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The article focuses on the growing adoption of private IoT connections in mission-critical industrial sectors such as manufacturing, logistics, and transportation. It highlights how industries are leveraging private 4G and 5G networks to digitalize critical use cases, with a particular emphasis on the manufacturing and transportation sectors predicted to lead in private cellular IoT connections by 2030.

The article focuses on the medical applications of zirconium oxide hybrid materials in tissue-engineering scaffolds, microscale valves, drug-screening devices and other medical devices. The application of these materials for creating artificial bone using tissue engineering is an innovative approach for some experts using synthetic scaffolds with cells to facilitate cell development. The author also discusses the processing of these hybrid materials via two-proton polymerization.

The article focuses on the company Mettler Toledo offering carbon dioxide (CO2) sensor for bioreactors as carbon dioxide promotes cell growth in cell cultures. It talks about the books on chemical engineering being available on Institution of Chemical Engineers' (IChemE) online store. It tells about the online courses being available for purchase on IChemE's website which is related to chemical engineering.

The article reports on the development by researchers at Ohio State University in Columbus of a simple, affordable method for creating oxide nanowires designed to improve cell growth by nearly 80%. The process which involves growing the nanowires on a Ti-6Al-4V substrate is discussed in a report in the July 2013 issue of the journal "Ceramics International." Study researcher Derek Hansford cites the use of the nanowire coating to hip and knee replacements, dental implants and broken bones.

The article focuses on a study, which examined the biological roles of hydrogen peroxide (H2O2). A study by Christopher J. Chang and colleagues at the University of California Berkeley revealed the importance of hydrogen peroxide in the growth of brain stem cells and how it can be tracked in living mice. The tracking system was developed based on luciferin, a light-producing molecule found in fireflies.

The article cites a study on stem cells conducted by researchers from Massachusetts Institute of Technology (MIT). It is stated that they have successfully grown stem cells on a three-dimensional scaffold of nanoscale protein fragments that act like a living body than other cell culture systems. Shuguang Zhang, associate director of MIT's Center for Biomedical Engineering in Cambridge, states that their scaffold can one day replace the ubiquitous Petri dish for growing cells.

Focuses on factors to consider in managing renegade cells resulted from a surgical error or an infectious invader. Criteria for determining the clinical significance of the epithelial ingrowth; Potential courses in treating epithelial ingrowth; Use of isopropyl alcohol in scraping.

The article reports on the move of In Vitro Scientific Products Inc. to double the cell growth area and efficiency of its size roller systems by incorporating a baffled bottle design and using a copolyester material in Ventura, California. With the introduction of In Vitro's accordian-shaped and baffled bottle design, cell processing capacity has doubled without changing the bottle's outer dimensions.

The article discusses a study published on July 6, 2012 in "Cell Stem Cell" which found that the widely used diabetes drug metformin seems to encourage the growth of new brain cells.

The article reports on the sterile environments suitable for growing cells, as well as synthetic organs that were developed by a team from Germany-based Fraunhofer Institute through the combination of plasma technology and plastic bags.

The article focuses on a study which examined the linear relationships between cell growth and protein expression.

The article offers information on a study which developed a chemically defined bed on which human stem cells can be grown. The researchers, led by biochemist Laura L. Kiessling at the University of Wisconsin, claim that the study is an addition to the chemically defined culturing techniques that may help gain regulatory approval of stem cell therapeutics. According to Shuguang Zhang, a biomedical engineer at the Massachusetts Institute of Technology (MIT), pluripotent stem cells were grown on Matrigel, an undefined mixture of proteins and sugars.

The article focuses on a study related to the growth of cells in a three-dimensional (3-D) microenvironment in the chemical industry in the U.S. It describes a system that allows researchers to work with cells that grow in an extracellular matrix (ECM). The device, methods and process used by researchers in conducting the study are mentioned.

The article reports on the London Project to Cure AMD headed by a team of scientists and clinicians at the UCL Institute of Ophthalmology, Moorfields Eye Hospital and the University of Sheffield. The team said that a handful of patients had already benefited from the surgical therapy, which uses cells derived from human embryonic stems cells to replace retinal cells that cause age-related macular degeneration (AMD). The team is planning to use retinal cells grown from stem cells in the laboratory with a donation from a U.S. private donor.

Reports on the discovery of two proteins that guide the growth of human embryonic stem cells. Impact of the results on the need for mouse "feeder" cells in human stem cell culture; Recognition of the significance of an animal-free media and culture in human embryonic stem cells for use in human transplants.

Cites news events on science and technology research. Discovery of the unique genes in the Mimivirus genome not present in other viruses citing its role in revealing the role of viruses in the evolution cells; Description by Christopher A. Reed of the strongest isolable Bronsted acid and the chlorinated carborane assessing the relative strength of acid.

Reports on the development of assembled monolayer of perfluorinated alkanethinols (AT) on gold for the growth of stem cells. Identification of surfaces and growth conditions trigger the cells to differentiate; and destroy of pluripotency; Attachment of AT to ligands that bind cells and attract solvents; Creation of arrays with various ligands.

Focuses on the control of cell growth and energy. Ability to treat disease with in vivo gene therapy; Comparison between the principle of controlling sun's energy and the programming of human cells; Notion on solar energy conversion technologies.