Genomics - New human genome benchmark captures both parental copies with near-perfect accuracy
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Normalize After PCR? The Damage Is Already Done.Normalize After PCR? The Damage Is Already Done.

Balanced read counts do not necessarily mean better data. Post-PCR normalization, whether bead-based, enzymatic, CRISPR-based, or manual happens after amplification when duplicates, chimeras, and dropouts may already be embedded in the library. Raw counts can look balanced, but quality-filtered usable reads reveal the real picture. Effective normalization starts earlier, during amplification.

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   New human genome benchmark captures both parental copies with near-perfect accuracyNew human genome benchmark captures both parental copies with near-perfect accuracy
 
Researchers created T2T-HG002, a near-perfect diploid human genome benchmark that is free of detectable errors across 99.4% of the genome and captures both maternal and paternal haplotypes. The benchmark expands coverage into previously excluded genomic regions and provides a new framework for evaluating sequencing reads, assemblies, phased variants, and personalized genome inference.
 
   Spatial transcriptomics study elucidates cellular dynamics during heart transplant rejectionSpatial transcriptomics study elucidates cellular dynamics during heart transplant rejection
 
A new study that explores gene expression during heart transplant rejection marks a step forward for precision medicine approaches to treat organ rejection.
 
 CRISPR Gene Editing Reveals How Enhancer Hierarchies Regulate Gene Expression
 
CRISPR Gene Editing Reveals How Enhancer Hierarchies Regulate Gene ExpressionEnhancers are pieces of DNA that act like switches, regulating when genes are turned on and off and how strongly they are activated.
 
 
 Researchers identify genes that hinder CRISPR editing efficiency
 
Researchers identify genes that hinder CRISPR editing efficiencyLike a delivery driver navigating crowded city streets, a gene-therapy-toting lipid nanoparticle faces a gauntlet of potential detours on its journey toward a cell's nucleus.
 
 
 CRISPR-Cas orchestrates a layered defense network to fight bacterial viruses
 
CRISPR-Cas orchestrates a layered defense network to fight bacterial virusesAll cellular life-from humans to bacteria-possesses two layers of immunity: innate and adaptive. Scientists have long understood how these two types of immunity work together in higher organisms but not in the microbial world.
 
 
 Shuttling Gene Activating Proteins Through Packed Histones Treats Neurodegenerative Disease
 
Shuttling Gene Activating Proteins Through Packed Histones Treats Neurodegenerative DiseaseCells can switch off genes by tightly packaging DNA around proteins called histones.
 
 
 Advances in X chromosome inactivation open therapeutic opportunities for X-linked genetic disorders
 
Advances in X chromosome inactivation open therapeutic opportunities for X-linked genetic disordersA new review explores how advances in understanding X chromosome inactivation (XCI) are creating potential therapeutic opportunities for a range of X-linked genetic disorders, including Rett syndrome, Fabry disease, Duchenne muscular dystrophy, hemophilia, and others.
 
 
 CRISPR directs layered immune response against invading bacteriophages
 
CRISPR directs layered immune response against invading bacteriophagesThe main function of CRISPR-Cas systems, the revolutionary tool scientists now employ to edit genes, is to defend bacteria against threats such as viruses called bacteriophages.
 
 

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