Biotechnology - Automation in cell-based workflows
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Improving DSP Filtration Through Aggregate MonitoringImproving DSP Filtration Through Aggregate Monitoring

Effective filtration optimization in biopharma DSP requires earlier visibility into aggregation pathways that originate upstream. This article describes how inline SR-DLS supports direct monitoring of aggregate formation during low-pH viral inactivation and UF/DF, enabling more predictive fouling-risk assessment and stronger process control.

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    Automation in cell-based workflowsAutomation in cell-based workflows
 
Industry expert Dongmin Choi explains the importance of automated imaging and colony picking. He dives into how they improve consistency, reproducibility, and data quality in cell-based workflows, enabling more efficient research and better long-term experimental insights.
 
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   New CRISPR tool selectively cuts tumor DNA while sparing healthy cellsNew CRISPR tool selectively cuts tumor DNA while sparing healthy cells
 
Cancer cells excel at evading detection, but subtle chemical differences set them apart from healthy cells.
 
 New gene therapy improves hearing in patients with rare genetic deafness
 
New gene therapy improves hearing in patients with rare genetic deafnessA new international study co-led by investigators from Mass General Brigham and the Eye & ENT Hospital of Fudan University shows that a gene therapy for a rare form of genetic deafness successfully restored hearing in most participants, with results lasting up to 2.5 years.
 
 
 Bioengineered chewing gum reduces cancer-linked oral microbes
 
Bioengineered chewing gum reduces cancer-linked oral microbesResearchers led by Henry Daniell of the School of Dental Medicine have shown that extracts from bioengineered chewing gum reduce the levels of three microbes known to be associated with head and neck squamous cell cancer (HNSCC), paving the way for more effective and affordable therapies.
 
 
 New Strategy Enables 3D Tissue Engineering Without the Use of Scaffolds
 
New Strategy Enables 3D Tissue Engineering Without the Use of ScaffoldsBiological tissues have a remarkable ability to organize and change shape, driven by forces generated by their own cells. One of the major challenges in bioengineering is harnessing this natural behavior to design synthetic living materials capable of adopting predetermined shapes. However, precisely controlling how a tissue behaves and directing its internal forces to adopt the desired shape remains a significant scientific challenge.
 
 
 Prime Assembly Approach Transforms Gene Therapy With Large DNA Inserts
 
Prime Assembly Approach Transforms Gene Therapy With Large DNA InsertsNew technology enables the insertion of a large segment of DNA into a genome, potentially expanding gene therapy treatment from cancellation of disease-causing mutations to replacement of an entire gene, scientists say.
 
 

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