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염기서열
Priestia sp. PM_Priestia sp , sequence

  • Accession
    SN01000095
  • Submission date
    2025-10-13

Project Detail
BioProject detail - BioProject ID, projectTitle, projectDescription, keywords, nameOfSubmitter
BioProject
KAP241757
프로젝트의 영문 제목
Development in defense of multi-organ damage by particulate matter
프로젝트의 영문 설명
In order to protect national health and respond to human hazards from environmental pollutants such as (ultra) fine dust, we aim to build a disease model induced by fine dust, analyze the effects of fine dust in the body, discover new damage prediction factors by organ, study disease network mechanisms, and develop fine dust-induced specific diagnostic/therapeutic candidates, damage control source technologies, and response technologies for multi-organ damage.
등록자의 영문 이름
Lee Moo-Seung

BioSample
BioSample Accession ID
KAS24164085
BioSample name
PM_Priestia sp
Organism
Priestia sp.
NCBItaxonomyID
2800375
Strain
Priestia sp. strain PSB3
Breed
Cultivar
Isolate
not applicable
Ecotype
Host
Lab Host
Isolation Source
Sample Division
Bacteria

DataSet
메타데이터 입력
Name of submitter's organization
Korea Research Institute of Bioscience and Biotechnology
Department of submitter
Environmental Diseases Research Center
Country of submitter
대한민국
Street address
125 Gwahak-ro
City
Yuseong-gu
State / Province / Region
Daejeon
Zip Code (Postal Code)
34141
Contact person information
Name
Lee, Moo-Seung
Email
msl031000@kribb.re.kr
Phone
Publication status
Unpublished
Publication
PubMed ID of publication
DOI of publication
Reference Title
Authors
Journal Title
Journal Year
Journal Volume
Journal Issue
Journal Pages
Publication
Reference title
Confirm update of existing submission
No
Existing KNA Accession ID
Sequence Authors
Sequence authors full name
Lee,M.
Sequence authors initials
Lee,M.
Sample processing protocol
Data processing protocol
Supplementary information
Release Protocol?
No
Did you submit KRA data for this Nucleotide submission?
KRA Accession ID
Assembly date
2024-04-05
Sequencing platform - KRA Run
KRA Run ID
Platform
Instrument model
Genome coverage
Sequencing platform
NCBI SRA Run ID
Platform
Instrument model
Genome coverage
Sequencing platform
NCBI SRA Run ID
Platform
Sanger
Instrument model
Genome coverage
Assembly method
Program
Other (Please specify) - Seqman
Program version or Run date
APRIL 2024
Haplotype phasing method
Assembly name
Molecule Type
rRNA
Topology
Linear
Organelle/Location information
chromosomal
Status
Feature Information
Feature Description
Strand
Status
Partial
Nucleotide Interval Spans
Interval
Start
Stop
Genome Accession
Annotation file format
None
Total length
1324
Total contigs
1
Scaffolds or chromosomes Total length
Scaffolds or chromosomes Total contigs

File
file 목록
File Name Size Type Published Download
Priestia sp. PM_Priestia sp , sequence.fasta 1,339 1,339 fasta 2025-10-13
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