by | Oct 27, 2016 | 0 comments

Holy Mola! OGL Preserves DNA from the World’s Largest Bony Fish

There’s a fish that flaps its fins like a bird, eats jellies, and likes to sunbathe—and this month, Ocean Genome Legacy (OGL) received its valuable fully sequenced genome.

The ocean sunfish, the largest bony fish and one of the most bizarre species in the world, is named for its propensity to sunbathe, floating at the surface on its side to catch the sun’s rays. In some languages it is known as the moonfish, and its Latin name, Mola mola, comes from its millstone-like appearance. What makes the ocean sunfish such a valuable contribution to the OGL biorepository is its size and growth rate. Within a few years, an individual can grow from an ant-sized fry to a creature as tall as an African elephant and as heavy as a walrus. Lacking a tail fin, the sunfish uses its massive side fins to travel more than 10 miles per day and dive 2,000 feet to catch its favorite food, jellyfish.

OGL received the fully sequenced genome of the ocean sunfish, the world’s largest bony fish. Photo with modifications: Per-Ola Norman, Karen Arnold

Dr. Byrappa Venkatesh at the Institute for Molecular and Cell Biology A*STAR in Singapore, along with colleagues from the Chinese Academy of Sciences, sequenced the ocean sunfish genome to better understand its unique body structure and physiology. This genome sequence provides vital information about the fast growth rate, tail-less shape, and abnormally large size of the ocean sunfish, which can help research on fish biodiversity and perhaps even human and veterinary medicine.

With great new additions like this one, the OGL biorepository works with scientists around the globe to preserve valuable DNA samples that may lead to new cures and discoveries. If you would like to support our efforts, please consider making a gift.

Have you seen a living or stranded ocean sunfish in the wild? Report your sighting at Oceansunfish.org.

RECENT NEWS BRIEFS

How our DNA got all marked up

We are all familiar with the genetic code—the simple set of three-letter words that translate the As, Ts, Cs, and Gs of DNA into the diverse and complex forms we know as animal life. But, if every cell in an animal has the same DNA, how does one cell know to become a...

A new paper from OGL solves an old mystery

Shipworms are wormlike wood-eating clams that have been the nemesis of mariners since the first wooden boat set out to sea—and for good reason. Shipworms can gnaw their way through a wooden hull in a matter of months. Since at least 350 BCE, scientists have pondered...

The Wacky Underwater World 

What animal lives more than 250 years but never eats a thing? If you guessed the deep-sea tubeworm Escarpia laminata, you would be correct—and also probably a deep-sea biologist!   Escarpia laminata lives near deep-sea cold seeps, places where methane...

OGL publishes a new paper—about itself!

Have you ever wondered what goes on at the Ocean Genome Legacy Center? If so, you are not alone.   We frequently receive questions such as: Who can use OGL’s collections? What is in them? Where do the samples come from? How do I contact and work with OGL? To answer...

X