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Synthetic Construct
Synthetic construct for EGFP using pD2610-v10, sequence

  • Accession
    KSYN010000000041
  • Submission date
    2025-10-24

Project Detail
BioProject detail - BioProject ID, projectTitle, projectDescription, keywords, nameOfSubmitter
BioProject
KAP241683
Project title
Establishment and Support of a Bio-commercialization Innovation Platform
Project description
◦ This center supports the bioindustry by providing industrial equipment for key process development, prototype production, academic-industry collaboration, and workforce training. ◦ We develop core biopharmaceutical technologies such as expression systems, suspension cultures, purification, and analysis to strengthen commercialization capabilities. ◦ We conduct process development for biomaterials through strain engineering, fermentation, downstream processing, and scale-up technologies to reach global standards. ◦ By supporting process development and pilot production, we help bio companies shorten their time to market. ◦ We promote research collaboration and support underdeveloped technologies by sharing infrastructure and research outcomes. ◦ We also offer equipment access and practical training to expand infrastructure and support industrial workforce development.
Name of submitter
Lee Eun Gyo

DataSet
메타데이터 입력
Name of submitter's organization
Korea Research Institute of Bioscience and Biotechnology(KRIBB)
Department of submitter
BioProcess Engineering Center
Country of submitter
South Korea
Street address
125 Gwahak-ro
City
Yuseong-gu
State / Province / Region
Daejeon
Zip Code (Postal Code)
34141
Contact person information
Name
Email
eglee@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Unpublished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
Eun Gyo Lee
Sequence authors initials
Lee,E.
Sample processing protocol
Data processing protocol
Supplementary information
Release Protocol?
No
Topology
Feature Information
Feature Description
Strand
Status
Partial
Nucleotide Interval Spans
Interval
Start
Stop
Sequence source (Backbone)
pD2610-v10
Sequence source Accession
NCBI Accession
KNA Accession ID
Target
EGFP
Name
pD2610-v10-EGFP
Purpose
mammalian EGFP expression vector
Description
Mammalian EGFP expression vector generated by cloning the EGFP gene into the pD2610-v10 backbone containing a CMV promoter for transient or stable expression in mammalian cells
Annotation file format
None
Total length
3737
Total contigs
1
Scaffolds or chromosomes Total length
Scaffolds or chromosomes Total contigs

File
file 목록
File Name Size Type Published Download
pD2610v10EGFP.gb 7,232 7,232 gb 2025-11-04
Synthetic construct for EGFP using pD2610-v10, sequence.fasta 3,879 3,879 fasta 2025-11-04
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