Genomics - Landmark Achievement: Completion of First Sugarcane Genome Sequencing
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From Cell Disruption to Sample HomogenizationFrom Cell Disruption to Sample Homogenization

All types of biological samples have to be prepared for research in metabolomics, genomics, or transcriptomics, regardless of whether they are tough and fibrous plants, hard bones, soft muscles or tissue, or tough and viscous sputum. In addition, there are millions of cell-like bacteria, yeast, or algae, which have to be disrupted for applications such as protein extraction or RNA or DNA isolation.

In this free white paper RETSCH describes the various techniques to obtain representative analysis samples or carry out successful cell disruption via bead beating.

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   Landmark Achievement: Completion of First Sugarcane Genome SequencingLandmark Achievement: Completion of First Sugarcane Genome Sequencing
 
The first comprehensive reference genome for 'R570', a widely cultivated modern sugarcane hybrid, has been completed in a landmark advancement for agricultural biotechnology.
 
   AI Tool Discovers Hidden Diversity in Major CropsAI Tool Discovers Hidden Diversity in Major Crops
 
Researchers have created a new computational tool that quickly and effectively exposes genetic variety inside DNA databases of different plant species, which is a significant advancement for agricultural science.
 
 Unraveling the Mysteries of Brown Algae's Sex Chromosomes
 
Unraveling the Mysteries of Brown Algae's Sex ChromosomesResearchers from the Max Planck Institute for Biology Tübingen made a groundbreaking discovery, revealing that an HMG-box gene in brown algae plays a crucial role in determining male sex.
 
 
 Unraveling the Role of Gene Length in Aging
 
Unraveling the Role of Gene Length in AgingAging may be less about specific "aging genes" and more about how long a gene is. Many of the changes associated with aging could be occurring due to decreased expression of long genes, say researchers in an opinion piece publishing March 21 in the journal Trends in Genetics.
 
 
 Researchers devise novel technique for crafting human artificial chromosomes
 
Researchers devise novel technique for crafting human artificial chromosomesHuman artificial chromosomes (HACs) capable of working within human cells could power advanced gene therapies, including those addressing some cancers, along with many laboratory applications, though serious technical obstacles have hindered their development.
 
 
 Unraveling epigenetic contributions to autoimmune skin diseases
 
Unraveling epigenetic contributions to autoimmune skin diseasesThe central dogma proposed that genetic information predominantly transfers from DNA to RNA during gene expression to make a functional product protein.
 
 
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