βTub60D::βTub85DβTub85D.3'UTR, βTub85Dn has male sterile phenotype
βTub60D::βTub85DβTub85D.3'UTR/ betaTub60D::betaTub85D [+], βTub85D432, βTub85Dn has male sterile phenotype
βTub60D::βTub85DβTub85D.3'UTR, βTub85D432/βTub85Dn has male sterile phenotype
βTub60D::βTub85DβTub85D.3'UTR, βTub85Dn/betaTub85D[+] has male sterile phenotype
βTub60D::βTub85DβTub85D.3'UTR, βTub85Dn has spermatid axoneme phenotype
βTub60D::βTub85DβTub85D.3'UTR/ betaTub60D::betaTub85D [+], βTub85D432, βTub85Dn has spermatid axoneme phenotype
βTub60D::βTub85DβTub85D.3'UTR, βTub85D432/βTub85Dn has spermatid axoneme phenotype
βTub60D::βTub85DβTub85D.3'UTR, βTub85Dn/betaTub85D[+] has spermatid axoneme phenotype
Males carrying one copy of βTub60D::βTub85DβTub85D.3'UTR in a βTub85Dn/+ background are sterile and have abnormal axonemes. Males carrying one copy of βTub60D::βTub85DβTub85D.3'UTR and one copy of βTub85D432 in a βTub85Dn/+ background are sterile and have abnormal axonemes.
The 3' noncoding sequences from βTub85D are required for production of the correct tubulin level in the post-mitotic male germ cells.