5 results on '"A G Giovannetti"'
Search Results
2. Expression of Fas and Fas ligand in human testicular germ cell tumours
- Author
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E. Marchioni, Loredana Gandini, Enke Baldini, Elisa Petrangeli, Steno Sentinelli, Andrea Lenzi, Salvatore Ulisse, A Di Benedetto, M. D’Armiento, R. P. Donnorso, M. G. Reale, G. Giovannetti, and Marcella Mottolese
- Subjects
fas ligand ,Adult ,Male ,germ cells ,medicine.medical_specialty ,Fas Ligand Protein ,fas ,fasl ,seminoma ,testis ,tumour ,Urology ,Endocrinology, Diabetes and Metabolism ,Testicle ,Biology ,Fas ligand ,Andrology ,Young Adult ,Testicular Neoplasms ,Internal medicine ,Biomarkers, Tumor ,medicine ,Humans ,RNA, Messenger ,fas Receptor ,Orchiectomy ,Testicular cancer ,Reverse Transcriptase Polymerase Chain Reaction ,Cancer ,Seminoma ,Middle Aged ,medicine.disease ,medicine.anatomical_structure ,Endocrinology ,Reproductive Medicine ,Cancer cell ,Disease Progression ,Immunohistochemistry - Abstract
Summary In the present study, we analysed the expression of Fas ligand (FasL) and its cognate receptor Fas in 14 seminomatous testicular germ cell tumours (TGCT) and six normal testicular tissues obtained following orchiectomy. Tissue samples have been processed to prepare either total RNA or protein extracts or fixed and embedded in paraffin for immunohistochemistry (IHC) experiments. Quantitative RT-PCR experiments demonstrated in TGCT a significant (p
- Published
- 2009
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3. EXPLOITATION OF FOREST PRODUCTIVITY THROUGH INCREASED MUSHROOM PRODUCTION
- Author
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P. C. Zingari, P. Terzolo, and G. Giovannetti
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biology ,Agroforestry ,Boletus ,Forestry ,Horticulture ,biology.organism_classification ,Firewood ,Ecoforestry ,Geography ,Production (economics) ,Productivity ,Hectare ,Silviculture ,Balance of nature - Abstract
This paper attempts to demonstrate how a greater and more skilled fungal presence could increase the potential productivity of forest areas. In particular, we believe that the development of timely, silviculture-cared production could be an important part of forestry income. While interest in traditional forestry production (copice firewood) has gradually decreased, underwood products have become more and more economically important, in that the income of the local population harvesting these products has increased and that tourism in the form of town-dwellers has flourished. In the specific case of mushroom-growing forests, the main problem is to find a balance between silviculture and products of the underwood. using the silviculture techniques which particularly maintains mushroom production . The objective of production recovery work undertaken in boletus growing forests, is to increase productivity of the local mushrooms with naturally present mycorrhization characteristics. When faced with a forest which was once a strong producer of boletus but which has declined over the years, one works to restore the set of favorable environmental conditions for the development of carpophores; the long-term presence of mycorrhize and spores in the earth gives the forest this potential. It's therefore necessary to intervene the restore the edible forest to the condition required for the development of boletus. Analyzing the data on the gathering and commercialization of s from Borgotaro, which has been a particularly productive area over the last 30 years, it is declared to be a 4000ha site with an average yearly production of 15kg circa per hectare and an average value of 300,000 Itl. (Italian lire). In the boroughs of Rossana, Cuneo and Givoletto, Torino, the two farmers who manage the forest, principally, in order to gather boletus and who have exclusive right of entry to them, have had an average harvest of roughly 100kg per hectare over the last ten years. Their experience gives interesting and useful clues as to how it is possible to instill new economic interest in the management of producing forests through recovery of ecological balance and the consequent increase in the number of edible fungi.
- Published
- 1998
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4. Expression and characterization of two new alkane-inducible cytochrome P450s from Trichoderma harzianum
- Author
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R, Del Carratore, R Del, Carratore, P G, Gervasi, M P, Contini, P, Beffy, B E, Maserti, G, Giovannetti, A, Brondolo, and V, Longo
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Spectrometry, Mass, Electrospray Ionization ,Cytochrome ,Genes, Fungal ,Molecular Sequence Data ,Gene Expression ,Bioengineering ,Biology ,Applied Microbiology and Biotechnology ,Fungal Proteins ,chemistry.chemical_compound ,Cytochrome P-450 Enzyme System ,Tandem Mass Spectrometry ,Complementary DNA ,Microsomes ,Alkanes ,Amino Acid Sequence ,Cloning, Molecular ,chemistry.chemical_classification ,Trichoderma ,Reverse Transcriptase Polymerase Chain Reaction ,Cytochrome P450 ,Trichoderma harzianum ,General Medicine ,Fungi imperfecti ,biology.organism_classification ,Lauric acid ,Amino acid ,chemistry ,Biochemistry ,Enzyme Induction ,Microsome ,biology.protein ,Biotechnology - Abstract
n-Dodecane and fatty acids were good inducers of cytochrome P450 (CYP) and the ω-hydroxylase of lauric acid, which is a marker for ω-hydroxylation of n-alkanes, in Trichoderma harzianum. A cDNA, containing an ORF of 1520 bp, encoding a CYP52 of 520 amino acids, was isolated by RACE. Another n-alkane-inducible CYP was identified by LLC-MS/MS analysis of a microsomal protein band induced by n-dodecane in a library of T. harzianum. This suggests that T. harzianum has a CYP-dependent conversion of alkanes to fatty acids allowing their incorporation into lipids.
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- 2010
5. MYCORRHIZAL SYNTHESIS BETWEEN CISTACEAE AND TUBERACEAE
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G. Giovannetti and A. Fontana
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Truffle ,biology ,Physiology ,ved/biology ,ved/biology.organism_classification_rank.species ,Cistus × incanus ,Plant Science ,Cistaceae ,Tuberaceae ,biology.organism_classification ,Cistus albidus ,Tuber albidum ,Tuber melanosporum ,Cistus ,Botany - Abstract
SUMMARY Cistus incanus ssp. incanus was tested with six Tuber species to prove its ectomycorrhizal development; the same was done with Tuber melanosporum and five Cistus species. Cistus incanus L. ssp. incanus formed ectomycorrhizas with Tuber albidum Pico, T. brumale Vitt., T. aestivum Vitt. and T. rufum Pico. The five Cistus species (Cistus albidus L., C. laurifolius L., C. salvifolius L., C. crispus L. and C. monspeliensis L.) developed ectomycorrhizas with Tuber melanosporum Vitt. These Cistaceae may be used as shrubby plants and as colonizers in truffle cultivations; the variety of their environmental and ecological requirements is such that it would be possible to increase the types of soil and number of places where truffles can be grown.
- Published
- 1982
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