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One hundred and six landraces belonging to 7 species of the Triticeae tribe were collected in central Italy by DBVBA (Perugia University), DIBIAGA (Ancona University) and ARSSA (Abruzzo Region Agricultural Development Agency) in different individual and joint missions. A few accessions were supplied by private and other public organisations. Triticum dicoccum Schubler is the most widespread species, followed by T. aestivum L., T. monococcum L., T. spelta L., T. turgidum var. durum Desf., Secale cereale L. and Hordeum vulgare L. Besides the presence of landraces reproduced by farmers over generations, information related to on-farm management and to qualitative/organoleptic traits as well as information related to their local names, uses, traditions and social context was gathered during the missions. The majority of the accessions was characterised by morphological and phenological traits and molecular markers. This work shows the presence of morpho-phenologic and genetic differences among landraces and the importance of some species in the agricultural systems and food customs of the investigated area. Particularly for emmer three well distinct landraces are present, "Farro Italia Centrale", "Farro della Garfagnana" and "Farro Italia Meridionale". Other interesting and traditional landraces are the "Solina" common wheat in Abruzzo and the "Orzo mondo" naked barley in Marche. Most of the populations are still cultivated in marginal lands and under low input or organic agronomic conditions; nevertheless, in many cases, they are found near modern varieties in conventional agriculture systems. Moreover, the in situ (on-farm) conservation of Triticeae landraces in central Italy is strictly linked to elderly farmers.

Background: Controversy exists as to the optimum infusion rate of oxytocin during labor. A system is described to mask infusion rates, and this may help eliminate bias in the study of oxytocin infusion., Method: The hardware consists of a commercially available infusion pump that has the capability to receive and send computer messages and a laptop computer. The pump and a programmed computer are attached to a portable stand for bedside use. The display on the pump may be masked while the computer displays the level for any one of three actual rates., Experience: Masked and unmasked simulations were performed without human subjects, followed by unmasked bedside testing in 45 patients. The simulation and bedside testing confirmed the system had the ability to maintain designated flow rates in all manner of increases, decreases, stoppages, and restarts., Conclusion: This system is a computer-controlled infusion pump with the ability to mask infusion rates. This may allow investigators to compare oxytocin infusion rates objectively in the induction and augmentation of labor.