PYCC 9961
1 - Taxon name
Hanseniaspora menglaensis
2 - Classification
Ascomycota
3 - Strain (species name) changes
NA
4 - Status of the strain
Type strain of Hanseniaspora mengalaensis
5 - Basis for identification
Molecular (D1D2)
6 - Identified by
Y.-Z. Qiao, Dec.2018
7 - Original strain number
NYNU 181072
8 - Accession numbers in other collections
NA
9 - Biological Safety Level
BSL-1
10 - Access and Benefit Sharing (CBD, Nagoya protocol)
No known ABS restrictions
11 - PYCC strain status
Open
12 - Mediterranean strain
No
13 - Substrate of isolation
Rotting wood
14 - Category of substrate
Vascular plants, mosses & algae
15 - Locality
Honghe,Yunnan
16 - Country of origin
China
18 - Sample Collected by
F.-L. Hui
19 - Isolated by and date of isolation
Y.-Z. Qiao，Sep.2018
20 - Isolation details
YMA with chloramphenicol, 25ºC
21 - Deposited by
Feng-Li, Dec. 2023
22 - History
Fen-Li > PYCC
23 - Preservation
Glass beads; 20% Glycerol; -150C
24 - Price per culture
90€
25 - Remarks
NA
DNA Sequence
Region
26S
Sequence Title
MK682799
Gene Bank Url
https://www.ncbi.nlm.nih.gov/nuccore/MK682799
DNA Sequence
Region
ITS
Sequence Title
MK682803
Gene Bank Url
https://www.ncbi.nlm.nih.gov/nuccore/MK682803
Title
Hanseniaspora menglaensis f.a., sp. nov., a novel apiculate yeast species isolated from rotting wood

Author

Xue Chen, Ya-Zhuo Qiao, Feng-Li Hui

Abstract

Two apiculate strains (NYNU 181072 and NYNU 181083) of a bipolar budding yeast species were isolated from rotting wood samples collected in Xishuangbanna Tropical Rainforest in Yunnan Province, southwest PR China. On the basis of phenotypic characteristics and the results of phylogenetic analysis of the D1/D2 domain of the large subunit (LSU) rRNA, internal transcribed spacer (ITS) region and the actin (ACT1) gene, the two strains were found to represent a single novel species of the genusHanseniaspora, for which the nameHanseniaspora menglaensisf.a., sp. nov. (holotype CICC 33364T; MycoBank MB 847437) is proposed. In the phylogenetic tree,H. menglaensissp. nov. showed a close relationship withHanseniaspora lindneri,Hanseniaspora mollemarum,Hanseniaspora smithiaeandHanseniaspora valbyensis.H. menglaensissp. nov. differed fromH. lindneri, the most closely related known species, by 1.2 % substitutions in the D1/D2 domain, 2.5 % substitutions in the ITS region and 5.4 % substitutions in theACT1gene, respectively. Physiologically,H. menglaensissp. nov. can also be distinguished fromH. lindneriby its ability to assimilated-gluconate.

Publication Date

Link to Publication

https://doi.org/10.1099/ijsem.0.005970
Publication Pdf