Repository series · ncbi-prjna987345
Metagenomic analysis and functional biomarkers prediction of 16S rRNA genes, and microcosm study suggest organohalides bioremediation potential for mangrove sediment.
By; Mohamed Ismaeil(a), Sultan M. Alsharif(b), Ali Saeed(a), and Wael S. El-Sayed(a) (a) Microbiology Department, Faculty of Science, Ain Shams University, Cairo, Egypt; (b) Department of Biology, College of Science, Taibah University, Al-Madinah, Kingdom of Saudi Arabia
The accession and its GCC connection are verified. Registration alone does not establish that the broader research programme remains active.
01 / Project overview
What the record establishes.
- Geographic scope
- Saudi Arabia connection indexed in BioProject metadata
- Project type
- Repository project
- Research domain
- Environmental and microbial genomics
- Years
- 2023–
- Lifecycle status
- repository_recorded
- Status basis
- Registered in NCBI BioProject on 2023/06/25; operational lifecycle is not asserted.
- Status evidence date
- 2023-06-25
- Scale
- 1 BioProject accession grouped by matching submitter, date, data type and narrative.
02 / Organizations and population
Who and what the project connects.
- Lead organizations
- Ain shams University
- Partner organizations
- Not stated
- Organism / population
- Not stated
03 / Data and access
What exists and how it can be reached.
Data types
- Raw sequence reads
- Sequencing
- Genome
Data access
Public repository metadata with linked data where supplied by the submitter
Identifiers
- BioProject
PRJNA987345
04 / Evidence and provenance
Why the record is included.
Inclusion basis
Exact country-name match in authoritative NCBI BioProject metadata; repeated submissions are grouped into one Atlas series.
Editorial note
Repository verification confirms the accession and regional connection, not whether the broader research programme remains active.
Sources
- primary record source Verified 2026-08-15
Release v0.2.0