5,130 research outputs found
Structural characterization and transcriptional pattern of two types of carp rhodopsin gene.
No full textFour-laser scanning confocal system for microarray analysis.
No full textWe have constructed a confocal scanner suitable for routine microarray analysis from commercially available parts. We have outlined the details that should be considered when designing such an instrument and listed some of the specific components comprising the system [the full list of system components is available on CD from the corresponding author (D.J.G.) at no charge]. Here, we describe the methods used to test the linearity and sensitivity of the instrument. Performance was evaluated with two commonly used dyes, fluorescein and Cy5. While the instrument had a linear correlation between the dye concentration and fluorescence intensity, the observed deviation from a slope of 1.0 underscores the importance of running multipoint calibration experiments to obtain accurate dye quantitation over the full dynamic range of the scanner. This method has utility in testing commercial instruments in addition to the scanner described here. An array with over 300 spots dyed with Cy3 was scanned with our instrument and a high-end commercial instrument. The agreement between the two instruments was very good over a 1000-fold intensity range. Our scanner is a cost-effective alternative to more costly commercial scanners with similar capabilities
THE SU(2) ADJOINT HIGGS-MODEL - PHASE-STRUCTURE BY MEAN FIELD APPROXIMATIONS
No full textBaier R, REUSCH HJ. THE SU(2) ADJOINT HIGGS-MODEL - PHASE-STRUCTURE BY MEAN FIELD APPROXIMATIONS. NUCLEAR PHYSICS B. 1987;285(3):535-557
ASO Author Reflections: Prediction of Survival Outcomes Based on Preoperative Clinical Parameters in Gastric Cancer
No full textIdentification of Ultra-hot Jupiters in the PLATO field and perspectives on their characterization
No full textopenGli Hot Jupiter (HJ) e gli Ultra-Hot Jupiter (UHJ) rappresentano una classe peculiare di esopianeti: si tratta di giganti gassosi in orbite estremamente ravvicinate alle loro stelle ospiti, con periodi orbitali inferiori ai dieci giorni e temperature superficiali che, nel caso degli UHJ, superano i 2200 K. Questa tesi tratta della fisica che governa gli HJ e UHJ, con particolare attenzione ai meccanismi di formazione, alle conseguenze fisiche delle loro temperature estreme e alla loro composizione atmosferica. Dopo una panoramica introduttiva sugli HJ e sulla loro classificazione, l’analisi si concentra su tre UHJ noti in letteratura: WASP-121b, KELT-25b e HATS-70b; di ciascuno vengono esaminate le proprietà orbitali, atmosferiche e spettroscopiche. I tre pianeti appartengono al primo campo di vista di PLATO (PLAnetary Transits and Oscillations of stars), futura missione spaziale dell'ESA (lancio previsto per fine 2026), che sarà in grado di individuare migliaia di nuovi pianeti, inclusi di tipo terrestre.
Nella tesi sono presentate le principali caratteristiche della missione e il potenziale contributo alla scoperta e caratterizzazione di nuovi HJ e UHJ. L’osservazione sistematica di questi pianeti estremi fornirà informazioni fondamentali per comprendere l’evoluzione dei giganti gassosi in condizioni limite e i processi fisici ad essi legati
A simplified explanation for the frameshift mutation that created a novel C-terminal motif in the APETALA3 gene lineage.
No full textSchool type, stress and sport-related injuries in middle school students in Central Taiwan.
No full textEvaluation of PCDD/Fs patterns emitted from incinerator via direct ambient sampling and indirect serum levels assessment of Taiwanese.
No full text- …
