How 3D Bioprinting Is Advancing the Biomedical Industry
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How 3D Bioprinting Is Advancing the Biomedical Industry

Cell culture media play a crucial role in cell biology, providing the necessary environment for cells to grow, proliferate, and differentiate. For researchers, understanding the components and applications of various culture media is important. They can proceed to tailor these media to meet the specific needs of different cell types, ensuring successful cell culture.

Empowering Scientific Solutions: How eCommerce is Transforming Laboratory Procurement in Asia Pacific
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Empowering Scientific Solutions: How eCommerce is Transforming Laboratory Procurement in Asia Pacific

The Asia-Pacific region is at the forefront of the global business-to-business (B2B) eCommerce revolution, driven by rapid digital transformation and the increasing adoption of digital procurement solutions. The region’s eCommerce market is projected to grow at an impressive compound annual growth rate (CAGR) of 22.74% from 2023 to 2032, reaching USD 121 trillion in revenue.

Revolutionize Your Laboratory With Lab Automation Software
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Revolutionize Your Laboratory With Lab Automation Software

3-D printing and additive manufacturing are growing segments due to the extreme versatility of the printable materials. The application of such technologies are numerous (rapid prototyping, complex shapes, …) and require different materials with different properties. The thermal analysis can be a valuable tool to evaluate the way a material keeps his internal structure during the extrusion and also the impact of the 3D printing process in the final material properties.

Enhancing Diagnostic Precision With Gold Nanoparticle Size Analysis 
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Enhancing Diagnostic Precision With Gold Nanoparticle Size Analysis 

Gold nanoparticles (GNP) are one of the well-known types of nanoparticles with sizes from one up to 100 nm. Applications for gold nanoparticles are numerous such as nanomedicine, drug delivery, cancer diagnostics, biosensors, contrast agents, catalysts, and CMP slurries.

How High Pressure Processing Inactivates Microorganisms and Enzymes in Food 
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How High Pressure Processing Inactivates Microorganisms and Enzymes in Food 

High Pressure Processing (HPP) uses elevated pressure to inactivate microorganisms and enzymes in foods. It causes microbial inactivation by altering the cell membrane permeability and inhibiting enzyme activity, protein denaturation, and ribosome destruction. HPP targets cell membranes and walls and can inactivate both vegetative cells and spores too.

The First Gapless Y Chromosome Completes the Human Genome – With PacBio’s Long Read Sequencing 
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The First Gapless Y Chromosome Completes the Human Genome – With PacBio’s Long Read Sequencing 

An international research team has achieved a significant milestone by fully sequencing the human Y chromosome, the last remaining chromosome to be completely decoded. Until now, about half of the Y chromosome’s genetic information remained a mystery, largely due to limitations in available sequencing technology.