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While a longer alkane spacer increased the number of molecules per gold dot from 67 to 98 (1– 2), the number of molecules per dot was approximately the same for all PEG spacers of different length (3– 5) and in the range of the longer alkane spacer.
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The hydrophobic alkane (1– 2) and more hydrophilic PEG spacers (3– 5) showed approximately comparative numbers of molecules per gold dot, ranging from 67 to 107.
In all three older observers, the threshold improved quite linearly with increasing stimulus duration - about 0.67, 0.26 and 0.78 dots per 100 ms for observers KG, CB and MD (67-, 74- & 86-yr-old), respectively, on average 0.57±0.16 dots per 100 ms (or processing time = 175 ms per dot for the threshold range of 3 6 dots).
Intensity clearly above background was detected for a 35 nM solution (dotted line), corresponding to ∼2 dye molecules per confocal volume (250 nm × 250 nm × 900 nm, x y z).
Aviram [3] has obtained a negligible overlap integral for molecule 3 with dot-dot distance of 7 Å.
Earth's atmosphere at sea level, by contrast, has about 100 billion billion molecules per cubic centimetre.
The amplicons were diluted to 109 molecules per μl.
You can find a few molecules per billions of BPA in dental sealants today.
The number of molecules translocated was approximately 0.5 molecules per second per monomer.
These creatures exist in a viscous atmosphere adrift with painterly molecules: pastel dots, jaundiced wave patterns, Klimt-like facets.
The coupling between DNA molecules and quantum dots can result in impressive nonlinear optical properties.
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