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Sequencing Technologies

High throughput sequencing technology helps
Research and Application of Sequencing Technology

Technology & Applications

What is sequencing technology research and application? What's the use of it?

Huada Zhizao is committed to providing high-quality, convenient, and stable agricultural genome research solutions for agricultural scientists, breeding experts, crop breeding enterprises, crop seed breeding and planting enterprises, as well as livestock, poultry, and aquatic enterprises, covering sub directions such as genome assembly, target gene mining, molecular marker assisted breeding, and whole genome selection. By using cost controllable molecular breeding tools, we can improve breeding efficiency and assist in the upgrading of the agricultural industry.

On the basis of sorting out the current development process of China's seed industry, the White Paper on the Development of China's Agricultural Molecular Breeding Industry compared the development and industrial application status of molecular breeding technology at home and abroad, conducted a preliminary analysis of the molecular breeding product chain and main participants, and proposed industry suggestions for the challenges faced by the current development of China's molecular breeding industry.

Sequencing Technology

Introduction to Sequencing Technology Video

Sequencing Technology

Sequencing Technologies Research Direction Research Method Domain Advantages User Success Stories Selection of Research Tools and Platforms User Article Interpretation Customer Voice

Research Direction

Research Directions of Sequencing Technology

Biodiversity

Biodiversity refers to the ecological complex formed by organisms (animals, plants, microorganisms) and the environment, as well as the sum of various ecological processes related to it, including three levels: ecosystem diversity, species diversity, and genetic diversity. Biodiversity fills the earth with vitality and is also the foundation of human survival and development, which can be protected through on-site protection and relocation protection
From the perspective of the entire Earth, the distribution of biodiversity is clearly related to latitude, with the North and South Poles being the regions with the least biodiversity. On the contrary, in tropical regions, the majority of biological species are concentrated. The temperate zone, located in the middle of these two typical zones, has less biodiversity than the tropical zone and more biodiversity than the cold zone.
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Molecular Breeding

Biodiversity refers to the ecological complex formed by organisms (animals, plants, microorganisms) and the environment, as well as the sum of various ecological processes related to it, including three levels: ecosystem diversity, species diversity, and genetic diversity. Biodiversity fills the earth with vitality and is also the foundation of human survival and development, which can be protected through on-site protection and relocation protection.
From the perspective of the entire Earth, the distribution of biodiversity is clearly related to latitude, with the North and South Poles being the regions with the least biodiversity. On the contrary, in tropical regions, the majority of biological species are concentrated. The temperate zone, located in the middle of these two typical zones, has less biodiversity than the tropical zone and more biodiversity than the cold zone.
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Animal Disease

Biodiversity refers to the ecological complex formed by organisms (animals, plants, microorganisms) and the environment, as well as the sum of various ecological processes related to it, including three levels: ecosystem diversity, species diversity, and genetic diversity. Biodiversity fills the earth with vitality and is also the foundation of human survival and development, which can be protected through on-site protection and relocation protection.
From the perspective of the entire Earth, the distribution of biodiversity is clearly related to latitude, with the North and South Poles being the regions with the least biodiversity. On the contrary, in tropical regions, the majority of biological species are concentrated. The temperate zone, located in the middle of these two typical zones, has less biodiversity than the tropical zone and more biodiversity than the cold zone.
More

Biodiversity

Biodiversity refers to the ecological complex formed by organisms (animals, plants, microorganisms) and the environment, as well as the sum of various ecological processes related to it, including three levels: ecosystem diversity, species diversity, and genetic diversity. Biodiversity fills the earth with vitality and is also the foundation of human survival and development, which can be protected through on-site protection and relocation protection
From the perspective of the entire Earth, the distribution of biodiversity is clearly related to latitude, with the North and South Poles being the regions with the least biodiversity. On the contrary, in tropical regions, the majority of biological species are concentrated. The temperate zone, located in the middle of these two typical zones, has less biodiversity than the tropical zone and more biodiversity than the cold zone.
More

Molecular Breeding

Biodiversity refers to the ecological complex formed by organisms (animals, plants, microorganisms) and the environment, as well as the sum of various ecological processes related to it, including three levels: ecosystem diversity, species diversity, and genetic diversity. Biodiversity fills the earth with vitality and is also the foundation of human survival and development, which can be protected through on-site protection and relocation protection
From the perspective of the entire Earth, the distribution of biodiversity is clearly related to latitude, with the North and South Poles being the regions with the least biodiversity. On the contrary, in tropical regions, the majority of biological species are concentrated. The temperate zone, located in the middle of these two typical zones, has less biodiversity than the tropical zone and more biodiversity than the cold zone.
More

Animal Disease

Biodiversity refers to the ecological complex formed by organisms (animals, plants, microorganisms) and the environment, as well as the sum of various ecological processes related to it, including three levels: ecosystem diversity, species diversity, and genetic diversity. Biodiversity fills the earth with vitality and is also the foundation of human survival and development, which can be protected through on-site protection and relocation protection
From the perspective of the entire Earth, the distribution of biodiversity is clearly related to latitude, with the North and South Poles being the regions with the least biodiversity. On the contrary, in tropical regions, the majority of biological species are concentrated. The temperate zone, located in the middle of these two typical zones, has less biodiversity than the tropical zone and more biodiversity than the cold zone.
More

Biodiversity

Molecular Breeding

Animal Disease

Biodiversity

Molecular Breeding

Animal Disease

Research Method

Text on research methods of sequencing technology

Comparison of Different Methods

Low depth whole genome sequencing

Simplified Genome Testing

Targeted Sequencing

Transcriptome Sequencing

Spatiotemporal Omics Sequencing

Single Cell Sequencing

Low depth whole genome sequencing

Using next-generation sequencing technology (NGS), low depth whole genome sequencing was performed on the DMA sample. The sequencing results were compared with the human reference genome base sequence, and the presence of CNWVs in the tested sample was identified through bioinformatics analysis. The tested samples include embryonic velvet hand tissue, fetal tissue, amniotic fluid, umbilical cord blood, peripheral blood, etc. The detection content includes 23 pairs of chromosomal aneuploidy variations, deletions and duplications above 1Mb, which can be used to identify the genetic causes of related chromosomal diseases or abnormalities such as natural abortion, congenital malformations, intellectual disabilities, and developmental delays.

Simplified Genome Testing

Using next-generation sequencing technology (NGS), low depth whole genome sequencing was performed on the DMA sample. The sequencing results were compared with the human reference genome base sequence, and the presence of CNWVs in the tested sample was identified through bioinformatics analysis. The tested samples include embryonic velvet hand tissue, fetal tissue, amniotic fluid, umbilical cord blood, peripheral blood, etc. The detection content includes 23 pairs of chromosomal aneuploidy variations, deletions and duplications above 1Mb, which can be used to identify the genetic causes of related chromosomal diseases or abnormalities such as natural abortion, congenital malformations, intellectual disabilities, and developmental delays.

Targeted Sequencing

Using next-generation sequencing technology (NGS), low depth whole genome sequencing was performed on the DMA sample. The sequencing results were compared with the human reference genome base sequence, and the presence of CNWVs in the tested sample was identified through bioinformatics analysis. The tested samples include embryonic velvet hand tissue, fetal tissue, amniotic fluid, umbilical cord blood, peripheral blood, etc. The detection content includes 23 pairs of chromosomal aneuploidy variations, deletions and duplications above 1Mb, which can be used to identify the genetic causes of related chromosomal diseases or abnormalities such as natural abortion, congenital malformations, intellectual disabilities, and developmental delays.

Transcriptome Sequencing

Using next-generation sequencing technology (NGS), low depth whole genome sequencing was performed on the DMA sample. The sequencing results were compared with the human reference genome base sequence, and the presence of CNWVs in the tested sample was identified through bioinformatics analysis. The tested samples include embryonic velvet hand tissue, fetal tissue, amniotic fluid, umbilical cord blood, peripheral blood, etc. The detection content includes 23 pairs of chromosomal aneuploidy variations, deletions and duplications above 1Mb, which can be used to identify the genetic causes of related chromosomal diseases or abnormalities such as natural abortion, congenital malformations, intellectual disabilities, and developmental delays.

Spatiotemporal Omics Sequencing

Using next-generation sequencing technology (NGS), low depth whole genome sequencing was performed on the DMA sample. The sequencing results were compared with the human reference genome base sequence, and the presence of CNWVs in the tested sample was identified through bioinformatics analysis. The tested samples include embryonic velvet hand tissue, fetal tissue, amniotic fluid, umbilical cord blood, peripheral blood, etc. The detection content includes 23 pairs of chromosomal aneuploidy variations, deletions and duplications above 1Mb, which can be used to identify the genetic causes of related chromosomal diseases or abnormalities such as natural abortion, congenital malformations, intellectual disabilities, and developmental delays.

Single Cell Sequencing

Using next-generation sequencing technology (NGS), low depth whole genome sequencing was performed on the DMA sample. The sequencing results were compared with the human reference genome base sequence, and the presence of CNWVs in the tested sample was identified through bioinformatics analysis. The tested samples include embryonic velvet hand tissue, fetal tissue, amniotic fluid, umbilical cord blood, peripheral blood, etc. The detection content includes 23 pairs of chromosomal aneuploidy variations, deletions and duplications above 1Mb, which can be used to identify the genetic causes of related chromosomal diseases or abnormalities such as natural abortion, congenital malformations, intellectual disabilities, and developmental delays.

Comparison of Different Research Methods

	Low Depth Whole Genome Sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing
Simplified Genome Testing	Low depth whole genome sequencing	Simplified Genome Testing	Targeted Sequencing	Transcriptome Sequencing	Spatiotemporal Omics Sequencing	Single Cell Sequencing

Selection of Research Tools and Platforms

Text for selecting sequencing technology research tools and platforms

Sample Processing Sequencing Tools and Platforms Database Building Tools and Platforms Bioinformatics Analysis Toolbox

Sample Processing

Since the early days of the COVID-19, Huada Zhizao has provided tools to help COVID-19 genome sequencing in many countries and regions around the world. It has a complete and diversified COVID-19 sequencing product portfolio, and has accumulated rich experience in COVID-19 sequencing.

Cell Evolutionary Biology

Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

2024-01-11

Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

2024-01-11

Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

2024-01-11

Nature Plants

Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

Application Video

Literature Collection Download

Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

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Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

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Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

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Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

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Research Focus | CNS and Its Subscripts: DNBSEQ Platform Users Q1 2023 Research Achievements Overview (Oncology)

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Model	Tower Server
CPU	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
Memory	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
GPU	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
Data Hard Drive	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
System Hard Drive	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
RAID Card	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
Network Card	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
Optical Module	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2
Source	Intel Xeon Gold 5318Y 24C 165W 2.1GHz Processor x 2

Sequencer Products

Genetic Sequencer

Sequencing Reagents

Library Preparation Reagents

Bioinformatics Analysis

Lab Automation Products

Sample Pretreatment System

Sample Preparation Products

Integrated Testing System

Novel Products

Single-Cell Platform

Ultrasound Platform

BIT Platform

Biobanking Platform

Sample Preparation

Sample Pretreatment Reagents

Sample Pretreatment Instruments

Library Preparation Reagents

Library Preparation Instruments

Sample Collection Reagents

Sequencing

Sequencers

Sequencing Reagents

Analysis

Bioinformatics Analysis

Management

Biobanking Platforms

Workflow Management

MGI Innovative intelligent manufacturing leads life technology

Founded in 2016, as of December 31, 2022, Huada Zhizao has 2800 employees, with R&D personnel accounting for about 36%. Its business layout covers more than 90 countries and regions on six continents, and it has served more than 2000 users worldwide.

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MGI Innovative intelligent manufacturing leads life technology

Founded in 2016, as of December 31, 2022, Huada Zhizao has 2800 employees, with R&D personnel accounting for about 36%. Its business layout covers more than 90 countries and regions on six continents, and it has served more than 2000 users worldwide.

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MGI Innovative intelligent manufacturing leads life technology

Founded in 2016, as of December 31, 2022, Huada Zhizao has 2800 employees, with R&D personnel accounting for about 36%. Its business layout covers more than 90 countries and regions on six continents, and it has served more than 2000 users worldwide.

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MGI Innovative intelligent manufacturing leads life technology

Founded in 2016, as of December 31, 2022, Huada Zhizao has 2800 employees, with R&D personnel accounting for about 36%. Its business layout covers more than 90 countries and regions on six continents, and it has served more than 2000 users worldwide.

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MGI Innovative intelligent manufacturing leads life technology

Founded in 2016, as of December 31, 2022, Huada Zhizao has 2800 employees, with R&D personnel accounting for about 36%. Its business layout covers more than 90 countries and regions on six continents, and it has served more than 2000 users worldwide.

Technology and Applications

Sequencing Technologies

What is sequencing technology research and application? What's the use of it?

Research Direction

Biodiversity

Molecular Breeding

Animal Disease

Biodiversity

Molecular Breeding

Animal Disease

Research Method

Low depth whole genome sequencing

Simplified Genome Testing

Targeted Sequencing

Transcriptome Sequencing

Spatiotemporal Omics Sequencing

Single Cell Sequencing

Comparison of Different Research Methods

Domain Advantages

Wide Application Range

Huada Zhizao covers sub sectors such as genome assembly, target gene mining, molecular marker assisted breeding, and whole genome selection. Through cost-effective molecular breeding tools, it improves breeding efficiency and helps to enhance the agricultural industry.

Wide Application Range

Huada Zhizao covers sub sectors such as genome assembly, target gene mining, molecular marker assisted breeding, and whole genome selection. Through cost-effective molecular breeding tools, it improves breeding efficiency and helps to enhance the agricultural industry.

Wide Application Range

MGI
Innovative intelligent manufacturing leads life technology

MGI
Innovative intelligent manufacturing leads life technology

MGI
Innovative intelligent manufacturing leads life technology

MGI
Innovative intelligent manufacturing leads life technology

MGI
Innovative intelligent manufacturing leads life technology