GEMIN5

Review rationale: Human GEMIN5 studies establish snRNP assembly. The selected horse protein is a close GEMIN5 relative but lacks aligned human residues723–798, spanning the end of the tandem-WD40 RNA-recognition module and adjacent sequence. The intact gene-family role is supported; the deletion makes transfer of this specific functional claim to the selected model uncertain. The conserved C-terminal regions do not independently demonstrate that its RNA-recognition and assembly machinery remains functional.

Review rationale: The retrieved primary studies establish GEMIN5 RNA recognition, snRNP assembly and translation regulation. They do not establish a role executing or regulating protein ubiquitination. Being ubiquitinated, interacting with a ubiquitin-system protein, or changing proteostasis indirectly is insufficient for this process assignment. A direct mechanistic contribution to the ubiquitination process is needed; the absence of a catalytic ubiquitin-ligase domain alone would not refute noncatalytic participation.

Review rationale: Human imaging establishes a nuclear GEMIN5 pool, consistent with the conserved horse protein architecture. The frozen horse GOA already has the more specific nucleoplasm location, whose biological rationale is supported by the human imaging. The predicted nucleus term is therefore less specific; it does not imply GEMIN5 is primarily nuclear or prove that its altered RNA-binding module is functional.

Review rationale: Human GEMIN5 studies establish RNA cap binding. The selected horse protein is a close GEMIN5 relative but lacks aligned human residues723–798, spanning the end of the tandem-WD40 RNA-recognition module and adjacent sequence. The intact gene-family role is supported; the deletion makes transfer of this specific functional claim to the selected model uncertain. The conserved C-terminal regions do not independently demonstrate that its RNA-recognition and assembly machinery remains functional.

Review rationale: Human GEMIN5 studies establish SMN mRNA 3′-UTR binding. The selected horse protein is a close GEMIN5 relative but lacks aligned human residues723–798, spanning the end of the tandem-WD40 RNA-recognition module and adjacent sequence. The intact gene-family role is supported; the deletion makes transfer of this specific functional claim to the selected model uncertain. The conserved C-terminal regions do not independently demonstrate that its RNA-recognition and assembly machinery remains functional.

Review rationale: Human GEMIN5 studies establish translation regulation. The selected horse protein is a close GEMIN5 relative but lacks aligned human residues723–798, spanning the end of the tandem-WD40 RNA-recognition module and adjacent sequence. The intact gene-family role is supported; the deletion makes transfer of this specific functional claim to the selected model uncertain. The conserved C-terminal regions do not independently demonstrate that its RNA-recognition and assembly machinery remains functional.