kilobase
kb

It is about 5 kilobase pairs in length.

It is expressed as an 8.7 kilobase transcript in the placenta and adult brain.

The centromeres occupy a 4-4.5 kilobase region in each chromosome.

The gaps represent approximately 700 Kilobase.

If one is interested in a 3 kilobase fragment then this constitutes about 10 pg (10 -1 g) of the sample.

Around 100 minichromosomes of around 50 to 100 kilobase pairs.

The cloning capacity of the vector is limited to replacement of the virus's 4.8 kilobase genome.

Plasmid size varies from 1 to over 1,000 kilobase pairs (kbp).

The linear 5.8-9 kilobase genome is positive sense, single-stranded RNA.

It also has one of the smallest bacterial genomes known, with 816 kilobase pairs (kbs).

Each plastid creates multiple copies of a circular 75-250 kilobase plastome.

Sizes are in kilobase (kb).

Using this method, up to 17 gigabases can be sequenced at once, as opposed to limited ranges for Sanger sequencing of only about 1 kilobase.

The genomes are 400 kilobase pairs in length with a G+C content of 41.1% and contains 470 predicted coding sequences.

CARs are approximately 500-800 base pair regions spaced at approximately 9 kilobase intervals along the chromosomes.

The genome is composed of a multiple segments of single stranded circular DNA each 1 kilobase in length.

The direct repeated segments containing these exons is 3.4 kilobase pairs long and may be derived from a recent duplication of a single ancestral domain.

The chromosome of T. celer is a single, circular DNA molecule, with 1,890 27 kilobase pairs.

HEV is a positive-sense single-stranded RNA icosahedral virus with a 7.5 kilobase genome.

It is composed of five exons and has an associated mRNA transcript that is 1.6 kilobase pairs in length.

P1 replicates as a 90 kilobase (kb) plasmid in the lysogenic state and is partitioned equally into two new daughter cells during normal cell division.

The GPC gene is organized in four exons distributed over 13.5 kilobase pairs of DNA.

A kilobase (kb) is a unit of measurement in molecular biology equal to 1000 base pairs of DNA or RNA.

In our memory tests with a 300 kilobase (kb) sequence with several thousand features, the memory heap size hovered around 100 Mbytes (MB).

The genome is condensed, nonsegmented and consists of a single molecule of circular, supercoiled double-stranded DNA, 12 kilobase pairs in length.

KB should be suspended for the rest of 2011 season.

However it was not difficult to upgrade a 1700 or 1764 to 512 kB.

Each resource is probably no larger in size than a few Kb.

That makes it possible to reserve up to 63 kB in one piece.

The chunk size in this example is therefore 16 kB.

When used with 4 kB pages, the page table tree has four levels instead of three.

By default, the size of each page remains as 4 kB.

Typical data carrying capacity was about 180 kB on each side.

A big system at that time might be 124 KB.

Some values for Kb are given in table 6.5.

Black and white technical papers make it smaller to 15-40 kB.

Its total genome size 8.621 kb and is broken into three parts.

Once you have a copy of it, it's just taking up a few kb on your device.

Originally, it supported up to 64 kb of main memory.

It covers 36.74 kb, from base pairs 19451486 to 19414744.

Band sizes in the range of 1.6 to 16 kb were used for comparison.

KB appears to have a life outside of teaching.

These files will be around 350 - 400 Kb in size and can take some time to download.

Its floppy drive was increased to an 800 kB capacity.

The total data returned by the mission was 5.2 million bits (about 634 kB).

Electronically, it was identical to the previous 48 kB model.

It has an executable memory size of about 50 kB.

In order to use more than 64 kB of memory, the segment registers must be used.

KB, one of the country's largest builders, now has 30 centers and plans to open several more this year.

A sample form is available here (4 pp, 141 kb).