5,420 research outputs found
Analisi della distribuzione di potentially toxic elements e parametri di interesse pedologico nell’area dell’oristanese attraverso metodi di interpolazione spaziale
No full textAnalisi della distribuzione di Potentially Toxic Elements e parametri di interesse pedologico nell’area dell’oristanese attraverso metodi di interpolazione spaziale
No full textThe CAPRA-S score
No full textBackgroundThe authors previously developed and validated the Cancer of the Prostate Risk Assessment (CAPRA) score to predict prostate cancer recurrence based on pretreatment clinical data. They aimed to develop a similar postsurgical score with improved accuracy via incorporation of pathologic data.MethodsA total of 3837 prostatectomy patients in the Cancer of the Prostate Strategic Urologic Research Endeavor (CaPSURE™) national disease registry were analyzed. Cox regression was used to determine the predictive power of preoperative prostate-specific antigen (PSA), pathologic Gleason score (pGS), surgical margins (SM), extracapsular extension (ECE), seminal vesicle invasion (SVI), and lymph node invasion (LNI). Points were assigned based on the relative weights of these variables in predicting recurrence. The new postsurgical score (CAPRA-S) was tested and compared with a commonly cited nomogram with proportional hazards analysis, concordance (c) index, calibration plots, and decision-curve analysis.ResultsRecurrence appeared in 16.8% of the men; actuarial progression-free probability at 5 years was 78.0%. The CAPRA-S was determined by adding up to 3 points for PSA, up to 3 points for pGS, 1 point each for ECE and LNI, and 2 points each for SM and SVI. The hazard ratio for each point increase in CAPRA-S score was 1.54 (95% confidence interval, 1.49-1.59), indicating a 2.4-fold increase in risk for each 2-point increase in score. The CAPRA-S c-index was 0.77, substantially higher than 0.66 for the pretreatment CAPRA score and comparable to 0.76 for the nomogram. The CAPRA-S score performed better in both calibration and decision curve analyses.ConclusionsThe CAPRA-S offers good discriminatory accuracy, calibration, and ease of calculation for clinical and research settings
Fritjof Capra e la Teoria della Matrice S
No full textVorrei qui enfatizzare il valore filosofico dei contributi di Fritjof Capra all’interpretazione della teoria della matrice di scattering S, perché, contrariamente al suo abbandono all’interno della comunità scientifica contemporanea, almeno come chiave ermeneutica ultima dei processi, essa rappresenta in qualche modo l’esito ultimo e più radicale della rivoluzione quanto-relativistica della fisica del Novecento
Erratum to: Proximal humeral fractures in elderly patients (Aging Clinical and Experimental Research, (2013), 25, S1, (85-87), 10.1007/s40520-013-0078-x)
No full textIn the original publication of the article, the name of the third author was incorrectly published as C. Capra. However, the correct name should read as P. Capra
A first glance on the epigenome of Capra hircus
No full textDNA methylation and microRNAs (miRNA) are two important forms of epigenetic modifications that play an important role in gene regulation in animals. Methylation at the carbon 5 position of cytosine residues is a fundamental layer of cellular differentiation through the control of transcriptional potential. MiRNA are small noncoding RNA molecules that regulate gene expression. Complete DNA methylomes for several organisms are now available; at the present, methylome of the domestic goat is unexplored. There is also still limited knowledge about miRNAs expression profiles in small ruminant species. Therefore, to contribute information on epigenetic modification in Capra hircus, we analysed the methylome and the miRNA population of three tissues (hypothalamus, pituitary and ovary) from 3 adult Saanen goats. We used Methylated DNA binding domain sequencing with enrichment of methylated DNA fragments and next generation sequencing. We produced least 23 million reads per sample, which were aligned to the goat reference genome. Further analyses were performed to identify peaks corresponding to hyper-methylated regions. We sequenced miRNAs expressed in the three tissues with Illumina high-throughput sequencing. Reads were mapped on the Capra hircus reference genome and both known and novel miRNAs, and miRNA target sites were identified using information collected in miRBase and using specific bioinformatic tools. This study produced a comprehensive miRNA profile related to the biology of goat. Furthermore, this is the first work dealing with methylome in Capra hircus: our preliminary results could provide new information for a deeper comprehension of epigenetic mechanisms of this species
La pianificazione della risorsa suolo in aree rimaneggiate ed alterate da attività antropiche (discariche abusive, aree post-industriali, antichi insediamenti)
No full textLa ricomposizione ambientale delle aree di cava a cielo aperto: il ruolo delle pedotecnologie
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