Sequenced tagged site. A short genomic sequences that can be amplified from DNA samples by PCR.
Sequence Tagged Site. A unique, sequence-defined landmark in the genome that can be detected a specific PCR reaction.
Sequence Tag Site. In general, short sequences (200-500 bp) are produced throughout a genome. Oligonucleotide primers are generated such that this sequence can be amplified using PCR to produce a discrete band when analyzed by electrophoresis. STS markers can be polymorphic or monomorphic. They are critical to integrating non-sequence based maps (such as genetic or RH) with sequence based maps. Read more about STSs references: Green ED, Green P. Sequence-tagged site (STS) content mapping of human chromosomes: theoretical considerations and early experiences. PCR Methods Appl 1991; 1(2):77-90. Hudson TJ et al. An STS-based map of the human genome. Science 1995; 270(5244):1919-20.
Sequence Tagged Site. Short (200 to 500 basepairs DNA sequence that has a single occurrence in the human genome and whose location and base sequence are known. Detectable by polymerase chain reaction (PCR), STSs are useful for localizing and orienting the mapping and sequence data reported from many different laboratories and serve as landmarks on the developing physical map of the human genome. Expressed sequence tags (ESTs) are STSs derived from cDNA.
Sequence tagged site. A short DNA sequence with a known chromosomal location that occurs once within the human genome.
Simplified Tax System. An Australian initiative, the STS is part of that Government's broad-ranging reforms to introduce a new business tax system. The STS is designed to modify the method of determining taxable income for certain small businesses with straightforward, uncomplicated financial affairs.
See sequence tagged site.
(Sequence Tagged Sites) A unique (single-copy) DNA sequence used as a mapping landmark on a chromosome
Sequence tagged site. short DNA sequence (200-500 bp) that has a single occurrence in the human genome with known location and sequence. STSs can be detected by PCR methods and are useful as landmarks on the genome, to localize and orient sequence data.
Sequence tagged site. A short stretch of DNA whose sequence occurs once in the genome and whose location is known. It serves as a landmark used in the mapping and assembly of a genome.
Sequence tagged sites. The unique occurrence of a short, specific length of DNA within a genome whose location and sequence are known and that can be detected by a specific PCR. An STS is used to orient and identify mapping data for the construction of physical genome maps.
Superior Traction Surface. A brush able water base sandpaper-like finish material applied to the surface of many Vew-Do models The STS allows for increased friction between the riders feet and the top surface of the deck.
sequence tagged site. Short DNA segment that occurs only once in the human genome and whose exact location and order of bases are known. Because each is unique, STSs are helpful for chromosome placement of mapping and sequencing data from many different laboratories. STSs serve as landmarks on the physical map of the human genome.
The basic building block of SONET. The basic building block signaling rate for a SONET transmission medium is STS-1, which is 51.8 million bits per second. The signal is composed of 8000 frames per second, with 810 8-bit bytes per frame (8 bits/bytex810 bytes/framex8000 frames/sec = 51.840Mbps). A SONET STS-1 frame contains more than 30 times the data of a T-1 frame. Other STS rates are STS-3, STS-12, STS-48, STS-192, and STS-768.
STS (russian: СТС) is a commercial television station based in Moscow. The channel is the 4th most watched in Russia.