MIGS Cultured Bacterial/Archaeal sample from Candi... - BioSample

MIGS Cultured Bacterial/Archaeal sample from Candidatus Methanohalarchaeum thermophilum

Organism: Candidatus Methanohalarchaeum thermophilum
cellular organisms; Archaea; Methanobacteriati; Methanobacteriota; Methanonatronarchaeia; Methanonatronarchaeales; Methanonatronarchaeaceae; Candidatus Methanohalarchaeum

Attributes

isolate	HMET1
strain	missing
collection date	2014-07-10
depth	15 cm
elevation	160 m
broad-scale environmental context	dry steppe
local-scale environmental context	hypersaline salt lakes
environmental medium	lake sediments
geographic location	Russia: Altai region
isolation and growth condition	anaerobic; t=48oC; pH=7; 4 M NaCl
latitude and longitude	51.42 N 79.42 E
number of replicons	1
reference for biomaterial	no
alkalinity	0.01 M
altitude	159 m
ammonium	0.04 mM
observed biotic relationship	free living
chemical administration	none
chloride	4-5 M
dissolved inorganic carbon	0.02 M
dissolved oxygen	0
estimated size	1.6 Mb
extrachromosomal elements	no
isolation source	enrichment culture inoculated with hypersaline salt lake sediment
magnesium	50-200 mg/L
methane	0.02 mM
n alkanes	0
nitrite	0
oxygenation status of sample	anaerobic
particle classification	silk
pathogenicity	no
petroleum hydrocarbon	0
pH	7
redox potential	-250 mV
relationship to oxygen	anaerobe
salinity	salt 240-300 g/L
sample collection device or method	sediment corer
sample storage temperature	-70
sample volume or weight for DNA extraction	0.1 g
sediment type	biogenous
sodium	4-5 M
source material identifiers	HMET
subspecific genetic lineage	class
sulfate	70 mM
sulfide	0.2 mM
temperature	20
trophic level	methylotroph
metagenome source	hypersaline lake metagenome
sample type	metagenomic assembly
environmental-sample	TRUE
metagenomic	TRUE
type-material	reference material of Candidatus Methanohalarchaeum thermophilum

Description

black sandy clay

Keywords: GSC:MIxS;MIGS:6.0

BioProject: PRJNA357090 Candidatus Methanohalarchaeum thermophilum isolate:HMET1
Retrieve all samples from this project