Changes in fluorescence emission of the serum from patients with various cancers are characterized. The measurement of fluorescence emission of serum in the UVvisible range allows by estimation of NAD(P)H levels to monitor the alterations in energy metabolism, resulting from changes in the level of coenzymes in serum associated with neoplastic diseases. Introduction Over the past years, f luore...

Human plasma apolipoprotein A-I (apoA-I) and apolipoprotein C-I (apoC-I) were investigated by time-resolved fluorescence decay and depolarization. The tryptophyl fluorescence of apoAI undergoes a double-exponential decay with lifetimes of 1.07 and 3.43 ns which remain unchangcd over the range of apoA-I concentration studied. The time-resolved fluorescence of both native and denatured forms of a...

In the present study, we collected and investigated spinels from Man Sin deposit in Myanmar using standard gemological testing, microscopic observation, EDXRF, Raman spectrometry. The color observation was performed under various lighting conditions to show differences. A very high Cr/Fe ratio is linked with exceptionally strong red fluorescence. Microscopic spectroscopy identified mineral incl...

Artificial intelligence impacts growth and productivity in many industries (e.g., transportation, communication, commerce, and finance). However, one painful exception is education; today, very few AI-based learning systems are consistently used in classrooms or homes. Yet the potential for an impact on education is great: today’s instructional software now routinely tailors learning to individ...

Monobromobimane (MBB) is a lipophilic reagent that selectively modifies free cysteine residues in proteins. Because of its lipophilic character, MBB is capable of labeling cysteine residues in membrane proteins under native conditions. Reaction of MBB with the sulfhydryl groups of free cysteines leads to formation of highly fluorescent derivatives. Here we describe a procedure for the detection...

This paper describes a compiler which converts from Verilog to C. The output is then compiled to machine native code and tends to execute faster than native mode Verilog simulation because the compiler preserves only the synthesis semantics, not the simulation semantics, of Verilog and also performs logic minimisation. Busses of up to 32 or 64 bits can be modelled as C integers whereas larger b...