QuoteAlso what about the dye that they inject into you when you go for an x-ray or sonogram? I'm actually curious about that because I may need to do that one day soon and am concerned.
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You may want to ask your physician about the amount of radiation used during the CT procedure and the risks related to your particular situation. It is a good idea to keep a record of your past history of radiation exposure, such as previous CT scans and other types of x-rays, so that you can inform your physician. Risks associated with radiation exposure may be related to the cumulative number of x-ray examinations and/or treatments over a long period of time.
If you are pregnant or suspect that you may be pregnant, you should notify your physician. Radiation exposure during pregnancy may lead to birth defects.
If contrast dye is used, there is a risk for allergic reaction to the dye. Patients who are allergic to or sensitive to medications, contrast dye, iodine, or shellfish should notify their physician.
QuoteSalmon calcitonin (Miacalcin; Novartis, East Hanover, New Jersey; Fortical; Upsher Smith Pharmaceuticals, Maple Grove, Minnesota) is a peptide sequence that antagonizes human parathyroid hormone and directly inhibits resorption of bone.21 When used for postmenopausal osteoporosis, this agent is either administered intranasally, subcutaneously, or intramuscularly.
Generally calcitonin is well tolerated, although it can occasionally cause epistaxis or rhinitis in approximately 12% of patients.19,20 It should always be avoided in any patient with a seafood allergy, due to its origin as a salmon product.
Quotespeaking of anchovies, Worcestershire sauce is made from them and is sometimes used in ceasar salad dressings.
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Abstract
Chitin, extracted primarily from shellfish sources, is a unique biopolymer based on the N-acetyl-glucosamine monomer. More than 40 years have lapsed since this biopolymer had aroused the interest of the scientific community around the world for its potential biomedical applications. Chitin, together with its variants, especially its deacetylated counterpart chitosan, has been shown to be useful as a wound dressing material, drug delivery vehicle and increasingly a candidate for tissue engineering. The promise for this biomaterial is vast and will continue to increase as the chemistry to extend its capabilities and new biomedical applications are investigated. It is interesting to note that a majority of this work has come from Asia. Japan has been the undisputed leader, but other Asian nations, namely Korea, Singapore, Taiwan and Thailand have also made notable contributions. More recently, China has joined the club to become an increasingly major research source for chitin and chitosan in Asia. This review surveys select works of key groups in Asia developing chitin and chitosan materials for implantable biomedical applications.
Author Keywords: Chitin; Chitosan; Implants; Biomedical applications; Dental materials; Bone substitute materials; Wound healing; Tissue engineering; Drug delivery