GB/T 30989-2014 in English

VALID

Technical regulation of high-throughput gene sequencing

Issued on:2014-07-24
Implemented on:2015-03-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $250.00
$243.00

Standard No:	GB/T 30989-2014
Document status:	VALID
Title in English:	Technical regulation of high-throughput gene sequencing
Title in Chinese:	高通量基因测序技术规程
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2014-07-24
Implemented on:	2015-03-01
ICS Classification:	07.080-Biology. Botany. Zoology
Chinese Classification:	G04-Basic standards and general methods
Professional Classification:	GB-National Standard
Related Keywords:	high-throughput gene sequencing methylation sequencing genome sequencing one-way sequencing two-way sequencing
Related Topics:	Gene Qualcomm any gene Sequencer High-throughput sequencer High-throughput sequencing flux Sequencing technology sequencing Provincial genes Gene Sequencing gene+instantaneous high throughput High-throughput gene sequencer sequence gene sequencing technology Sequencing+ Microvolume High Throughput Gene number gene sequencing technology Programmer Technology program baseline GB/T 30989-2014 High-throughput gene sequencing Sequencing technology gene sequencer Gene Sequencing High-throughput gene sequencing technology gb/t+30989 GB/T 30989-2014 Kerui Gene Provincial genes High-throughput sequencer+ gene number gene gene remote and metagene Gene detection analysis technology Sequencing sequencing metagene my genes genetic analyzer High risk genetic testing High-throughput gene sequencing6 sequencing sequence gene technology high-throughput gene gene gene high throughput technology genetic engineering technology Sequencer gene gene gene technology gene sequencing human gene New genetic engineering technology High-throughput sequencing technology gene sequencer gene sequencer genetic analyzer High throughput sequencer s5 The second generation of high-throughput sequencing gene sequencer sequenced gene Sequencing requirements The future of genetic testing technology Gene detection sequencer High-throughput sequencing technology s5 high-throughput sequencer High-throughput sequencer within gene technology a gene sequence gene technology experiment gene technology experiment High throughput? Directed Sequencing Technology risk factor Is targeted sequencing the same as gene sequencing genetic process high throughput High-throughput gene sequencing In-Gene Sequencing The future of genetic technology Gene Technology Gold gene sequencing forty Animal Gene Sequencing Sequencing genetic testing gene sequencer Gene sequencing technology chain Gene sequencing technology chain gene low frequency technology half height program High-throughput gene sequencing technology high frequency gene high throughput technology sequenced gene First frame genetic detection technology High-throughput sequencer... Analysis of genetic testing technology quality base gene sequencing to How Genetic Sequencing High-throughput sequencing s5 Gene Absolute Quantification First frame genetic detection technology Upstream gene Downstream gene first sequencing technology methylated gene base a High-throughput sequencing High-throughput sequencing of tissues Advanced Genetic Testing Efficient genetic testing Quantitative genetic testing gene also high-throughput gene One-stop high-throughput sequencing Upstream Genes and Downstream Genes high-throughput sequencing technology gene sequencer gene sequencing set gene sequence gene name High-throughput sequencing technology High-throughput sequencing triploids sequence gene nearby genes Gene detection analysis technology transient gene technology Gene sequencing at home and abroad Three types of high-throughput sequencing High-throughput sequencing series biotechnology genetic engineering Genetic engineering technology in use sequencing gene sequencing, sequencing Multi-gene high-throughput high-throughput sequencing 30 years of gene sequencing The past and present of high-throughput sequencing transgenic engineering technology Sequencing cluster gene sequencing gene sequencing, gene, sequencing genetic testing, gene, gene sequencing, sequencing first gene to be sequenced Complementary chain high-throughput trace genomic library The Past and Present of Gene Sequencing High-throughput sequencing+ genomic library Gene detection sequencer Gene sequencing past and present 4th Generation Gene Sequencing Two high-throughput sequencing sequencer sequencing most widely sequenced gene High-throughput gene sequencer gene linkage High-throughput target gene sequencing sequencer gene GBT30989 GB/T 30989-2014 Sequencing test fails, test passes Thrift gene sequencing Illumina gene sequencer The relationship between PCR and gene sequencing Principles of high-throughput sequencing technology Basic procedures for gene cloning gene pathways HPV gene sequencing method LUC gene Genes and signaling pathways Gene sequencing concept High-throughput sequencing experimental steps LPA gene Principles of gene targeting technology Gene sequencing analysis methods High-throughput sequencing genotyping system Transgenic technology process methods Transgenic technology gene isolation method General procedures for gene sequencing Generations of sequencing technology High-throughput sequencing research methods breeding technology Gene sequencing laboratory Genetic engineering technology related industries

《GB/T 30989-2014高通量基因测序技术规程》由TC387（全国生化检测标准化技术委员会）归口，主管部门为国家标准化管理委员会。
本标准规定了高通量基因测序技术的术语与定义,测序的原理、技术指标、相关主要仪器、测序试剂及配制和测序方法的要求。
本标准适用于对动物组织、血液、粪便、口腔黏膜、毛发、植物组织、土壤、微生物等生物样品进行高通量基因测序。
本标准适用于单向测序、双向测序、混合样品测序三种类型的测序,也适用于表达谱测序、ChIP测序、癌症研究和分型、miRNA 测序、微生物元基因组、病菌种类的检测、免疫学和免疫疾病工作、甲基化测序、序列多态性检测、临床基因诊断、个性化测序和基因组测序。

Scope

This standard specifies the terms and definitions of high-throughput gene sequencing technology, the principle of sequencing, technical indicators, related main instruments, sequencing reagents and requirements for preparation and sequencing methods. This standard is applicable to high-throughput gene sequencing of biological samples such as animal tissue, blood, feces, oral mucosa, hair, plant tissue, soil, and microorganisms. This standard applies to three types of sequencing, one-way sequencing, two-way sequencing, and mixed sample sequencing. It is also applicable to expression profile sequencing, ChIP sequencing, cancer research and typing, miRNA sequencing, microbial metagenome, detection of pathogen species, and immunology. and immune disease work, methylation sequencing, sequence polymorphism detection, clinical genetic diagnosis, personalized sequencing and genome sequencing.

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