Thomas Jane
Carter Blake
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Jul 28, 1999 · Deep Blue Sea: Directed by Renny Harlin. With Thomas Jane, Saffron Burrows, Samuel L. Jackson, Jacqueline McKenzie. Searching for a cure to Alzheimer's disease, a group of scientists on an isolated research facility become the prey, as a trio of intelligent sharks fight back.
- (143K)
- Action, Adventure, Sci-Fi
- Renny Harlin
- 1999-07-28
Deep Blue Sea is a 1999 American science fiction horror film [5] directed by Renny Harlin and starring Saffron Burrows, Thomas Jane, Samuel L. Jackson, Michael Rapaport, and LL Cool J. It is the first film of the film series by the same name. Set in an isolated underwater facility, the film follows a team of scientists and their research on ...
"Deep Blue Sea'' resembles a shark. It moves ceaselessly, and someone gets eaten from time to time. The movie is a skillful thriller directed by Renny Harlin , who made "Die Hard 2'' and "Cutthroat Island,'' and here assembles a neat package of terror, sharks and special effects.
On an island research facility, Dr. Susan McAlester (Saffron Burrows) is harvesting the brain tissue of DNA-altered sharks as a possible cure for Alzheimer's disease. When the facility's backers ...
- (115)
- Renny Harlin
- R
- Thomas Jane
Release date. 1999–2020. Country. United States. Language. English. The Deep Blue Sea film series consists of American science fiction natural - horror films, centered around genetically enhanced - sharks. The overall plot of the series centers around scientific studies conducted by marine biologists. These experiments provide the predatory ...
Deep Blue Sea. After a big storm damages their remote research facility, they must fight for their lives as the sharks hunt them down, one by one. 7,156 IMDb 5.9 1 h 44 min 1999. X-Ray R. Horror · Science Fiction · Intense · Ominous. Available to rent or buy.
Synopsis. In a remote underwater facility, doctors Susan McCallister (Saffron Burrows) and Jim Whitlock (Stellan Skarsgard) are doing research on Mako sharks to help in the re-activation of dormant human brain cells like those found in Alzheimer's disease patients.
