structural gene

The non structural genes are found on the opposite strand.

Only future work with randomly chosen structural genes will overcome this source of bias.

A bacterium such as E. coli has on the order of three thousand structural genes.

AraI lies between the structural genes and the operator.

Two structural genes are present: L1 and L2.

It consists of three adjacent structural genes, a promoter, a terminator, and an operator.

Humans have about a hundred thousand structural genes, encoding that many diVerent proteins.

Structural genes - the genes that are co-regulated by the operon.

The structural genes of FV are another one of its unique features.

Most novel human features (compared to closely related apes) were of this nature, not implying major change in structural genes, as was classically considered.

An operon is made up of several structural genes arranged under a common promoter and regulated by a common operator.

In lac-operon, there are three structural genes:

The genome contains the usual retroviral structural genes including gag, pol, and env.

Structural genes are different from regulatory or promoter genes, as they serve the significant purpose of actually transcribing for proteins.

The gab operon consists of three structural genes:

The promoter and operator act to regulate the transcription of the structural genes into RNA.

In that condition, other proteins bound at the promoter are able to transcribe the structural genes of the lactose operon.

The structural gene, which encodes arabinose breakdown enzymes, is araBAD.

X. fastidiosa trpR is separated by three genes from two structural genes of tryptophan biosynthesis.

Five hybridizing clones were isolated, one of which represented the intronless Oct-11b locus and the other four the structural gene Oct-11a.

The three structural genes are: lacZ, lacY, and lacA.

MMTV codes for the retroviral structural genes and additionally for a superantigen.

The numerous alterations associated with partial albinism in the fowl are difficult to explain merely considering C locus only the structural gene of tyrosinase.

Structural genes represent an enormous variety of protein structures and functions, including structural proteins, enzymes with catalytic activities and so on.

One may distinguish between structural genes encoding enzymes, and regulatory genes encoding proteins that affect gene expression.