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o-TOLUIDINE CAS N°: 95-53-4 - UNEP Chemicals

o-TOLUIDINE CAS N°: 95-53-4 - UNEP Chemicals

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OECD SIDS o-<strong>TOLUIDINE</strong><br />

6. REFERENCES ID: <strong>95</strong>-<strong>53</strong>-4<br />

DATE: 07.01.2005<br />

(236) Carls N, Schiestl RH (1994) Evaluation of the yeast DEL assay with 10 compounds<br />

selected by the international program on chemical safety for the evaluation of short-term<br />

tests for carcinogens. Mut Res 320: 293-303<br />

(237) Schiestl RH (1996) DEL Assays detect carcinogens from yeast to mice. Newsletter<br />

Carcinogenesis (SOT), Oct. 1996<br />

(238) Sharp DC, Parry JM (1981) Induction of Mitotic Gene Conversion by 41 Coded Compounds<br />

using the Yeast Culture JD1. Prog Mut Res 1: 491-501<br />

(239) Brooks TM, Gonzales LP, Calvert R, Parry JM (1985) The induction of mitotic gene<br />

conversion in the yeast Saccharomyces cerevisiae strain JD1. Prog Mut Res 5: 225-228<br />

(240) Shell Oil Company, Brooks TM, Gonzales LP (1983) Induction of mitotic gene conversion in<br />

the Saccharomyces cerevisiae JD1, by ten selected compounds in the IPCS Collaborative<br />

study on short term tests. NTIS/OTS 516216<br />

(241) Parry JM, Eckhardt F (1985) The induction of mitotic aneuploidy, point mutation and<br />

mitotic-crossing over in the yeast Saccharomyces cerevisiae strains D61-M and D6. Prog<br />

Mut Res 5: 285-2<strong>95</strong><br />

(242) Zimmermann FK, Heinisch J, Scheel I (1985) Tests of induction of mitotic aneuploidy in the<br />

yeast Saccharomyces cerevisiae strain D61.M. Prog Mut Res 5: 235-242<br />

(243) Zimmermann FK, Scheel I (1981) Induction of Mitotic Gene Conversion in Strain D7 of<br />

Saccharomyces cerecisiae by 42 Coded <strong>Chemicals</strong>. Prog Mut Res 1: 481-490<br />

(244) Mehta RD, von Borstel RC (1985) Tests for genetic activity in the yeast Saccaromyces<br />

cerevisiae using strains D7-144,XV185-14C and RM52. Prog Mut Res 5: 271-284<br />

(245) Parry JM, Eckardt F (1985) The detection of mitotic gene conversion, point mutation and<br />

mitotic segregation using the yeast Saccharomyces cerevisiae strain D7. Prog Mut Res 5:<br />

261-269<br />

(246) Albertini, Zimmermann (1991) The detection of chemically induced malsegregation in<br />

Saccharomyces cerevisiae D61.M: a literature survey (1984-1990). Mutat Res 258: 237-<br />

258<br />

(247) Kassinova GV, Kovaltsova SV, Marfin SV, Zakharov IA (1981) Activity of 40 coded<br />

compounds in differential inhibition and mitotic crossing-over assay in yeast. Prog Mut Res<br />

1: 434-455<br />

(248) Jagannath DR, Vultaggio DM, Brusick DJ (1981) Genetic Activity of 42 Coded Compounds<br />

in the Mitotic Gene Conversion Assay. Prog Mut Res 1: 456-467<br />

(249) Parry JM, Danford N, Parry EM (1984) In Vitro Techniques for the Detection of <strong>Chemicals</strong><br />

Capable of Inducing Mitotic Chromosome Aneuploidy. Altern Lab Anim 11: 117-128<br />

(250) Parry JM, Sharp DC(1981). Induction of mitotic aneuploidy in the yeast strain D6 by 42<br />

coded compounds. Prog. Mut. Res. 1, 468-480.<br />

(251) Resnick MA, Mayer VW, Zimmermann, FK (1986) The detection of chemically induced<br />

aneuploidy in Saccharomyces cerevisiae: an assessment of mitotic and meiotic Systems.<br />

Mut Res 167: 47-60<br />

(252) Simmon VF (1979) In vitro assays for recombinogenic activity of chemical carcinogens and<br />

related compounds with saccharomyces cerevisiae D3. J Natl Cancer Inst 62: 901-909<br />

(2<strong>53</strong>) Zimmermann FK, von Borstel RC, von Halle ES, Parry JM, Siebert D, Zetterberg G, Barale<br />

R, Loprieno N (1984) Testing of chemicals for genetic activity with Saccharmyces<br />

cerevisiae. Mutat Res 133: 199-244<br />

<strong>UNEP</strong> PUBLICATIONS 287

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