PhotoSynLab

Author: lab_rat

Hydrogen metabolism

Hydrogen metabolism in cyanobacteria [wpfilebase tag=file id=96 tpl=simple /] [wpfilebase tag=file id=95 tpl=simple /] [wpfilebase tag=file id=94 tpl=simple /] [wpfilebase tag=file id=93 tpl=simple /] [wpfilebase tag=file id=92 tpl=simple /] [wpfilebase tag=file id=90 tpl=simple /] Hydrogenase genes in Synechocystis sp. PCC 6803 one polycistronic operon sll_1220 hoxE sll_1221 hoxF sll_1222 hypothetical protein (nuclease?) sll_1223 hoxU sll_1224 hoxY (catalytic) sll_1225 exonuclease ?…

Genome of Nannochloropsis and related algae

Link to chloroplast genomes (including Nannochloropsis species) http://www.ebi.ac.uk/genomes/organelle.html Origin of chloroplast [wpfilebase tag=file id=39 tpl=simple] [wpfilebase tag=file id=48 tpl=simple] Chloroplast and mitochondrion genomes [wpfilebase tag=file id=41 tpl=simple] [wpfilebase tag=file id=40 tpl=simple] Evolution of haptophytes and cryptophytes [wpfilebase tag=file id=46 tpl=simple] [wpfilebase tag=file id=47 tpl=simple]

Literature: Utilization of FeIII and MnIV

[wpfilebase tag=file id=38 tpl=simple /] Abstract Whole-genome microarray analysis of Geobacter sulfurreducens grown on insoluble Fe(III) oxide or Mn(IV) oxide versus soluble Fe(III) citrate revealed significantly different expression patterns. The most upregulated genes, omcS and omcT, encode cell-surface c-type cytochromes, OmcS being required for Fe(III) and Mn(IV) oxide reduction. Other electron transport genes upregulated on both metal oxides included genes…