Marine Biotechnology:
Achieving Solutions for Continuing Concerns

 

Sea Grant

This page:
A preview of achievements in marine biotechnology.


To learn about more Sea Grant research achievements, go to:

Biomedicine & Pharmaceuticals

Environmental Achievements

Aquaculture & Fisheries

Agriculture & Industry


   
US MAP Algae that recycles pollutants Solutions to zebra mussels Using biotechnology for life-saving drugs Solutions for declining fisheries Source Searching for new enzymes in submarine vents


Achievements

Marine biotechnology is benefiting:

Human health
Our environment
Fisheries
Agriculture & Industry

Go to the above links to learn to learn about developments in these areas occurring through Sea Grant-supported research.

For background on the resources and institutions linking the National Sea Grant program to communities, see Sea Grant's Web.

 

A Web of Resources: The research undertaken by Sea Grant's 30 local programs in marine biotechnology is answering both regional and national issues. Mouse over the photos to preview just of few of these exciting developments.

Algae that recycles pollutants. Trace metal pollution around the industrial Great Lakes has been linked to neurological disorders and some cancers. Now, research supported by Ohio Sea Grant is promising a new bioremedation technology employing a transgenic algae that absorbs metals. The technology is both ecologically safe and efficient.

At last, solutions to zebra mussels. A research team supported by New York Sea Grant has discovered a biotoxin that is lethal to zebra mussels yet harmless to other species. In a complementary project, another team has developed a genetic probe for identifying the larvae of this invasive species.

Using biotechnology for lifesaving drugs. Florida researchers have identified sponges, tunicates, and soft corals that produce compounds with potent anti-tumor properties. However, using these species for pharmaceutical development could devastate their natural populations. Scientists are addressing this by using modern molecular technologies to create the bioactive compounds in their laboratories.

Solutions for declining fisheries: The oyster industry in the Gulf of Mexico is at an all-time low, partly due to 2 oyster diseases. To revitalize the industry, Louisiana researchers are developing a method of producing oysters with a gene for enhanced disease resistance.

Source for otter disease revealed: Infectious diseases are suspected of playing a role in the increase in sea otter mortality off California's coast. Researchers, having traced one source of otter illness to a parasite excreted in cat feces, are now developing molecular tests for determining the parasite's demographic characteristics. By sharing their findings with resource specialists, they hope to correct the situation.

Searching for new enzymes in submarine vents: Surprisingly, the microorganisms living around deep sea hydrothermal vents are highly diverse. Hoping to discover new, useful enzymes from these species, scientists in Washington are collecting microorganisms from hydrothermal vents and a seismically active submarine volcano off their state's coast.

Algae that recycles pollutants Solutions to zebra mussels Using biotechnology for life-saving drugs Solutions for declining fisheries Source Searching for new enzymes in submarine vents Home | Science & Potential | Achievements | Sea Grant's Web | Research Database | Public Policy Glossary | Resources & Links

The Marine Biotechnology Theme Team
The National Sea Grant Program


Please send comments about this site to:  Dr. Jonathan Kramer, Chair, kramer@mdsg.umd.edu

Last modified September 30, 2005
http://www.biotech.seagrant.org/achievmts/achievmt.htm
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