Corning Life Sciences
Corning Life Sciences is a global leader in high-quality glass and plastic laboratory products for cell culture, drug discovery, genomics, and biomedical research. With a commitment to innovation and quality, Corning supports scientists worldwide in advancing the boundaries of science and technology, contributing to groundbreaking discoveries that impact health and medicine.Content by Corning Life Sciences
Filter by
AllArticlesAudioEbooksEventsInfographicsNewsProductsSurveysDocumentsVideosVirtual EventsWebinars
Identifying the right balance of biological relevance and operational efficiency is essential in driving discovery without disrupting established workflows
| 1 min read
Eliminate waste before it reaches your lab by shifting your sustainability strategy to the point of purchase
| 1 min read
A step-by-step checklist to make cell cryopreservation and recovery consistent from culture to culture
| 1 min read
How procurement strategies can help labs cut waste and emissions without changing core workflows or products
| 1 min read
Take your lab operations to the next level with proven techniques to improve pipetting, enhance safety, and optimize cell culture practices in your lab
| 1 min read
Increase productivity and repeatability and reduce costs in life science labs
| 1 min read
Why quality, assurance, and sustainability matter for lab supplies
| 5+ min read
Grow large quantities of adherent cells in a compact space with a substantial increase in cell growth surface compared to traditional vessels of comparable cubic footprint
| 1 min read
Improvements in cell culture technology have an outsized impact on modern research lab efficiency
| 5 min read
Corning expands cell culture portfolio with 3D liver models that better recapitulate in vivo behavior and deliver a more physiologically relevant model for improved drug safety and efficacy screening
| 2 min read
Corning’s new tissue clearing technology is designed for in vitro 3D cell culture models such as spheroids, organoids, and microtissue
| 2 min read
Controlling cell culture contamination
| 1 min read
