When performing rapid amplification protocols using PrimeSTAR Max DNA Polymerase, 3-step reactions are recommended for best results and longest amplification products.
PrimeStar - Wikipedia
PrimeStar was a medium-powered DBS-style system utilizing FSS technology that used a larger 3-foot (91 cm) satellite dish to receive signals. Broadcast originally in analog, they later …
PrimeStar
PrimeStar was the first medium-powered DBS system in the United States but slowly declined in popularity with the arrival of DirecTV in 1994 and Dish Network in 1996.
PrimeStar (Johnsonverse) | DifferentHistory Wikia | Fandom
PrimeStar was the first medium-powered DBS system in the United States, and was acquired by Johnson Industries on January 1, 1992. PrimeStar has international branches in Latin America …
PrimeStar explained
What is PrimeStar? PrimeStar was an American direct broadcast satellite broadcasting company formed in November 1990 by seven cable television ...
PrimeStar - Wikiwand
PrimeStar was a medium-powered DBS-style system utilizing FSS technology that used a larger 3-foot (91 cm) satellite dish to receive signals. Broadcast originally in analog, they later …
PrimeSTAR® Max DNA Polymerase reviews - SelectScience
For highly accurate amplification during cloning and expression studies, structural or evolutionary analyses, PrimeSTAR Max DNA Polymerase is the high fidelity polymerase of choice. …
- Reviews: 2
PrimeSTAR Max DNA Polymerase - pharmaceutical Technology
The formulation is based on Takara's unique, high-fidelity PrimeSTAR HS DNA Polymerase combined with an elongation factor to provide efficient priming and extension, which greatly …
About: PrimeStar - DBpedia Association
PrimeStar was the first medium-powered DBS system in the United States but slowly declined in popularity with the arrival of DirecTV in 1994 and Dish Network in 1996.
PrimeSTAR Max DNA Polymerase—fast and high-fidelity PCR
PrimeSTAR Max DNA Polymerase is a unique high-performance premix with the fastest extension speed available and extremely high accuracy, sensitivity, specificity, and fidelity.