is the most commonly used type of sequencing today. It relies on synthesizing complementary DNA strands using fluorescently tagged nucleotides and capturing the output signal on a high-resolution ...

When these stars dance, they make their own music. Astronomers have tracked down the source of a mysterious radio signal from ...

Each of these signals was sent as a sequence of distinct letters, with brief spaces in between. In an effort to achieve a faster and more attention-grabbing signal, delegates at the second ...

In this context, we feel that ambiguities in the usage of the terms 'leader sequences' and 'signal peptides' require clarification. The translocation of secretory proteins across intracellular ...

Here, future membrane proteins make their way to the ER membrane with the help of a signal sequence in the newly translated protein. The signal sequence stops translation and directs the ribosomes ...

Optimal therapeutic targeting of cancer involves clonal signals which are expressed within all cancer cellsGradalis applies a novel clinically ...

Xpandomers, which are fifty times longer than the original molecule, encode the sequence information into high signal-to-noise reporters, meaning they provide clear signals with minimal background ...

Roche has put forward a new approach to genetic analysis, which it describes as sequencing-by-expansion—a proprietary method that pulls apart the DNA molecule and amplifies the signal of each ...

SBX creates a surrogate molecule called an Xpandomer (which is 50 times longer than target DNA) and encodes the DNA sequence information in large, high signal-to-noise reporters. The backbone of ...

The signal that we observe comes from sensing a sliding window of around 20 amino acids at a time as they pass through the pore. This makes it much more difficult to detect single amino acid ...