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GB 15193.18-2015 English PDF

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GB 15193.18-2015: National food safety standard -- Health guidance values
Status: Valid

GB 15193.18: Evolution and historical versions

Standard IDContents [version]USDSTEP2[PDF] delivered inStandard Title (Description)StatusPDF
GB 15193.18-2015English149 Add to Cart 3 days [Need to translate] National food safety standard -- Health guidance values Valid GB 15193.18-2015
GB 15193.18-2003English199 Add to Cart 2 days [Need to translate] Acceptable daily intake estimation Obsolete GB 15193.18-2003
GB 15193.18-1994English199 Add to Cart 2 days [Need to translate] Estimation of acceptable daily intake Obsolete GB 15193.18-1994

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Basic data

Standard ID GB 15193.18-2015 (GB15193.18-2015)
Description (Translated English) National food safety standard -- Health guidance values
Sector / Industry National Standard
Classification of Chinese Standard C53
Classification of International Standard 7.1
Word Count Estimation 7,770
Date of Issue 2015-08-07
Date of Implementation 2015-10-07
Older Standard (superseded by this standard) GB 15193.18-2003
Regulation (derived from) National Food Safety Standard Announcement 2015 No.6
Issuing agency(ies) National Health and Family Planning Commission of the People's Republic of China

GB 15193.18-2015: National food safety standard -- Health guidance values

---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
(National Food Safety Standard health guidance values) National Standards of People's Republic of China National Food Safety Standard Health-based guidance values Issued on.2015-08-07 2015-10-07 implementation People's Republic of China National Health and Family Planning Commission released

Foreword

This standard replaces GB 15193.18-2003 "acceptable daily intake (ADI development)." This standard compared with GB 15193.18-2003, the main changes are as follows. --- Standard name was changed to "national food safety standard health-based guidance value"; --- Modify the scope of the standard; --- Modify the terms and definitions; --- Added "health-based guidance value"; --- Revised ADI developed overview; --- Delete the words "the development of acceptable daily intake of some exceptions." National Food Safety Standard Health-based guidance values

1 Scope

This standard specifies the method for the development of food and food-related chemical health guidance values. This standard applies to have the threshold can cause toxic effect of the test substance.

2 Terms and definitions

NOTE. health-based guidance values related terms covered in this chapter bilingual and acronyms in Appendix A. 2.1 health-based guidance values Human a period of time (lifetime or 24h) ingested something (or some) substance without producing detectable adverse health effects of Safety limits, including the acceptable daily intake, tolerable intake, acute reference dose and the like. 2.2 starting point Or sensitive data from dose groups observed indicators of experimental animals - response relations for extrapolated dose values of health-based guidance values, If no observed adverse effect level and the reference dose and the like. 2.3 No observed adverse effect level Through animal experiments, the existing technical means and detection index was not observed any harmful effects of the test substance-related maximum dose. 2.4 Minimum observed adverse effect level Under specified conditions, the test substance causing a minimal effect dose animal tissue morphology, function, growth and development, and other harmful effects. 2.5 benchmark dose Based on the dose - response relationship of research results, obtained using statistical model was caused by a particular test, a lower health risk issue Students rate (typically 10% quantitative data, qualitative data was 5%) 95% confidence interval dose limits. 2.6 uncertainty factor Safety factor For the development of health-based guidance values applied outside push from animals to humans (assuming that the most sensitive), or from some individuals extrapolated to the general Composite coefficient group used. 3 health-based guidance values Note. This chapter covered health-based guidance values related terms and acronyms bilingual word Appendix A. 3.1 acceptable daily intake A human lifetime daily intake of chemicals normally used (such as food additives), no detectable adverse health effects of the amount. An amount per kilogram of body weight can be ingested, ie mg/kg body weight. 3.1.1 Category ADI If the toxicity of several similar substances are used or used for food, the group should develop category ADI compound to limit its cumulative intake Into. Developing category ADI, sometimes based on the average NOAEL/BMD compound of the group, but the group of compounds commonly used in the lowest NOAEL/BMD, but also consider the relative quality of the individual compounds and test cycle studies. 3.1.2 No provision ADI According to available information (chemistry, toxicology, etc.) demonstrate that a low toxicity test substance, and its usage and total human dietary intake of people Does not harm healthy body, you can not have to set specific ADI. 3.1.3 provisional ADI When a substance is limited safety information or the safety of a substance has been developed ADI questioned according to the latest information, such as to In order to further provide the required data security in the short term, there is sufficient information that the use of the substance is safe in the short term, but without Sufficient to determine the long-term food safety, may formulate tentative ADI and the use of larger uncertainty factor, the need to provision tentative ADI Validity Limit, and in the meantime requested after toxicology test results proved that the test substance is safe, the provisional value to ADI ADI value; as Toxicology test results prove to be safety problems, revoke provisional ADI value. 3.1.4 can not propose ADI In the following cases, the test substance does not propose ADI. a) can take advantage of the safety information is not sufficient; b) lack of information on substances used in foods; c) lack of material properties and purity quality specifications. 3.2 tolerable intake Humans over a period of time or lifetime exposure to certain chemicals, does not produce the amount of adverse health effects can be detected. Per kg The amount of weight that can be ingested, ie mg/kg body weight, including tolerable daily intake provisional maximum tolerable daily intake, Provisional Tolerable Weekly Intake And the amount of the provisional tolerable monthly intake. 3.2.1 tolerable daily intake Similar to ADI, for those who are not intentionally added substances, such as contaminants in food. 3.2.2 Type TI If a similar toxicity of several substances used as or in food, in this group of compounds should be developed to limit its category TI cumulative intake Into. Developing Type TI, sometimes based on an average of the group of compounds NOAEL/BMD, but the group of compounds commonly used in the lowest NOA- EL/BMD, but also consider the relative quality of the individual compounds and test cycle studies. 3.2.3 provisional maximum tolerable daily intake Applies to no accumulation of contaminants in food, contaminants in food and drinking water due to the naturally occurring, and therefore represents the humanity allowed Exposure levels. For both essential nutrients and trace elements food ingredients, places a range to represent the lower limit of the representative body shall Required level, the upper limit is PMTDI. Because usually the lack of results of human exposure to low doses, therefore, generally known as the tolerable intake "Tentative", the new data may change the provisional tolerable intake. 3.2.4 Provisional Tolerable Weekly Intake Applicable to the accumulated effect of food contaminants (such as heavy metals), which represents the inevitable human exposure to these contaminants, the weekly Permissible exposure. 3.2.5 provisional tolerable monthly intake Applicable to the accumulation effect in the human body and has a long half-life of food contaminants, which represents human exposure to these inevitable When contaminants monthly allowable exposure. 3.3 Acute Reference Dose Human intake of certain chemicals (such as pesticides) within 24h or less, without producing detectable adverse health effects Amount.

4 developing methodologies

4.1 collect relevant data For the development of health-based guidance values, we should first collect relevant toxicological research data, from the need for the appropriate database, peer experts Review of the literature and unpublished studies such as business reports of scientific information adequately reviewed. Evaluation of toxicity data for general use Weights of evidence, the right to differ materially small studies in the following order. epidemiological studies, animal toxicological studies, in vitro tests and quantitative knot Frame - response relationship. 4.2 determine the starting point To determine the starting point and end of the test depends on the test system selection, design dose, mode of action and toxicity dose - response model. often There NOAEL and starting with BMD. Select the uncertainty factor of 4.3 Given when extrapolated from experimental animal studies to humans, there are inherent uncertainties, including extrapolation uncertainty, people within species between species Extrapolation uncertainty, high-dose extrapolation to low doses of uncertainty, a small amount of experimental animals results extrapolated to large crowds of uncertainty, Experimental animals low genetic heterogeneity extrapolated to high population heterogeneity and uncertainty. The extrapolation of animal data to humans is usually 100-fold uncertainty factor as a starting point, that is 10 times the difference between species, and within population susceptibility 10-fold difference. When the data is insufficient should further increase the uncertainty factor, such as the subchronic study results pushed to the outer chronic studies to LOAEL instead of NOAEL, the database is not complete, but need to make up part of the judgment, the general acquiescence of each uncertain factor Value set to 10. 4.4 Calculation health-based guidance values Health-based guidance values according to formula (1). HBGV = POD/UFs (1) Where. HBGV --- health-based guidance values; POD --- starting point; UFs --- uncertainty factor.

Appendix A

Health-based guidance values related terms Bilingual health-based guidance values related terms and acronyms in Table A.1. Table A.1 health guidance values bilingual terminology and acronyms Chinese name English name abbreviations Health-based guidance values Health-BasedGuidanceValues HBGV Starting PointofDeparture POD No observed adverse effect level no-observed-adverse-effect-level NOAEL The minimum observed adverse effect level lowest-observed-adverse-effect-level LOAEL BenchmarkDose BMD benchmark dose Uncertainty factor UncertaintyFactors UFs AcceptableDailyIntake ADI acceptable daily intake Category ADI groupADIs - No ADI provisions ADInotspecified - Provisional ADI TemporaryADI - Not proposed ADI noADIalocated - Tolerable Intake TolerableIntake TI TolerableDailyIntake TDI tolerable daily intake Category TI groupTI - Provisional maximum tolerable daily intake ProvisionalMaximumTolerableDailyIntake PMTDI Provisional Tolerable Weekly Intake ProvisionalTolerableWeeklyIntake PTWI Provisional tolerable monthly intake ProvisionalTolerableMonthlyIntake PTMI AcuteReferenceDose ARfD acute reference dose 5102- 81.39151

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