| Accession |
SAMN42888590 |
| Title |
Fusarium vanettenii strain isolated from soil-plant enriched with microplastic particles |
| Organism |
Fusarium vanettenii |
| Description |
Fusarium strain exhibiting the ability to adhere to, colonize and hydrolyze polyester plastics was isolated from a soil-plant enriched system. Genomic analysis, transcriptomic and proteomic profiles highlighted increased expression of esterase and lipase coding proteins as well as some peroxidases. Enzymatic analysis similarly showed increased expression of esterase, lipase and peroxidases.
Keywords: GSC:MIxS;MIGS:6.0
|
| Sample type |
MIGS.eu.soil.6.0 |
| Attributes |
|
strain
|
K1
|
|
collection_date
|
2022-12-27
|
|
isol_growth_condt
|
Malt extract with chloramphenicol was used for isolation of the fungus from the soil and maintained at 28 degrees celcius
|
|
env_broad_scale
|
Soil-plant system
|
|
neg_cont_type
|
Liquid medium containing: Yeast nitrogen base with amino acids, and 20% glucose
|
|
env_local_scale
|
Humus soil from the rhizosphere
|
|
depth
|
Humus
|
|
elev
|
1912.4 metres
|
|
geo_loc_name
|
China: Yunnan Province, Kunming City, Panlong, Kunming Botanical Garden, Kunming Institute of Botany, Chinese Academy of Sciences.
|
|
lat_lon
|
25.14 N 102.7389 E
|
|
env_medium
|
rhizospheric humus soil
|
|
pos_cont_type
|
Liquid medium containing: Yeast nitrogen base with amino acids, with no glucose, but with polyurethane and polyethylene terephthalate as distinct carbon sources 20% glucose
|
|
isolation_source
|
humus soil under trees
|
|
| Organization |
Kunming Institute of Botany, Chinese Academy of Sciences
|
| Release date |
2024-11-25 |
| Data Source |
NCBI |
