Examples of 'transcriptionally active' in a sentence
Meaning of "transcriptionally active"
transcriptionally active - This phrase is often used in molecular biology to describe genes or regions of DNA that are actively being transcribed into RNA
How to use "transcriptionally active" in a sentence
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transcriptionally active
The promoter may be a transcriptionally active promoter.
The linear transcriptionally active recombinant polynucleotide may be encapsulated in a liposome for gene delivery.
This allows the protein to be transcriptionally active.
A number of transcriptionally active enhancer elements have been reported.
One of the states is transcriptionally active.
The linear transcriptionally active polynucleotide may comprise one or more introns.
Such regions have a peculiar structural conformation typical of transcriptionally active chromatin.
Genes constitute the transcriptionally active part of chromosomes.
The double-layered rotavirus particle is transcriptionally active.
Many promoters are transcriptionally active in a wide range of cell types.
In a specific embodiment, the promoter is a transcriptionally active promoter.
It is transcriptionally active.
Such vectors rely on transgene insertions into transcriptionally active DNA of the host genome.
One or more linear transcriptionally active polynucleotides encode a light chain or fragment thereof.
In a specific aspect, the promoter is a transcriptionally active promoter.
See also
In one embodiment the transcriptionally active polynucleotide does not comprise backbone vector sequences.
The non-immunoglobulin locus may be a transcriptionally active locus.
In one embodiment the linear transcriptionally active polynucleotide comprises a bidirectional transcription terminator.
In one embodiment, the non-immunoglobulin locus is a transcriptionally active locus.
In one embodiment the linear transcriptionally active polynucleotides are transfected sequentially.
In hypoxia, limitation of enzymatic activity allows HIF-a to escape destruction and become transcriptionally active.
In one embodiment the linear transcriptionally active polynucleotide does not comprise any introns.
Two separate, site-specific proteolytic cleavages are necessary for release of the transcriptionally active amino-terminal domain.
The linear transcriptionally active polynucleotide comprises one or more regulatory expression sequences.
The non-immunoglobulin locus may be transcriptionally active in reproductive tissue.
The linear transcriptionally active polynucleotide may comprise an enhancer sequence upstream of the promoter sequence.
In a specific embodiment, the non-immunoglobulin locus is transcriptionally active in reproductive tissue.
In one embodiment the linear transcriptionally active polynucleotide comprises a plurality of encoding polynucleotide sequences.
In a specific aspect, the non-immunoglobulin locus is transcriptionally active in reproductive tissue.
In one embodiment the transcriptionally active polynucleotide sequence comprises a transcription terminator and a polyadenylation sequence.
Euchromatin - Portion of the chromosome that is transcriptionally active.
In a further embodiment each linear transcriptionally active polynucleotide comprises a second transcription regulatory element.
This evidence further confirms that AAVS1 is transcriptionally active.
Preferably the linear transcriptionally active polynucleotide comprises a first transcription regulatory element comprising a promoter sequence.
In this embodiment of the MFA approach, an MFA is inserted at a transcriptionally active locus.
The transcriptionally active locus may be associated with tissue-specific expression.
They prevent acquisition of a transcriptionally active conformation of the AR.
DNA packed into solenoids, unlike DNA in nucleosome form, is not transcriptionally active.
Thus, in one aspect each linear transcriptionally active polynucleotide does not comprise a terminator.
In one aspect, the non-immunoglobulin locus is a transcriptionally active locus.
In a specific aspect, the transcriptionally active locus is associated with tissue-specific expression.
However, any promoter ( s ) internal to the LTRs in such vectors will still be transcriptionally active.
Accordingly, two linear transcriptionally active polynucleotides may together encode an antibody or a fragment thereof.
In Step 8, the 3 ' end of the single-stranded DNA is extended, yielding a double-stranded, transcriptionally active promoter.
Relaxed, transcriptionally active DNA is referred to as euchromatin.
The 5G allele is slightly less transcriptionally active than the 4G.
DHSs mark transcriptionally active regions of the genome, where there will be cellular selectivity.
Example 1 - The first PCR step ( PCR1 ) in the generation of linear transcriptionally active polynucleotides.
The transcriptionally active locus may be the ROSA26 locus.
Example 2 - The second PCR step ( PCR2 ) in the generation of linear transcriptionally active polynucleotides.
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