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More merchandise was created to take advantage of the film's release. In 1999, Graeme Turner wrote that Jaws was accompanied by what was "probably the most elaborate array of tie-ins" including "a sound-track album, T-shirts, plastic tumblers, a book about the making of the movie, the book the movie was based on, beach towels, blankets, shark costumes, toy sharks, hobby kits, iron-on transfers, games, posters, shark's tooth necklaces, sleepwear, water pistols, and more."[119] The Ideal Toy Company, for instance, produced a game in which the player had to use a hook to fish out items from the shark's mouth before the jaws closed.[120]
JAWS maintains a file in S3 that contains the environment variables. You can now deploy your project again using the jaws dash command. Before packaging your code, JAWS pulls down the environment variables from S3 and includes them in your distribution.
There's a silent epidemic in western civilization, and it is right under our noses. Our jaws are getting smaller and our teeth crooked and crowded, creating not only aesthetic challenges but also difficulties with breathing. Modern orthodontics has persuaded us that braces and oral devices can correct these problems. While teeth can certainly be straightened, what about the underlying causes of this rapid shift in oral evolution and the health risks posed by obstructed airways?
Osteonecrosis of the jaws is a recently described adverse side effect of bisphosphonate therapy. Patients with multiple myeloma and metastatic carcinoma to the skeleton who are receiving intravenous, nitrogen-containing bisphosphonates are at greatest risk for osteonecrosis of the jaws; these patients represent 94% of published cases. The mandible is more commonly affected than the maxilla (2:1 ratio), and 60% of cases are preceded by a dental surgical procedure. Oversuppression of bone turnover is probably the primary mechanism for the development of this condition, although there may be contributing comorbid factors. All sites of potential jaw infection should be eliminated before bisphosphonate therapy is initiated in these patients to reduce the necessity of subsequent dentoalveolar surgery. Conservative débridement of necrotic bone, pain control, infection management, use of antimicrobial oral rinses, and withdrawal of bisphosphonates are preferable to aggressive surgical measures for treating this condition. The degree of risk for osteonecrosis in patients taking oral bisphosphonates, such as alendronate, for osteoporosis is uncertain and warrants careful monitoring.
How do long, slender snake-like creatures manage to stuff large, struggling prey into their narrow mouths and down their throats without using paws or claws? A new study reveals that the slender, snake-like moray eel--which may reach up to about nine feet in length--captures and consumes its prey (usually large fish, octopuses and squid) with a unique strategy that involves using two sets of jaws.
According to the study, the moray eel starts feeding by seizing its prey in the jaws of its oral cavity. This set of jaws is armed with sharp, piercing teeth that curve backwards, pointing towards the eel's throat. So structured, these teeth are specially designed to help prevent prey from backing out of the eel's mouth, much like spike-strips in parking lots help prevent cars from backing out of entrance ramps.
Once prey is secured in the eel's oral jaws, a second set of toothy jaws (known as the pharyngeal jaws) located behind the eel's skull lunges forward, advancing along almost the full length of its skull, to snatch and deliver the prey to the eel's esophagus for swallowing.
An article describing the moray eel feeding study, which was partially funded by the National Science Foundation (NSF), appears in the September 6 edition of Nature. The article identifies the moray eel as the only known vertebrate to use a second set of jaws to both restrain and transport prey. Rita Mehta, a researcher at the University of California at Davis and the article's lead author, describes the eel's feeding method as "an amazing innovation for the feeding behavior of fishes."
About 30,000 fish species besides the moray eel have a second set of jaws in their throat region. But as far as we know, such jaws have only limited mobility and so only grind or crush prey; they cannot provide the essential functions provided by the moray eel's jaws.
Unlike the moray eel, most fish capture and move prey into their throats by using suction. For example, some fish rapidly expand their mouths and thereby draw in water and associated food. Others overtake prey with their open mouths or grab prey in their jaws, but then create suction to move the prey from their mouths to their esophagus. But moray eels have little ability to generate suction through their mouths, Mehta found.
Mehta said that she is now investigating how the moray eel evolved its extraordinary jaws and working to identify the maximum size of the moray eel's prey. "Eels are an amazingly diverse and bizarre group of fishes, and not very well known," said Peter C. Wainwright of the University of California, Davis, who is a co-investigator of the study.
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