Biophilia — Survival Tissue
If we would keep artificial tissue in vitro instead of embedding it into the body — how may we use this synthetic human flesh and what innovative functions would this provide?
Around 10 percent of births worldwide are premature; suspected factors are increasing fertility treatments, chronic stress and delayed motherhood. Recent advances in neonatal care preserves the lives of babies of around 300 grams, which equates to a piece of butter.
Survival Tissue builds upon the potentiality of silken- based tissue engineering, taking it from the probable and preferable of Organ Crafting, into a possible, but unsettling and troubling realm of a future technological adaption. Conceptually, this synthetic tissue incubator for extreme premature born babies represents the missing quasi- object towards gaining public acceptance of the artificial womb. Such extremer forms of Assisted Reproductive Technologies (ART) are still repulsive to a majority of people on one end, but neonatal intensive care (NICU), such as the incubation of premature born infants, gains wide acceptance.
Despite great successes with NICU, the problem is not only rooted in the early age of the infants, but also on potential side effects of birth procedure and postnatal circumstances. Recent research suggests that children delivered by cesarean delivery (CD) negatively affects the biodiversity of the infant's microbiome  .
In contrast, children that are vaginally delivered were exposed to the maternal bacteria when passing through the birth canal, which colonises the otherwise sterile newborn's gut. Increasingly, premature children are delivered by cesarean section, or are preterm due to a scheduled cesarean section. Preterm infants are prone to infections and inflammations though and micoorganisms in the environment can seriously endanger their survival, meaning they are often given antibiotics and placed in an incubator.
Several studies have demonstrated that extensive skin-to-skin contact, e.g. the Kangaroo Mother Method (KMM) for low-birthweight infants dramatically improves their recovery  . Premature infants are currently lacking this life-saving skin contact, as they simply are to instabile for being exposed to the microbial climate of real skin, despite needing it the most.
Biophilia — Survival Tissue's hypothetical design with synthetic skin could bridge this dilemma and improve an extreme premature infants’ survival chance; the soft tissue villi could be kept sterile, but perfectly mimic warmth and the sound of blood pulsation of the mother when interfacing with the child. Once the child would be stabilised, the mothers' sequenced microbiome could be seeded into this incubator to precipitate a controlled and secure colonisation of the child's gut.
When technology promises solutions – despite unclear long-term health outcomes – it not only creates a dilemma situation for parents to actively decide on the fate of their child — it also puts parenthood and the role of pregnancy into the sharp focus of public, medical and economical observation. This design response represents a future design solution for improving the survival chance of premature children, but what ethical and emotional problems will we face through the progress of such technology? How do you measure potential medical benefits? And where do you draw the boundary of life?
Artefact: Hand blown glass, RP Zp150, Rp Objet, silicone, perspex, degummed silk, other mixed materials;
Photography: 3 digital C-type prints, mounted on Aluminium 17.5 (w) x 21.5 cm (h)
 Biasucci, G., Benenati, B., Morelli, L., Bessi, E., Boehm, G. (2008). Cesarean Delivery May Affect the Early Biodiversity of Intestinal Bacteria, In Supplement: Influence of Diet on Infection and Allergy in Infants: J. Nutr., September 2008 (138):9, 1796S– 1800S
 Neu, J., Rushing, J. (2011). Cesarean versus Vaginal Delivery: Long term infant outcomes and the Hygiene Hypothesis, In Clinics in Perinatology, 38(2): 321-331. DOI:10.1016/j.clp.2011.03.008
 Bergman, N. J., & Jürisoo, L. A. (1994). The ‘kangaroo-method’for treating low birth weight babies in a developing country. In Tropical doctor, 24(2): 57-60.
 Sloan, N.L., Pinto Rojas, E. et al. (1994). Kangaroo mother method: randomised controlled trial of an alternative method of care for stabilised low-birthweight infants, In The Lancet , 344(8925): 782-785.
DESIGNED, DIRECTED & PRODUCED
by Veronica Ranner, 2011 (ongoing)
Science advisors: Prof Dr Jan Brosens, Chair of Reproductive Sciences at Imperial College, London,
Dr Christopher Hirst, Synthetic Biology & Bioengineering Department/ Imperial College London, UK
Glassblowing: Layne Rowe & London Glassblowing
Photography & art direction: Veronica Ranner
Photography assistant: Julika Welge
Actors: David Hepple and Catherine Adams
Production assistant: Ai Hasegawa & Mark McKeague
With kind support of Prof Dr Anthony Dunne, Prof Fiona Raby, and Dr James Auger
2013— (In)Visible Design | Towards a Design Fiction, Ventura Lambrate, Milan, Italy
2013— L'empathie ou l'experience de l'autre, Design Biennale Internationale, Cité du Design, Saint Etienne, France
2012 — 3rd Int. Art & Science Exhibition & Symposium (Information, Ecology, and Wisdom), China Science and Technology Museum, Beijing
2012 — Curious Minds — New Approaches in Design, Israel Museum, Jerusalem, Israel
2011 — Final Show, Royal College of Art, London, UK
2011— WIP, Royal College of Art, London, UK
PRINT & ONLINE
2013 — Article "Virgin Births" by Dr Aarathi Prasad, The Caravan Magazine, Delhi, India
2011 — Presented by Anthony Dunne at Tasmeem Doha Design Conference, Qatar
2011 — Article on Stylus Vision Thread (August)
2011 — "RCA Design Interactions Show", Core 77
2014 — Presentation, MIDAS Workshop, Senior Common Room, Royal College of Art, UK
2013 — Panel presentation "Is the school a political tool?", Z33, Ventura Lambrate, Milan, Italy
2012 — Lecture "Design Ecologies", Tufts University, Boston, Massachusetts
2011 — Featured at IDA Conference "Design at the edges", Taipei, Taiwan
2011 — Lecture "Synthetic Futures", Pforzheim Business School, Germany
2011 — Artist talk, Fraunhofer Institute 'Attract Group' in Stuttgart, Germany