본문영역 바로가기 메인메뉴 바로가기 하단링크 바로가기
KoNA SEARCH
Close

Browse BioProject

BioProject ID : KAP220224

|

Project title : Genome Analysis of Marine Animals

Summary 내용시작

Submitter

Submitter

Submitter를 안내합니다.

Name Park Hyun
Organization Korea University
Department Division of Biotechnology

Date

Date

Date를 안내합니다.

Registration Date 2022-04-26

Project Design

Project Design

Project Design를 안내합니다.

NTIS Number 1525008302
Project Title Genome Analysis of Marine Animals
Relevance environmental
Description "Assignment goal Through genome production, processing, standard map construction and advanced functional analysis of marine animals (including strategic species), the evolution of marine animals/understanding strategies to respond to changes in the marine environment/establishment of sovereignty over marine biological resources Acquire academic/national/social/industrial values ​​by discovering new marine biomaterials. Securing key base data for the development of aquatic biotechnology through detoxification of Takifugu obscurus genome and analysis of Takifugu obscurus transcriptome Assignment contents Analysis of Takifugu obscurus genomics 1) Takifugu obscurus DNA Extraction - HMW DNA extraction and QC from the muscle tissue of Takifugu obscurus 2) Libraries creation 3) Pacbio Sequel sequencing 4) Assembly 5) Scaffolding 6) Assembly QC (BUSCO Results) 7) Transcriptome sequencing 8) Annotation 9) Comparison between Takifugu obscurus and other fishes Takifugu obscurus transcriptome analysis 10) RNAseq experiments on salinity effects - Analysis of changes in expression of Takifugu obscurus transcripts according to salinity changes 10) RNAseq experiments of fertilization on salinity effects - Analysis of changes in transcriptome expression for each stage of development under different salinity conditions - Perform RNAseq analysis by extracting RNA by occurrence period Expected Effects and Utilization ○ Technical aspects - Accumulate genome analysis know-how by analyzing Takifugu obscurus genome, and build genome infrastructure for marine animals ○ Economic and industrial aspects - Contribute to creating a national economic growth engine and strengthening competitiveness by providing a basis for nurturing various bio industries by utilizing Takifugu obscurus's bioinformation - Improving the possibility of improving new breeds by discovering genes that form special traits in marine animals ○ Social aspect - Laying the foundation for the conservation of Korea's unique marine animal resources - Contribute to the establishment of strategies to respond to changes in biological resources due to changes in the marine environment How to use ○ Provide high-quality reference genome of domestic marine animals - Establishment of domestic marine animal infrastructure through genome analysis of Takifugu obscurus and suggest molecular mechanisms related to the evolution, development, and environmental adaptability of marine organisms based on comparative genomes - To devise a method to strengthen marine organisms' ability to respond to the environment by revealing genes related to stress and environmental adaptability, and suggest industrial application possibilities"
Project Data Type * Whole Genome sequencing
Sample Scope * Monoisolate

Hierarchy

Hierarchy

Hierarchy를 안내합니다.

Umbrella Project NA

Publications

Publications

Publications를 안내합니다.

PubMed ID
DOI

Relations 내용시작

Sample Group

BioSample
Accession ID
Project Title
Sample Type
Registration Date
KASG220372 Assembly of Takifugu obscurus genome Model organism or animal sample 2022-04-26

Submitter’s other BioProjects

Show

고객님께서 요청하신 내용을 처리중입니다.

잠시만 기다려주세요.