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Table 1 Additional details for lanes in Figure 1 and FTO close homologous sequences in Figures 1 and 2.

From: The FTO (fat mass and obesity associated) gene codes for a novel member of the non-heme dioxygenase superfamily

Identifier

Obtained from

Species

Representing

ALKB_ECOLI

SwissProt

Escherichia coli

Alpha-ketoglutarate-dependent dioxygenase AlkB

Sec_2fdi

2D structure

  

ALKB3_HUMAN

SwissProt

Homo Sapiens

hABH3 (human A lkB H omolog 3)

Sec_2iuw

2D structure

  

fto_Ostlu

gi:145352974 & FGENESH+1

Ostreococcus lucimarinus

Homolog to FTO

fto_Ostta

gi:116060758 & FGENESH+1

Ostreococcus tauri

Homolog to FTO

AACY020075623

AACY020075623 & FGENESH+1

Marine metagenome

Homolog to FTO (not shown in Fig. 1)

fto_Thaps

JGI database & FGENESH+1

Thalassiosira pseudonana

Homolog to FTO

fto_Phatr

JGI database & FGENESH+1

Phaeodactylum tricornutum

Homolog to FTO (not shown in Fig. 1)

fto_Oryla

Ensembl1

Oryzia latipes

Homolog to FTO

fto_Xenla

Sptrembl: Q68F541

Xenopus laevis

Homolog to FTO

fto_Xentr

UniRef100: UPI0000509E0B

Xenopus tropicalis

Homolog to FTO

fto_Bosta

UniRef100: A5D798

Bos taurus

Homolog to FTO

fto_Canfa

JGI database & FGENESH+1

Canis familiaris

Homolog to FTO

fto_Ratno

UniRef100: Q2A121

Rattus norvegicus

Homolog to FTO

fto_Mouse

SwissProt: FATSO_MOUSE

Mus musculus

Homolog to FTO

fto_Human

SwissProt: FATSO_HUMAN1

Homo sapiens

FTO

PhD_FTOpred

2D Structure2

  
  1. 1Manually assembled ESTs from NCBI [31] and homologous sequences were used in order to produce accurate gene predictions supported by homology information.
  2. 2Secondary structure prediction using PHD [26].