The saber catfish is one of the most elusive and elusive fish in the world, a species that is hard to catch.
It’s rare in the ocean, but has a good chance of being caught and eating in captivity.
A new study found a new way to get one of those rarest of fish in your back yard.
It involves using an aquarium that was designed to hold a large carnivorous fish, according to the report published in the Journal of Experimental Biology.
A team from Cornell University in the United States and the University of North Carolina, Chapel Hill used a similar design to produce a captive-born shark fish.
The shark was raised in a tank containing live sharks and small fish.
To get the fish, the team fed it small amounts of live prey that contained a high concentration of the chemical methylbromide, which is used to kill prey.
The team also used a large amount of methylbronze, a compound found in the aquarium food.
The fish grew up to 1.2 meters long.
The researchers put the fish in a glass aquarium that had a hole drilled in it.
In addition to allowing the fish to feed on the live prey, the researchers placed a small amount of the toxic chemical in the glass.
When the fish was fed the methylbrome, it began to attack the fish.
When fed the toxin, the fish would then become aggressive.
The researchers also found that the fish began to grow a tail.
The fish that was fed methylbrame developed a strong, powerful tail that could rip the glass from the aquarium’s glass wall.
When the fish attacked the fish that had not been given methylbromanze, the toxin killed the fish but did not cause it to attack any of the fish with the methyl bromide.
The team concluded that the methylbrrome killed the shark fish because the methyl Brome had a high affinity for the methyl group, which was one of several molecules present in the fish’s gut.
The methyl group is one chemical in a class of compounds called methylated groups.
Methylbromine kills the body’s immune system and helps protect against cancer.
The research team said the fish they created also had a low level of resistance to the methyl groups in its gut.