas that are breaking boundaries between biology, design, and technology. Although I missed the fashion show on the opening night, I did manage to visit the exhibition and listen to some designers talk about their projects.


bio design now


Yggdrasil – an architecture collective of PhD researchers from Newcastle University specialising in living technologies for the future. Our mission is to challenge conventional methods of construction by proposing an ecocentric alternative. We believe that the buildings of the future should be living, breathing and inclusive of nature.


Paula Nerlich

Paula Nerlich – her current research explores vegan biodegradable bioplastics and foams from industrial and household food waste with diverse possible applications within interiors and product design.

Nina Jotanovic

Nina Jotanovic

Nina Jotanovic

Nina Jotanovic (in collaboration with Bartlett School of Architecture) – ‘Biogenic Luminosity’  is a research project that questions ‘flat’ appearance and unsustainability of synthetic materials in comparison to those of biogenic and geologic origin.


Mohammad Jawad

Mohammad Jawad

Mohammad Jawad – Manufactured by Nature: Growing Generatively Designed Products


Post Carbon Lab

Post Carbon LabPost Carbon Lab

Post Carbon Lab – a design research studio launched their service pilots of two pioneering microbiological processes for sustainable and regenerative fashion applications: Bacterial Pigment Dyeing and Photosynthesis Coating on fabrics and garments.


Studio Aurelie Fontan  Studio Aurelie Fontan

Aurelie Fontan is a sustainable fashion designer, with a focus on bio-design and circular economy (including zero-waste production methods in texture making and cutting). Her collection includes a bio-designed dress from bacteria, recycled materials and four fully recycled leather outfits, none of them being sewn together but rather linked through innovative re-usable elements that allow complete disassembly and recycling.

Piero D'Angelo's Wetwear Couture  Piero D'Angelo's Wetwear Couture

BIO DESIGN  Piero D'Angelo's Wetwear Couture

Piero D'Angelo's Wetwear Couture  Piero D'Angelo's Wetwear Couture

Piero D’Angelo’s Wetwear Couture uses Physarum Polycephalum/slime mould to create fascinating fashion pieces



Nicole Stjernswärd KAIKU Living Color

Nicole Stjernswärd KAIKU Living Color

Nicole Stjernswärd – KAIKU Living Color is a sustainable alternative to colours made from petroleum. KAIKU uses plant waste to create natural powder pigments. Many plants & fruits we eat every day, such as avocados, onions, and oranges, have valuable colors within their skins and peels. Normally these are left to rot in landfills, but KAIKU transforms this waste into a high value resource.


img_2253  img_2251


Nikoletta Karastathi & Zafer Tandogdu’s ‘Awareness of the Microbial World’ explores antimicrobial resistance and the human-microbe relationship as key concepts for creating bio-textile.


Carolyn Raff

Carolyn Raff uses Agar Agar, an algae based gelatin substitute for many different experiments as a new kind of bioplastic. The complete biodegradable material can be created in many different shades, looks and structures. It is dyed with natural dye, mainly with algae based colours, such as astaxanthin and phycocyanin.


Mira Nameth Biophilica

Mira Nameth Biophilica  Chiara Tommencioni Pisapia - 'Made by moths'

Top & bottom left: Mira Nameth – ‘Biophilica’ is the result of a year long material development, working with plant-based resources. Biophilica materials are truly local, biodegradable, and recyclable.
Bottom right: Chiara Tommencioni Pisapia – ‘Made by moths’ is a project that investigates the potential of clothes moths and their digestive enzymes as collaborators in selecting and breaking down keratin-based textile-waste.


Silvio Tinello - 'Grown Objects'
Silvio Tinello – ‘Grown Objects’ is a collection where all the producrs have been bio-fabricated. This means, grown and harvested using biological processes. Grown in two predominant materials: A fungi bio agglomerate and bacterial cellulose, both grown in yerba mate: part of the “argentine cultural DNA’.

Lindsay Hanson, Margot Vaaerpass and Zaki Musa Resistance Runner  Wearable Lab on Body

Left: Lah Studio – ‘The Resistance Runner’ is a bio-formulated shoe that utilizes cloned bacteriocins and micrococcus in a nutrient broth cocktail; essentially harnessing the bacteria’s own defense system as a protective layer. 

Right: MIT Media Lab’s Fluid Interfaces group creates ‘Wearable Lab on Body’ wearable systems and interfaces for cognitive enhancement.

Valentina Dipietro Mychrome

Valentina Dipietro – ‘Mychrome’ is a project that explores the possibility of mycelium and its surface applications. Mycelium is the vegetative part of mushrooms and it has been used to bind agricultural waste and create new sustainable materials which are naturally fire retardant, insulating and sound-absorbing. Dipietro likes to focus on designing with waste as well as using it as a pigment to dye and finish her materials.

Midushi Kochhar A waste project

Midushi Kochhar – ‘A waste project’ is made from by-products of poultry industry, namely, eggshells and feathers. The aim is to create alternatives for plastic disposables and encourage sustainable living. All the objects are 100% biodegradable and once their purpose is over, they can literally be crushed and thrown away in the compost.


Pat Pataranutaporn wearable lab on body

Pat Pataranutaporn from MIT gave a talk on the future of ‘Wearable Lab on Body’




Denimaize gave a talk on denim made from corn husk


The last talk of the day was by Denimaize, a studio from the University of Pennsylvania, which includes bio-designers, artists and engineers. They use wasted and diseased corn husks and process them to extract their cellulose fibers. The corn fibers are spun with flax and woven in a twill pattern. The fabric is then coloured with microbial dye and relaxed with cellulase enzymes. Denimaize is a response to the dominance of the corn crop in the U.S. and the waste it generates, as well as the pollution in the denim industry. Denimaize is proposing a biological (albeit corny) alternative to the old way of denim processing.

The weekend event was interesting and inspiring, and it is very encouraging to see so many designers, startups and innovators coming up with sustainable solutions to address the issues our planet is facing right now. Sustainability is not a trend, it has to be here to stay for the sake of our future.



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