ライフサイエンスコーパス: dental amalgam

1 water at increasing mercury ion release from dental amalgam.

2 d could even be dated to removal of a single dental amalgam.

3 l continue to increase as dentists phase out dental amalgam.

4 s may overestimate Hg exposure from personal dental amalgams.

5 e amounts of mercury vapor are released from dental amalgams.

6 d the rate of dissolution was lowest for the dental amalgams.

7 -containing gamma 1 phase and two commercial dental amalgams.

8 common, such as through fish consumption and dental amalgams.

9 ced what has come to be known as high-copper dental amalgam alloys.

10 veyed occupational and personal exposures to dental amalgam and dietary fish consumption, from which

11 sed as a bactericide, inorganic mercury from dental amalgams, and exogenously derived atmospheric mer

12 ice, and the injection hole was sealed using dental amalgam, confining the tumor cells to the bone.

13 article focuses on several areas, including dental amalgam, dental composites and light curing, dent

14 We prepared dental amalgam discs (n = 65) by packing amalgam into cy

15 ion regarding exposure to mercury vapor from dental amalgam fillings and its possible consequences fo

16 women should not receive mercury-containing dental amalgam fillings during pregnancy.

17 from exposure to mercury vapor (Hg(o)) from dental amalgam fillings is the subject of current public

18 ety of vaccines containing thimerosal and of dental amalgam for repair of dental caries in children.

19 Dissolution of mercury from dental amalgam has been shown to be diminished by the fo

20 ant source for emissions to soil in 2005 and dental amalgam in later years.

21 in November 2019, elimination of the use of dental amalgam in oral health care was discussed.

22 re significantly correlated to the number of dental amalgams in each individual's mouth.

23 The use of dental amalgam is controversial largely because it conta

24 uggest a better accounting of mercury use in dental amalgam is needed with sales being made only to r

25 Dental amalgam is one of the most commonly used restorat

26 0%) of Hg in urine from individuals with <10 dental amalgams is derived from ingestion of MeHg in fis

27 Mercury emitted from dental amalgam may select for increased numbers of antib

28 in children whose caries were restored using dental amalgam or composite materials.

29 e levels of exposure that result from having dental amalgam restorations do so.

30 hypothesis that restoration of caries using dental amalgam resulted in worse psychosocial outcomes t

31 eature, we discuss the risks and benefits of dental amalgam, the global tracking of availability and

32 ence was found that exposure to mercury from dental amalgams was associated with adverse psychosocial

33 however, that mercury ions are released from dental amalgam when bleached.

34 during pregnancy, thimerosal in vaccines and dental amalgam with child neurodevelopment.

35 hetics, marked by the gradual replacement of dental amalgam with dental composite and all-metal and p

36 We hypothesized that the presence of dental amalgams would increase the level of mercury-, te