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The understanding of cichlid karyotypes has advanced after fluorescence in situ hybridization (FISH) technology was applied to the chromosomal physical mapping (cytogenetic mapping or FISH mapping) of DNA sequences.
The sensitivity of detection is the major concern when implementing the FISH technology.
The use of effective oligonucleotide probe design for fluorescent in situ hybridization (FISH) technology is examined.
Data from large randomized studies indicated that FISH technology is probably the best method for patient selection when the main end-point is survival.
In this study, we introduce a novel high-throughput fluorescent in situ hybridization (FISH) technology that enabled us to conduct a genome-wide RNAi screen for factors involved in the robust somatic pairing observed in Drosophila.
These uncertainties suggest that assessments of transgenic fish in contained facilities need to be conducted under as wide a range of conditions as possible, and that efficacious physical and biological containment strategies remain as crucial approaches to ensure the safe application of transgenic fish technology.
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What types of "fishing technology" are available?
Another factor has been rapid advances in fishing technology.
Advances in fishing technology enabled this growth by catching greater quantities of fish with lower cost and less labor required.
As such, despite developments in fishing technology, the demand for fish will almost certainly exceed sustainable levels.
One reason for this is that fishing technology has improved, so the comparison is not genuinely like-for-like.
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