Biologists in the Leonardo Da Vinci DNA Project have shared a trio of fascinating, innovative papers.
Manolito G. Torralba, Claire Kuelbs, Kelvin Jens Moncera, and Karen E. Nelson of the J Craig Venter Institute, La Jolla, California, and Rhonda Roby of the Alameda California County Sheriff’s Office Crime Laboratory, used small, dry polyester swabs to gently collect microbes from centuries-old, Renaissance-style art in a private collector’s home in Florence, Italy. Their findings are published open access in the journal Microbial Ecology, “Characterizing microbial signatures on sculptures and paintings of similar provenance.”
Concurrently available are a pair of papers by David Thaler, of the University of Basel and a guest investigator in the Program for the Human Environment. David’s papers are
Thaler’s papers form part of a collection now in press as a book: Actes du Colloque International d’Amboise: Leonardo de Vinci, Anatomiste. Pionnier de l’Anatomie comparée, de la Biomécanique, de la Bionique et de la Physiognomonie, edited by Henry de Lumley, CNRS editions, Paris.
Two major newswires, Agence France Presse and Agencia EFE, each did separate stories:
Manny Torralba et al.
AFP Microbes Could ‘help Save Old Masters’ And Catch Forgers
Agencia EFE Identificar microbios en obras de arte abre la puerta a una mejor preservación
David Thaler
AFP Leonardo da Vinci’s ‘quick eye’ may be key to Mona Lisa’s magnetism
German version Forscher: «Schnelles Auge» half da Vinci beim Zeichnen und Malen
Agencia EFE La rapidez visual “súper desarrollada” de Da Vinci podría explicar la sonrisa de la Mona Lisa
LiveScience, United States Did Leonardo da Vinci’s ‘quick eye’ help him capture Mona Lisa’s fleeting smile?
By Leonardo Da Vinci DNA Project (summary)
Genetic detectives ID microbes suspected of slowly ruining humanity’s treasures
