37 datasets found

Sequencing reads from the hepatic transcriptome of barramundi collected from Repulse and Sandy Creek, QLD.

Stress response is important to living organisms. Identification of differentially expressed genes (DEG) and regulated pathways in response to stressors is critical to...

A farm-based challenges were conducted by exposing Asian seabass juveniles to complex natural environmental conditions. In one of these challenges, a total of 1,250 fish...

To generate RNA sequences for transcriptomic study of the tropical marine aquaculture species. Also known as Asian seabass or Barramundi Originated from Southeast Asia.

Lates calcarifer genome resequencing

The study is to investigate the transcriptome responses to simulated ocean acidification in Asian seabass, including the brain, gill and kidney.

Mitogenome for Lates calcarifer is being conducted because population genetics study displays two distinct lineages with a striking genetic distances that point to two different...

Generate a mouse model through microinjection of PE3 plasmids to efficiently induce targeted single base deletion

Transcriptome of Asian seabass after NNV infection

Single-cell RNA sequencing (scRNA-seq) are well suited for identifying the signature molecular markers or regulators in cells, this would benefit identifying or isolating...

Marine farming of barramundi in Southeast Asia is currently severely affected by viral diseases. To better understand the biological implications and gene expression response of...

Original reads from RNA sequencing reveal the transcriptome of brain and skin from Asian seabass at 25 dph from hungry group libraries and their control at two sampling time: 4...

Lates calcarifer genome sequencing and assembly

This data set was raw sequencing reads generated by ddRAD-seq sequencing in Asian seabass. The data set was from a F2 family consisting of 205 offsprings and two parents, and...

The goal of the project is to untangle the genetic feature of Asian seabass in Bangladesh

hepatic transcriptome of barramundi caught in the N. Johnstone River, in Barratta Creek, and in the Wenlock Catchment, in North Queensland, Australia

using GBS to produce SNP markers, construction of a genetic map and mapping QTL for resistance to VNN disease