Fig. 2
From: Microbial dark matter filling the niche in hypersaline microbial mats
Color-coded table indicating major functional genes identified in Shark Bay mat novel microbiome MAGs. X-axis indicates specific genes likely involved in either nutrient cycling or environmental adaptation and y-axis indicates the specific microbial dark matter MAGs. Key: Grey indicates the partial pathways identified in carbon, sulfur and nitrogen cycles; white indicates the genes and associated pathways are absent. Color panel on the left represents different groups of MDM MAGs according to Fig. 1. ASR assimilatory sulfate reduction, DSR dissimilatory sulfate reduction, SOX sulfur oxidation, DNRA dissimilatory nitrate reduction, ANR assimilatory nitrate reduction, rTCA reverse tricarboxylic cycle, WL pathway Wood-Ljungdahl pathway, Inorg P inorganic phosphorus, Alkal Phos alkaline phosphatase, copAB/cusAB copper efflux systems, opu osmoprotectant transport system, pro glycine betaine/proline transport system, bet choline/glycine/proline betaine transport protein, uvr exinuclease, cph cyanophycin, gltBD/glnAE ammonium assimilation, mtr tetrahydromethanopterin S-methyltransferase, hdr heterodisulfide reductase, mttB trimethylamine-corrinoid protein co-methyltransferase, DGR diversity-generating retroelements