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. 2006 Sep;174(1):525–533. doi: 10.1534/genetics.106.061705

TABLE 1.

Mapping results and mutations in nuclear-encoded genes with mitochondrial function that exhibit a G1–S block in the third larval instar with normal neuronal differentiation

A. Mapping results
graphic file with name GEN1741525inf1.jpg
Cytological position Gene name Mitochondrial process Alleles
B. Mitochondrial genes identified by the glossy eye–BrdU screen
84E4 CG10092 arginyl tRNA ligase (atl) Protein biosynthesis–tRNA synthesis JR70, JR77, JV83, JR101, JR203, JV219, JR247, JV250, JP782
84F11 CG9613 coenzyme Q biosynthesis protein 2 (coq2) Oxidative phosphorylation–complex III JV259, JP768
91E4 glutamyl-tRNA amidotransferase A (gatA) Protein biosynthesis–tRNA synthesis JR15, JV87, JR94, JR113, JR205
91F1 ATP synthase subunit δ (ATPsyn-δ) Oxidative phosphorylation–complex V of electron transport chain JR92, JV115, JR238
94A1 CG6022 cytochrome c heme lyase (cchl) Oxidative phosphorylation–complex IV of electron transport chain JV32, JV56, JV193, JR214; Exelixis c04553 (Thibault et al. 2004)
94B6 mitochondrial ribosomal protein large subunit 45 (mRpL45) Protein biosynthesis–ribosome assembly JV28
Previously identified mitochondrial genes that cause the glossy-eye–defective BrdU incorporation phenotype
23F3 pdsw Oxidative phosphorylation–complex I of electron transport chain pdswk10101 (Spradling et al. 1999)
35F11 mitochondrial ribosomal protein large subunit 4 (mRpL4) Protein biosynthesis–ribosome assembly mRpL4k14608 (Spradling et al. 1999)
61B3 mitochondrial ribosomal protein large subunit 17 (mRpL17) Protein biosynthesis–ribosome assembly mRpL17KG06809 (Bloomington Drosophila Stock Center at Indiana University)
86F9 cytochrome c oxidase subunit Va (CoVa) Oxidative phosphorylation–complex IV of electron transport chain JP785 (Mandal et al. 2005)
Allele Cytological position No. of genes in region Allele Cytological position No. of genes in region
Other mapping results
JV282 85A6-B1 24 JV212 98E1-E3 6
JR107 89A5-A8 29 JV47 98F5 9
JV166 96A21-B4 34 JR8 100B9 5

In A, dark shading indicates complementation groups that have mapped to a deficiency and light shading indicates gaps within the available deficiency kit. The candidate regions and potential mitochondrial genes for complementation groups that have not been cloned are also indicated.