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Future compound management will more fully embrace the concept of mobile technologies with portable readers controlled from a web page or phone. (Source: ©kumpolstock–stock.adobe.com)
Sample Management

Applying Digital Technology & AI to Compound Management Problems

Sample management has changed enormously over the intervening years.  // In the beginning, sample management often meant storing samples in unlabelled tubes in a freezer in a cupboard, or even in the car park! The only labelling then was writing on the rack or on the bag. In rare cases there might be a 1D barcode on the side of the rack. Databases were just Word or Excel files, and there was no concept of having sophisticated tracking for chemical compounds. This has changed totally in the last 20 years, from a rudimentary start. Later, sample management began to be taken as a genuine serious discipline as organizations realized that their compound libraries were highly valuable.

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A network of capillaries 3D-printed using a newly developed technique. (Source: Hayes et al. 2022, Advanced Materials)
USA: New 3D-Printing Approach

How to print a robot from scratch

Imagine a future in which you could 3D-print an entire robot or stretchy, electronic medical device with the press of a button —no tedious hours spent assembling parts by hand. That possibility may be closer than ever thanks to a recent advancement in 3D-printing technology led by engineers at CU Boulder.

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Individual colonies can be marked by tapping on them on the screen with your finger or a touchscreen stylus. In the assist mode, other colonies of the same type are now identified, marked, and counted. (Source: Funke-Dr. N. Gerber Labortechnik )

No More Time-Consuming Counting by Hand

A colony counter with a detachable tablet is ideal for daily laboratory use.  // Its unique assist mode automatically identifies colonies of the same type and makes it possible to conduct a colony count with just a few clicks.

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Paper chromatography (Source:Freerangestock.com)
Laboratory Technologies

Chromotography – What is it?

Chromatography is a physical separation process. Here, the separation of a mixture of substances is allowed by different distribution of the individual components between a stationary and mobile phase. The stationary phase does not move. The sample and a running medium result in the mobile phase. Chromatography is nowadays an integral part of biochemistry, food chemistry, environmental chemistry, etc. Chromatographic analysis methods are used for qualitative and quantitative analysis.

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