Analytical Techniques

Analytik Jena

Learn about the application advantages for organic matrices (e.g. trace-elemental analysis in highly volatile naphtha or gasoline) to be gained from Analytik Jena's high-resolution ICP-OES.

High-Resolution ICP-OES for Oil & Gas Applications - PlasmaQuant 9100 from Analytik Jena

stjapan

The Micro TouchPick Pen is the world’s first tool for securely handling and picking up smallest samples without damaging them.

This tool is especially helpful for handling small samples, such as thin films and samples difficult to pick up with tweezers. The unique technique makes the Micro TouchPick pen effective in capturing smaller–sized, fragile particles and samples of all sorts, including biological, archaeological and mineralogical samples.

Accurate sample retrieving and positioning
-    Ideal for fragile & statically charged samples
-    Easy to use for everybody with reduced risk of sample damage
-    Two different sized adhesive tips (0.62 mm and 0.17 mm)
-    Ergonomic pen design with excellent tip visibility
-    Enduring adhesive strengths for long-term usability

Handle all your tiny micro samples with easy with the MICRO TOUCH PICK PEN

Easily adjust & hold all kind of samples with the Micro Vice for analysis with FTIR- and Raman microscopes, stereoscopes & microscopes.

The Micro Vice sample holder provides a unique solution for placing and holding your samples in the desired position under your microscope.
Individually shaped samples, such as minerals, tablets and pills, but also multilayer films, fibers, hair samples can be easily positioned and analyzed in the required position under your microscope.

- Holds round & unevenly shaped samples
-  Holds & stretches fibers, multi-layer films, hairs by user defined increments
-  Permits tilting of oblique samples
-  Facilitates positioning of samples for examination with Microscopes, Stereoscopes, FTIR- and Raman Microscopes
-   Various models available - Fit on most microscope stages

The only sample holder you need for your microscope - the MICRO VICE!

Teach Me in 10

What can integrative structural biology bring to viral research? In the last year we have seen viral research hit the spotlight as the world has battled against the SARS-CoV-2 virus. It has emphasized how critically important it is for us to be able to study what viruses look like, how they are structured and how they behave in order to develop diagnostic tests, therapeutics and preventives. Integrative structural biology methods are really key here, as explained by our Teach Me in 10 guest, Dr Albert Konijnenberg.

Structural Biology Goes Viral With Dr Albert Konijnenberg

Radleys

In this video, Dr Nilesh Mistry gives you an introduction to the Radleys parallel synthesis range and an insight into how they may help your small molecule synthesis projects. 

Working on small molecule discovery, reaction optimisation or reagent screening? 
Need to increase your experimental throughput without compromising on your set-up? 
Want to perform multiple reactions in parallel, but have limited fume hood space? 

Chemists and engineers at GlaxoSmithKline were instrumental in developing a range of clever parallel synthesis tools designed to tackle performing multiple reactions on one magnetic stirrer hot plate. 

Developed in a partnership between GSK chemists and Radleys engineers: The Radleys Carousel 12, Radleys Carousel 6 and the Radleys GreenHouse parallel synthesiser and blowdown unit are easy to use, perform multiple reactions, fit on a standard magnetic stirrer hot plate and take up less space than multiple individual set-ups. 

Parallel synthesis tools are a great addition to your chemistry lab equipment and ideal for the following organic and inorganic chemistry applications: medicinal chemistry, reaction screening, combinatorial chemistry, catalyst screening, drug discovery, parallel solution phase chemistry, solid supported reagent based synthesis and much more. 

Heat, cool, stir and reflux multiple reactions under an inert atmosphere on a single magnetic stirrer hot plate. 

Carousel 12 Plus Reaction Station: 
The patented Carousel 12 Plus simultaneously heats/cools, stirs and refluxes multiple reactions under an inert atmosphere. An effective personal synthesis station for parallel chemistry and solid supported reagent screening synthesis. 
• Accepts up to 12 glass tubes with a reaction volume from 1 ml to 20 ml 
• Powerful, even stirring – fits on to a Carousel stirring hotplate 
• Rapid heating to 220 ˚C and cooling to -78 ˚C 
• Quick to set-up and easy to use 
• Easy viewing of tube contents during experiments 
• Removable water-cooled refluxing head 

GreenHouse Plus Parallel Synthesiser: 
The GreenHouse Plus provides 24 heated and stirred glass reactions with volumes from 0.5 ml to 7 ml. The refluxing head allows for convenient additions or withdrawals whilst maintaining an inert atmosphere. 
• Powerful stirring and rapid heating to 150 ˚C 
• 24 tube, micro titer plate footprint 
• Reaction volumes from 0.5 ml to 7 ml 
• Removable water-cooled reflux head 
• Perform reactions under an inert atmosphere 
• Easy viewing of tube contents during experiments 
• Nickel plated aluminium offers excellent chemical resistance 

Carousel 6 Plus Reaction Station: 
The patented Carousel 6 Plus offers parallel chemistry in the most universally accepted chemistry reaction vessel, the round bottom flask. 
• Accepts round bottom flasks, including vessels with one or two sidearms: 5 ml, 10 ml, 25 ml, 50 ml, 100 ml, 170 ml and 250 ml. 
• Powerful, even stirring – fits on to a Carousel stirring hotplate 
• Rapid heating to 180 ˚C and cooling to -78 ˚C 
• Quick to set-up and easy to use 
• Water-cooled reflux head 

For more information on this range visit https://www.radleys.com/range/parallel-reaction-stations 
To book a demo with an expert visit: https://calendly.com/parallel-reaction-stations 

Instagram: https://www.instagram.com/radleys_chemistry 
Facebook: https://www.facebook.com/radleyschemistry 
LinkedIn: https://www.linkedin.com/company/77309 
Twitter: https://twitter.com/Radleys 

#chemistry #realtimechem #parallelsynthesis

Parallel synthesis tools for small molecule drug discovery and medicinal chemistry

HTA srl

HT1500U can be used in a number of flow-through-cell (also known as flow-through cuvette or quartz cell) applications such as: UV-VIS, NIR, colorimeters and many more. HT1500U is the best choice for anyone who is looking for immediate automation, potentially avoiding the need to source an expensive sipper.
Beside the undoubted productivity boost, HT1500U will increase analysis robustness and will significatively reduce carry-over: you can indeed programme as many washing cycles as you need for this purpose; sample replicas and calibration curve could be conveniently run whenever needed with no fuss. Moreover, in case you have a precious sample to analyse, you should not worry anymore about product handling (with the relative risk of sample spill or waste): HT1500U could automatically bring back the sample inside its vessel after the analysis instead of displacing it to the waste tank.

HT1500U can be deployed in any environment, lab or production, and operated by anyone with no or minimal training. Just load the samples on the autosampler carousel and press the start button: the autosampler and the spectrophotometer or colorimeter will take care of your analysis for you.

HT1500: Autosampler for Flow-Through cell applications (UV-VIS, NIR spectrophotometer and colorimeter)

In this installment of Teach Me in 10, we are delighted to welcome back Abe Gutierrez and Ed McCurdy, who joined us previously for an introduction to ICP-MS, which you can watch [url][link]https://www.labtube.tv/video/MTA3NjMz[/link][name]here[/name][/url]. In part two of their ICP-MS talks, Abe and Ed are going to help answer the question: Why do we need triple quadrupole ICP-MS? For more information on ICP-MS, check out: [url][link]http://technet.works/3s9ajDK[/link][name]Unproductive Time Traps in ICP-MS Analysis and How To Avoid Them[/name][/url].

ICP-MS Part II With Abe Gutierrez and Ed McCurdy

This installment of Team Me in 10 features Dr Christine Metz, a professor at the Feinstein Institutes for Medical Research and the Donald and Barbara Zucker School of Medicine at Hofstra/Northwell. Metz is committed to performing research that will advance womens health and is primarily focusing on the gaps in diagnosis and care for patients with endometriosis, a potentially debilitating condition that is characterized by chronic pelvic pain and can lead to infertility if left untreated. 

In this episode of Teach Me in 10, Metz talks about diagnosing and understanding endometriosis using menstrual effluent.

Diagnosing and Understanding Endometriosis With Dr Christine Metz

Analytical Cannabis 

Speaking in January 2021, Stephen Goldman, Chief Science Officer at Kaycha Labs presented his talk on automation in the cannabis testing laboratory.

Abstract: Cannabis and hemp laboratories must deal with regulations that are ever evolving, customers that are maturing quickly, and competition that is becoming more aggressive. To stay relevant, automation is one area that laboratories can improve in. Automation enables cost cutting areas which can provide flexibility in financial margins during times of downward facing pricing pressure. It also gives benefits to laboratory customers and can assist in achieving regulations and accreditations. This presentation will focus on software automation and equipment automation proving that automation is required for the competitive laboratories of tomorrow.

Analytical Techniques

Refine By

Keep up to date with all your favourite videos and channels.

Get personalised notifications on new releases and channel content by subscribing to the LabTube eNewsletter.