genomics

Hamiltongenomics

genomicsIt is the study of all living organismsDNAandRNAThe discipline of genomics and transcriptomics. By analyzing the entire genome and transcriptome,genomicsRevealed the molecular mechanisms driving biological processes and how these mechanisms affect traits in different biological contexts. This field is crucial for almost all aspects of life sciences, as it provides detailed insights into genomic variations, gene expression, regulatory processes, and molecular interactions. By understanding this information,genomicsHelps to tackle complex biological challenges and paves the way for breakthrough discoveries in fields such as genomic medicine, agriculture, and environmental science.

Experimental Procedure

The following steps and techniques are crucial for the modern genome research workflow:

Blood separation: Separate blood into plasma or white membrane layer for targeted analysis.

Packaging: Packaging the sample into smaller parts to reduce freeze-thaw cycles and maintain quality.

Nucleic acid extraction: high-quality separationDNAandRNATo conduct downstream analysis.

(q)PCRPreparation: High sensitivity amplification (and quantification) specificDNA/RNASequence.

Next generation sequencing（NGS）Using high-throughput and large-scale parallel sequencing technologyDNAorRNAPerform high-precision and deep sequencing analysis.

Optical genome mapping（OGM）Unbiased and genome-wide visualization of structural variations, achieving high resolution across the entire size continuum.

Nucleic acid storage: maintained through controlled storage and stabilizationDNA/RNAIntegrity of

HamiltonThrough flexible and standardized methodsgenomicsSolutions are provided to support these workflows, which have achieved process optimization from start to finish. In addition to our customizable automation platform, we also offer a range of standardized ready to use workstations（ARW）It can quickly and easily automate the execution of biologically validated methods in your laboratory workflow.

HamiltongenomicsThe products cover everything from sample pretreatment and packaging to nucleic acid extraction and downstream applications (such as...)PCRTheNGSLibrary preparation and optical genome mapping（OGM））The full range of applications. By opening platform configuration options, other downstream applications can also be implemented.

These processes can be optimized through automatic quantification and homogenization, combined with automatic sample storage, to achieve a complete end-to-end solution.

genomicsWhat is the difference between genetics and genetics?

genomicsClosely related to genetics, but with differences in research scope and methods.

Genetics studies individual genes and how they are passed down from generation to generation. It helps explain how specific genetic variations affect traits such as eye color or disease risk.

genomicsStudy the complete set in living organismsDNAAlso known as genome.genomicsNot just focusing on one gene at a time, but studying how all genes or a large number of genes and their regions work together. This includes studying gene expression, non codingDNAAnd how different parts of the genome interact to affect complex traits.

genomicsIt is a part of the scientific field of "omics", which studies various aspects of biology, covering various levels from molecules to cells, from cells to tissues, from tissues to organs, from organs to systems, and from systems to the entire organism

transcriptomics-allRNAmolecule

proteomics-All proteins

metabolomics-All metabolites

epigeneticgenomics-allDNAOr histone modification

Microbiomics-All microorganisms