In serial data devices, such as EEPROM, Flash and Hard Drives where data is echanged serially, addresses need to be sent with the data for each byte or block of data. In parallel data devices, such as DRAM, an address is sent with every byte. With address sequencing, if the data is sequential and not scattered (see "defragmentation" for hard drives or the use of the TRIM command for SSDs and Flash), special read/write commands that do not need to resend address data can be used. This can speed up data access and, for DRAM, save on battery life by not needing to send an address each time. Another technique related to this is "page mode access".
Repeat
'Sequencing' is the next book in the series or sequel.
Sequencing DNA rapidly
Rock sequencing is a set of rocks that are contained in layers.
Deep sequencing is a type of procedure that is done in physics. It describes the number of single base readings taken during sequencing.
next-next generation sequencing
Sequencing DNA (Sanger Sequencing Method).
In shotgun sequencing, DNA fragments are sequenced before their correct order is known.
Sequencing events is the number in the sentence in the order which they appear in the story.
When looking for information about the sequence of DNA then there is information relating to the concept of genetic sequencing available from Wikipedia. The site offers about DNA sequencing with links that relate to other facts and information on the different aspects of genetic sequencing.
Because on the addition of the normal ddNTP to the sequencing, there will be addition of another nucleotide added by DNA polymerase which keeps DNA sequencing going.
DNA sequencing was first discovered by Fredrick sanger in 1950s