A survey of opportunistic biocenosis (macro and micro organisms) as- sociated with a rest of human mummy samples was carried out to characterise the biocenosis and to detect the potential of biodeteriogens. The rests of the human modern mummies come from a hypogeic site. Since mummies are relevant from a historic-artistic-scientific point of view, an aspect of this study was the identifica- tion and characterization of the biological systems related with biodeterioration of organic matter. In a first step, different sampling methods, according to the taxa, were applied. Technological procedures were combined in order to have an interdisciplinary approach to the conservation actions for testing future restora- tion protocols. Specimens were collected, identified and characterized by Micros- copy (light, SEM, CLSM) and molecular analyses (DNA extraction, in vitro target sequence amplification, sequencing, sequence analysis). The results highlight a rather complex biocenonsis consisting of fungi, cyanobacteria, several insects and other arthropods.
Palla, F., Sineo, L., Manachini, B. (2011). Bacteria, fungi and arthropod pests collected on modern human mummies. JOURNAL OF ENTOMOLOGICAL AND ACAROLOGICAL RESEARCH, Ser. II, 43 (2)(Ser II 43(2)), 69-76.
Bacteria, fungi and arthropod pests collected on modern human mummies
PALLA, Franco;SINEO, Luca;MANACHINI, Barbara Rosy Ines
2011-01-01
Abstract
A survey of opportunistic biocenosis (macro and micro organisms) as- sociated with a rest of human mummy samples was carried out to characterise the biocenosis and to detect the potential of biodeteriogens. The rests of the human modern mummies come from a hypogeic site. Since mummies are relevant from a historic-artistic-scientific point of view, an aspect of this study was the identifica- tion and characterization of the biological systems related with biodeterioration of organic matter. In a first step, different sampling methods, according to the taxa, were applied. Technological procedures were combined in order to have an interdisciplinary approach to the conservation actions for testing future restora- tion protocols. Specimens were collected, identified and characterized by Micros- copy (light, SEM, CLSM) and molecular analyses (DNA extraction, in vitro target sequence amplification, sequencing, sequence analysis). The results highlight a rather complex biocenonsis consisting of fungi, cyanobacteria, several insects and other arthropods.File | Dimensione | Formato | |
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