There are many more, even in intron 2 alone.

An equivalent presentation for intron conservation data is under development.

There are four or five different kinds of intron.

At present, 77 genes have been identified, none of them including an intron.

Each of these contains an intron which can be either spliced out or not.

It contains the 860-nucleotide intron and three others that are over 500 nucleotides.

In higher plant mitochondria, however, not a single group I intron has so far been detected.

The doctors and patients will know who is receiving Intron A.

Many different polymorphisms have also been detected, mainly in intron 1.

Some mutations to the intron made it difficult for the cell to recognize those boundaries.

In addition, the size of the intron is similar in fish and mouse.

The intron is then released in lariat form and degraded.

The gene is located in the fourth intron on human chromosome 7.

Such an efficient gene packaging is achieved by means of a small intron size.

In these cases, the areas around where the intron used to be were the most rapidly evolving parts of the gene.

An intriguing view on intron origin was recently published using the tools of population genetics.

The intron lengths are shown in Table 4.

We also examined every gene model with an intron less than 48 bp.

Thus the total composite intron size was 325 bps.

Researchers running the Intron study hope to enroll at least 40 patients who have been hospitalized with the virus.

The definitive mechanisms of intron gain, however, remain elusive and controversial.

Intron Depot 1 in two spots in particular is quite graphic.

The significance of the range and variability of intron length is not known.

However, only 179 bps of intron 1a were used.

First, insertion into an intron may not disrupt cellular gene expression.