How Patient-centered Healthcare Influences the Evolution of Pharma

Digital Medication: How Patient-centered Healthcare Influences the Evolution of Pharma

Digital pills, personalized medicine and delocalized healthcare are only some of the keywords that play an important role when it comes to new developments in the pharmaceutical and healthcare industry these days. The following article explains how digital healthcare can simplify treatments and the challenges that the pharmaceutical industry will encounter when these technologies are…

Details
Cleaning a Laboratory Balance

How to Clean a Laboratory Balance

Benchtop balances are used in a wide range of food and beverage testing workflows, to guarantee the quality and safety of products. It is therefore essential that they are regularly and effectively cleaned to ensure efficient operation. Correct, regular cleaning of laboratory balances is crucial to ensure the accuracy and reliability of weighing results, as…

Details
The theory of laboratory pH applications

A Practical Guide to Measuring pH

Accurate pH measurement is essential for a wide range of laboratory workflows and applications, requiring reliable instruments and electrodes. Choosing the right equipment, protocols and maintenance strategies is vital to ensure reproducible measurements and prolong equipment life. This practical guide to pH measurement is designed to help users ensure optimal results in both laboratory and…

Details
Essential Laboratory Measurement

Essential Laboratory Measurement

The “Essential Measurement Techniques” Guide supports lab operators to recognize and avoid potential error sources and ultimately increase laboratory efficiency. Experience shows that modern, well-developed balances and analytical instruments do the most to promote ease of use, operational safety and accurate results. However, even with state-of-the-art solutions, practical know-how is still required for users to…

Details
Ozone Application and Control for Pharmaceutical Waters

臭氧的应用与控制——用于制药用水

臭氧是一种三原子结构的不稳态氧,作为消毒剂时其消毒能力据称比氯强2500倍。此外,臭氧能与有机物质发生反应将其最终分解为CO2,可去除颜色、气味并消除可促进生物膜生长的食物来源。此外,臭氧能够穿透已有的生物膜,并且灭活、破坏和消除微生物污染。最为重要的是,臭氧可对水进行消毒并快速破坏任何微生物。