There are binary vectors in computer technology and in genetics. The two are entirely different and the question needs to be more specific.
Cross product is a mathematics term when there is a binary operation on two vectors in three-dimensional space.
Yes it is :)
False
in mathematics the cross products are the binary operation on two vectors in a 3dimensional Euclidean space that results in another vector which is perpendicular to the containing the 2 inputs vector.
By a vector such as a plasmid or by a BAC or YAC.
there are many different vectores as: 1-plasmid system 2-bacteria phage lamda 3-cosmids 4-bacterio artificial system 5-puc system the other cloning vectors are m13 which is the oldest one. and after the above all are:- BAC(bacterial artificial chromosome) YAC(yeat artificial chromosome) TAC(transformation-competent artificial chromosome)
There are binary vectors in computer technology and in genetics. The two are entirely different and the question needs to be more specific.
As it is a proper name, it would not be translated, and would remain as "Jeffrey yac".
Cross product is a mathematics term when there is a binary operation on two vectors in three-dimensional space.
To clone a 50kb fragment using Yeast Artificial Chromosomes (YAC), you should start by isolating the DNA fragment and then inserting it into a YAC vector using homologous recombination in yeast cells. This process involves transforming the yeast cells with the modified YAC vector containing the 50kb fragment, selecting for successful transformations, and confirming the presence of the fragment in the YAC. Additionally, you will need to maintain the YAC in yeast cells and perform quality control checks to ensure stability and integrity of the cloned fragment.
The insert capacity of PAC vectors in DNA cloning is typically around 150-300 kilobase pairs (kb). These vectors are known for their ability to accept large fragments of DNA for cloning purposes due to their high cloning capacity.
Yes it is :)
Cross product also known as vector product can best be described as a binary operation on two vectors in a three-dimensional space. The created vector is perpendicular to both of the multiplied vectors.
False
BAC = Bacterial Artificial Chromosome -200-300Kb -good for genomic libraries -uses the bacterial F (sex) plasmid -currently quite popular YAC = Yeast Artificial Chromosome -1Mb -good for genomic libraries also -difficult to manipulate and use -less popular
bac