Paesaggi di archeologia. Una proposta per Suasa Senonum

Il progetto di musealizzazione dell’area archeologica di Suasa pone le basi sullo studio dei legami storici, culturali e paesaggistici che si sono instaurati sin dall’epoca romana e permangono tutt’oggi. Il primo passo parte dallo studio della Salaria Gallica: nasce così la volontà di mantenere la Salaria usufruibile da tutti, richiamando quindi l’interesse di un pubblico di vario target intorno l’area di progetto . Da questa principio si rende quindi necessaria una prima divisione dell’aria in una parte pubblica ed una privata, la prima interessata dalla costruzione di un nuovo spazio polifunzionale, la seconda destinata al mantenimento delle tracce (archeologiche e paesaggistiche). Si rende fondamentale nello spazio pubblico la costruzione di un nuovo edificio che vada ad ospitare funzioni utili alle due aree, una costruzione che è figlia di principi che caratterizzano l’area sin dall’epoca romana: la viabilità antica e le maglie generatrici. Lo spazio privato, reso tale attraverso la costruzione di un limite fisico è a sua volta diviso in due parchi: il parco archeologico e il parco agricolo. Il parco archeologico è interessato dalla costruzione di una copertura atta alla salvaguardia delle tracce di una delle istanze archeologiche di maggior valore : la Domus dei Coiedii. I principi che contraddistinguono il progetto sono quelli di riproporre, a scopo educativo, la volumetria antica della domus, mantenendo però una pianta libera che sottolinei la maestosità che fu. Si ha così una triade di parchi, legati fra loro da elementi ordinatori che nascono da una rilettura di sistemi romani ed una riproposizione di tali. Si tratta degli elementi d’ombra, che riprenderanno le strutture a sacco tipiche romane, e dei percorsi studiati per sottolineare la gerarchia delle tracce.

The Culture of the Deaf Community in the Czech Republic

Romana Mazerova. The Culture of the Deaf Community in the Czech Republic Mazerova set out to discover if the deaf community in the Czech Republic can be said to have its own culture and if so what this is. She began with a comprehensive survey of the history of the deaf from 1786 to the present day, identifying a major turning point in the exclusion of sign language from the education of the deaf around 1930, a move then reinforced in the communist period to the extent that teachers of the deaf had to sign a commitment not to use sign language in their lessons. She also noted the difference between so-called signed Czech, which is an exact translation of the spoken language, and Czech sign language, which has its own structure and even dialects. Following the historical research, Mazerova studied a range of Czech and foreign materials relating to the culture of the deaf, interviewed deaf people about their experiences in school, their participation in the activities of associations for the deaf, and their experiences as a deaf person in a hearing society (these interviews are recorded on video), and visited various associations, clubs and schools for the deaf throughout the country. She concluded that while deaf people share certain behaviours which are quite distinct from those of hearing Czechs, there is little sense of a community as such. The vast majority of deaf people were not born into the deaf community and while feel that they belong together, they do not identify themselves as part of a deaf community and do not work together as a community to achieve their goals.

Distribution of RTX toxin genes in strains of [Actinobacillus] rossii and [Pasteurella] mairii

Strains of [Actinobacillus] rossii, [Pasteurella] mairii and [Pasteurella] aerogenes can be isolated from abortion in swine. The RTX toxin Pax has previously been found only in those [P.] aerogenes strains isolated from abortion. Nothing is known about RTX toxins in field isolates of the other two species. To gain insight into the distribution of selected RTX toxin genes and their association with abortion, PCR screening for the pax, apxII and apxIII operons on 21 [A.] rossii and seven [P.] mairii isolates was done. Since species can be phenotypically misidentified, the study was backed up by a phylogenetic analysis of all strains based on 16S rRNA, rpoB and infB genes. The pax gene was detected in all [P.] mairii but not in [A.] rossii strains. No apx genes were found in [P.] mairii but different gene combinations for apx were detected in [A.] rossii strains. Most of these strains were positive for apxIII, either alone or in combination with apxII. Whereas pax was found to be associated to strains from abortion no such indication could be found with apx in [A.] rossii strains. Phylogenetically [A.] rossii strains formed a heterogeneous cluster separated from Actinobacillus sensu stricto. [P.] mairii strains clustered with [P.] aerogenes but forming a separate branch. The fact that [P.] aerogenes, [P.] mairii and [A.] rossii can phylogenetically clearly be identified and might contain distinct RTX toxin genes allows their proper diagnosis and will further help to investigate their role as pathogens.

Retinal pigment epithelium damage enhances expression of chemoattractants and migration of bone marrow-derived stem cells

PURPOSE: To characterize chemoattractants expressed by the retinal pigment epithelium (RPE) after sodium iodate (NaIO3)-induced damage and to investigate whether ocular-committed stem cells preexist in the bone marrow (BM) and migrate in response to the chemoattractive signals expressed by the damaged RPE. METHODS: C57/BL6 mice were treated with a single intravenous injection of NaIO3 (50 mg/kg) to create RPE damage. At different time points real-time RT-PCR, ELISA, and immunohistochemistry were used to identify chemoattractants secreted in the subretinal space. Conditioned medium from NaIO3-treated mouse RPE was used in an in vitro assay to assess chemotaxis of stem cell antigen-1 positive (Sca-1+) BM mononuclear cells (MNCs). The expression of early ocular markers (MITF, Pax-6, Six-3, Otx) in migrated cells and in MNCs isolated from granulocyte colony-stimulating factor (G-CSF) and Flt3 ligand (FL)-mobilized and nonmobilized peripheral blood (PB) was analyzed by real-time RT-PCR. RESULTS: mRNA for stromal cell-derived factor-1 (SDF-1), C3, hepatocyte growth factor (HGF), and leukemia inhibitory factor (LIF) was significantly increased, and higher SDF-1 and C3 protein secretion from the RPE was found after NaIO3 treatment. A higher number of BMMNCs expressing early ocular markers migrated to conditioned medium from damaged retina. There was also increased expression of early ocular markers in PBMNCs after mobilization. CONCLUSIONS: Damaged RPE secretes cytokines that have been shown to serve as chemoattractants for BM-derived stem cells (BMSCs). Retina-committed stem cells appear to reside in the BM and can be mobilized into the PB by G-CSF and FL. These stem cells may have the potential to serve as an endogenous source for tissue regeneration after RPE damage.

Systematic Functional Analysis of BicD Serine Phosphorylation and Intragenic Suppression of a Female Sterile Allele of BicD

Protein phosphorylation is involved in posttranslational control of essentially all biological processes. Using mass spectrometry, recent analyses of whole phosphoproteomes led to the identification of numerous new phosphorylation sites. However, the function of most of these sites remained unknown. We chose the Drosophila Bicaudal-D protein to estimate the importance of individual phosphorylation events. Being involved in different cellular processes, BicD is required for oocyte determination, for RNA transport during oogenesis and embryogenesis, and for photoreceptor nuclei migration in the developing eye. The numerous roles of BicD and the available evidence for functional importance of BicD phosphorylation led us to identify eight phosphorylation sites of BicD, and we tested a total of 14 identified and suspected phosphoserine residues for their functional importance in vivo in flies. Surprisingly, all these serines turned out to be dispensable for providing sufficient basal BicD activity for normal growth and development. However, in a genetically sensitized background where the BicD(A40V) protein variant provides only partial activity, serine 103 substitutions are not neutral anymore, but show surprising differences. The S103D substitution completely inactivates the protein, whereas S103A behaves neutral, and the S103F substitution, isolated in a genetic screen, restores BicD(A40V) function. Our results suggest that many BicD phosphorylation events may either be fortuitous or play a modulating function as shown for Ser(103). Remarkably, amongst the Drosophila serines we found phosphorylated, Ser(103) is the only one that is fully conserved in mammalian BicD.

Embodiment und Körperpsychotherapie

Wenn der Körper in der Psychotherapie stärker gewichtet werden soll, stellt sich die Frage, wie dieses Ziel mit psychologischer Theoriebildung vereinbar ist. Nach unserer Auffassung kann dies eine Theorie des „Embodiment“ leisten. Entsprechende Ansätze werden seit einiger Zeit in den Kognitionswissenschaften („embodied cognition“) diskutiert. An die Beschreibung dieser Theorie schließt sich eine Diskussion an, wie sich Embodiment auf die soziale Interaktion auswirkt, denn dies ist essenziell für die therapeutische Interaktion. Abschließend wird an einem Beispiel gezeigt, wie sich der Embodiment-Ansatz in einer Psychotherapie umsetzen lässt.