Preposition: of

• gene: Ms Collins has cloned eucalyptus homologues of genes that control flower induction in Arabidopsis.

• protein: From bacterial to human models The majority of membrane protein structures are of bacterial homologues of membrane proteins.

• cycloidea: We have identified homologues of the gene CYCLOIDEA that has been shown to be involved in setting floral symmetry in snapdragon flowers.

Converse of object

• encode: Aeromonas salmonicida possesses two genes encoding homologues of the major outer membrane protein, OmpA.

• identify: We have identified homologues of the gene CYCLOIDEA that has been shown to be involved in setting floral symmetry in snapdragon flowers.

• have: Conversely, many human genes have a clear homologue in Drosophila.

• contain: This means that there is high confidence in the representative list containing no homologues.

• clon: Ms Collins has cloned eucalyptus homologues of genes that control flower induction in Arabidopsis.

• recognize: FUGUE is a program for recognizing distant homologues by sequence-structure comparison.

Adjective modifier

• mammalian: This expression pattern in adults is distinct from any of the putative mammalian homologues.

• human: If human homologues of the genes that we find in the worm play a similar role in signaling, they are candidate cancer genes.

• close: PIP starts by looking for close homologues to the protein you enter into the query form.

• bacterial: From bacterial to human models The majority of membrane protein structures are of bacterial homologues of membrane proteins.

• distant: The latter are rather more distant homologues of KcsA.

• putative: This expression pattern in adults is distinct from any of the putative mammalian homologues.

Noun used with modifier

• non-peptidase: This gives an indication of whether a novel sequence is that of an active peptidase or a non-peptidase homologue.

• mouse: Below we have a quick look at the mouse homologue of our human PITX2 gene.

• sequence: For better result, use as many sequence homologues as possible.

• peptidase: This shows whether we currently regard this as an ' active ' , ' putative ' or ' inactive ' peptidase homologue.

• protein: An additional important nuclear ERK substrate is Myc, another transcription factor and oncogenic protein homologue, which will be discussed below.