Cell Biology - Driving Breakthroughs with Microplate-Based Cellular Assays
View as a Web Page
News Medical
 
  Cell Biology Cell Biology logo  
  The latest cell & molecular biology news from News Medical  
 

Insights into Cell BiologyInsights into Cell Biology

Discover how Thermo Scientific™ Amira™ Software revolutionizes cell biology research with advanced imaging and analysis tools, empowering scientists to visualize and interpret complex biological phenomena. Enhance your research and gain new insights with detailed cell biology and image analysis eBook.

Free eBook
 
 
    Driving Breakthroughs with Microplate-Based Cellular AssaysDriving Breakthroughs with Microplate-Based Cellular Assays
 
Explore how microplate-based cellular assays are revolutionizing cell biology. From studying genes and proteins to optimizing high-throughput workflows, these versatile tools save time, cut costs, and enhance data quality. This eBook reveals key assay types, real-world applications, and tips for success in modern cell-based research.
 
Download now and Advance your Discoveries
 
 
   New Research Reveals Cell Mechanisms with NanotopographyNew Research Reveals Cell Mechanisms with Nanotopography
 
This study links RhoA/ROCK pathway activity to nanoscale sensing, showing how cytoskeletal tension modulates cell interactions with nanostructured surfaces.
 
 Mitochondria depletion in stem cells offers insights into cellular energy and evolution
 
Mitochondria depletion in stem cells offers insights into cellular energy and evolutionBy using a genetic technique developed at UT Southwestern Medical Center that forces cells to rid themselves of mitochondria, researchers are gaining new insights into the function of these critical organelles.
 
 
 New Insights into Cell Membrane Energy Waves
 
New Insights into Cell Membrane Energy WavesJohns Hopkins researchers identify energy-generating waves on cancer cell membranes, revealing potential targets for slowing tumor growth and spread.
 
 
 Bacteria Hijack Cellular Processes in Ticks to Survive and Spread
 
Bacteria Hijack Cellular Processes in Ticks to Survive and SpreadWashington State University researchers have discovered how the bacteria that cause anaplasmosis and Lyme disease hijack cellular processes in ticks to ensure their survival and spread to new hosts, including humans.
 
 
 New Method Enables Human Cells to Initiate Meiosis Outside the Body
 
New Method Enables Human Cells to Initiate Meiosis Outside the BodyMore than one-sixth of adults around the world experience infertility in their lifetime. There is a high unmet need not only for increased access to affordable, high-quality fertility care for those in need but, importantly, also for new biomedical solutions that can address the root causes of infertility.
 
 
 Immune cells navigate tissues with coordinated cytoskeletal forces
 
Immune cells navigate tissues with coordinated cytoskeletal forcesImmune responses rely on the efficient movement of immune cells within the complex and geometrically unpredictable three-dimensional tissues that make up our bodies.
 
 
 Liquid “Shock Absorber” Protecting DNA During Cell Division
 
Liquid “Shock Absorber” Protecting DNA During Cell DivisionAccording to a recent study, mitotic chromosomes are coated in a liquid-like coating that could enable them to bounce off one another like dodgem cars, preventing harm during cell division.
 
 

How would you rate today's newsletter?

 
             
 
 
Google News Icon Stay updated with the latest in health and medical news! Follow News‑Medical.net on Google News for real‑time updates. Click here to follow us now.
 
Facebook X Instagram LinkedIn Vimeo
Why did you receive this email?
You are receiving this email because you subscribed to updates from AZoNetwork UK Ltd. on one of our websites and requested to be notified of additional information.

Unsubscribe or Update Notification Preferences

Contact | About | Privacy Policy

- - - - - -

Registered Address:
AZoNetwork UK Ltd., NEO, 9 Charlotte St, Manchester, M1 4ET, UK

Manchester | Sydney | Boston

Copyright © 2000-2025