Our Sales and Marketing Manager, Dr Duncan Stacey, is attending the 2015 Microscopy and Microanalysis Conference in Portland. M&M 2015 will be held at the Oregon Convention Centre and takes place from the 2nd – 6th August. The meeting will highlight the latest techniques, methodologies and findings, spanning nano to macroscopic scales, and advances in a wide range of fields, including; nanotechnology, biological & clinical sciences, materials science, 3D manufacturing and metallurgy. The theme of this year’s conference is correlative imaging and light based technologies. M&M is the ideal place to learn new about new technologies & techniques and to see the latest instrumentation. Duncan will be giving a talk on ‘Cryo-Correlative Light and Electron Microscopy (Cryo-CLEM): Specimen Workflow Paths and Recent Instrument Developments’. This will be session X30.02 on Wednesday 5th, starting at 13.30 – and we highly recommend it!
We will be heading over the pond to Montreal next month to the North American Thermal Analysis Conference (NATAS).
If you are planning on attending please come to our booth to see us. We will present our new VISTA DSC600 TASC system which, when combined with our new Imaging Station, can simultaneously capture images of the sample with the DSC signal during an experiment. The images are processed to produce thermal curves based upon the changes in sample features observed during the experiment. This provides additional information about the structural changes of the material with temperature. TASC can be used with any of the Linkam Thermal Stages from the standard THMS heating cooling stage to our Tensile and Shear stages.
During the conference Prof Mike Reading, the inventor of TASC, will be presenting data and will be available to discuss how TASC can benefit your application.
Come and see for yourself the wide range of techniques that can be used with the new VISTA system.
Last week Linkam attended the Association of Biomedical Andrologists AGM in Leeds.
The focus was on the science of fertility and talks throughout the day ranged from sample procurement, data collection and service improvement, to clinical interpretation. What was clear from the talks was that fertility assessment, in particular semen assessment, is very dependent on temperature so we were pleased to launch our new ITO coated warm stage - the WS37.
The new system includes an ITO or Indium tin oxide (a transparent conductive oxide) coated glass stage, controller, liquid crystal validation slide (to easily check the temperature of samples) and unique adaptor solution to fit virtually any microscope. The stage allows scientists to spend time on their results - and not their sample control - as it reliably controls the samples at 37°C while they are assessed.
Stephen Harbottle, Consultant Embryologist at Cambridge IVF said: “I’m delighted to hear the stage is ready to go to market and I am thrilled you are launching at ABA! Regarding our unit, we look forward to receiving it and putting it to good use in the lab.”
by Caroline Feltham
Last Thursday, we crossed the Thames and headed north to Cambridge for a special delivery of our own to Stephen Harbottle at Cambridge IVF. We were pleased to be able to present Stephen with the first production WS37 system in thanks for the valuable feedback he has provided during its development. In a few days we will be heading further north to Leeds for the Association of British Andrologists AGM on the 21st May 2015, where we will launch the new WS37.
The WS37 system is aimed at making the andrologists life easier by ensuring sperm are kept happy at a stable and repeatable temperature allowing them to concentrate on the analyse of the samples. The WS37 provides stable, repeatable and calibrated temperature control directly on your microscope.
Stephen noted that it “was a dramatic improvement” on other systems, and that they would be using it immediately.
If you are visiting the ABA please come and talk to us or look out for more information on the WS37 in the coming weeks.
As we arrived at work on a beautiful, sunny February day the question on the minds of every Linkamite in the office was: what are we going to have on our pancakes tonight?
This question about these light, fluffy discs of deliciousness has led to great debate and discussion; from maple syrup to mushrooms and blueberries to bacon, everyone believes that their own combination leads them to pancake utopia.
The one thing that we can all agree on however is this - the best way to cook pancakes is on the Linkam LTS stage, as we discovered in 2010.
Linkam Scientific - providing perfect pancakes platforms since 1982.
After more than 15 hours travelling Vince and I finally made it to Fukuoka City, the home town of our Japanese partner, JHT.
Mr Koichi Iwasaru, President of JHT, kindly met us at the airport and took us to a local, automated Raman noodle restaurant - a great way to recover from the trials and tribulations of travelling. That evening we were joined by Koichi-san and his wife for dinner at a French/Japanese fusion restaurant. Food as a work of art, it was almost too beautiful to eat.
The trip was not all about food and on Saturday we had a full day of discussions. JHT explained how they promote and sell the Linkam products and the great emphasis they place on customer support. It was interesting to meet some of the JHT team and get a better understanding of the Japanese market and customer requirements.
I am sure I will be back again and we are looking forward to welcoming JHT when they visit us in the UK in the near future
It seemed like no sooner had we landed than we were off again. This time heading to Beijing to visit our Chinese partner, ADC. Mr Jerry Young, Managing Director, kindly provided the transport to the hotel.
The next day started with meeting the team at their office near the Beijing Olympic park. It’s great to see the ever expanding team, now six people, dedicated to providing the best possible customer support for Linkam products in China. Merry Weng Yan and her team gave an interesting overview of the Chinese market. After lunch we went to their new laboratory where ADC offer testing and evaluation as well as technical support and repair facility.
Apart from the productive meetings and the fantastic food there were also a few hours to take in some of the sights of Beijing.
It’s been a few weeks, but as promised here is Part 2 of my Wired 2014 review.
Due to the entertainment that ran late into the night after day one, there were more than a few bleary eyes walking into the doors of Tobacco Dock on day two. But it did not take long for everyone to get wide eyed again with a line-up that promised excitement and innovation in equal measure.
The range of talks was diverse, but on day two they carried an underlying theme. It was one that was touched upon by almost every speaker and it was this: the way we interact with each other and the world is fundamentally changing.
With the Oculus Rift 3D headset, you no longer have to travel half way across the world to view the sights and sounds of a far flung destination – you can experience them sitting in your living room.
With Google Glass, you no longer have to pull out your camera phone – you can take a photo with just a blink of your eye.
With Will.I.AM’s new Puls “Smart Cuff”, you no longer have to have to keep a diary – this new piece of wearable tech would become your own tiny personal assistant.
The evolution of technology can lead to many great benefits, but as one aspiring young Indian innovator Dhariya Dhand said so beautifully:
“Today we immerse in our digital lives through smartphones - we use Google maps to navigate to the right location, Yelp to find the right restaurant and so on. We don't get lost anymore, we don't wander, wonder and discover. Acts of random serendipity through walking bring us back to our innate nature as explorers. Walking is meditating."
To counteract this he has developed a pair of “Super Shoes” which allow you to get lost wandering around any new city safe in the knowledge that when you tap your foot on the floor twice the GPS system in the sole will guide you back to your hotel. It does this by tickling the appropriate foot every time you should be taking a turn.
With technology advancing at such a rapid pace, It is refreshing to know that there are still some great minds out there who are fighting to ensure that we are not overpowered by smart phones and computers, but that we can use them to take a step back - and still enjoy moments of serendipity everyday life.
By Ricky Patel
The Linkam team was recently in Washington DC for NeuroScience 2014, our first time with a booth at this show.
There has been a lot of interest from other companies producing live cell imaging systems, in particular, who want to add incubators, warm stages and cryo correlative fluorescence capability to their systems.
The diverse range of products and applications on show here was truly amazing: from imaging the single neuron, to monitoring people’s reactions to loud noises using fMRI (functional MRI), and everything in between.
The size of the conference was a bit overwhelming with over twenty five thousand delegates - the equivalent of a small town. Despite this it was very difficult to find a good cup of coffee (note to self – must have a coffee machine on the booth at future shows).
Outside the show we (Duncan Stacey, Vince Kamp and Ricky Patel) managed to get a quick look around some of the Smithsonian museums (http://www.si.edu/Museums) including the Air & Space Museum, Portrait Gallery and National Gallery. Vince managed to set a record time for running around the Reflecting Pool at the Lincoln Memorial.
It was mostly sunny and extremely cold - not that we really noticed as we were inside the huge convention centre all day, but at least we didn’t catch the heavy snow experienced by some other parts of the USA.
Thanks to Jeff McGinn and Jim Bristol from the McCrone Group for supporting us all week.
By Duncan Stacey
Earlier this month, I was lucky enough to attend the two day Wired 2014 technology conference held at Tobacco Dock in London. Given that the event was two weeks ago you may find it surprising to hear that I am still awestruck by some of the talks, but I am.
With a line-up of speakers as diverse as HRH The Duke of York and musician will.i.am - alongside some of the world’s most influential and brilliant minds from the worlds of life sciences, digital media, geopolitics, art and advertising - it was hard not to be blown away.
It was an almost impossible task to note down all of the ideas, innovations and expertise that were presented during the event, but I will attempt to paint the picture as best as I can.
Day one featured a sequence of disruptive, entertaining and engaging talks ranging from Asimo the humanoid robot, to a 22 year old who is building his own self-driving car to a publisher who is attempting to fight extremism in the Middle East using comic books. But, for me, it was the first session of the day that stood out above the rest.
The morning session was focussed on “Decoding the body” and featured talks that were as exciting as they were controversial, pushing the boundaries of ethics in the search for medical utopia.
The opening talk was given by Anne Wojcicki who confounded the company “23andMe” which has been using big data and bioinformatics to map your genome in order to predict what diseases or illnesses that you may be susceptible to. They are hoping that this will help in the advancement of medicine as it would allow pharmaceutical companies to create drugs which would be specifically tailored to your genes and therefore be a lot more effective.
This idea was carried through into the second talk by Andrew Hessel and his company “Autodesk”. In his job role as a “Bio-Hacker” he has been using electron microscopy to visualise tiny viruses and then use a DNA synthesiser to design and print molecules that would fight the disease and only target that specific virus.
There was also a very insightful talk given by Nina Tandon from “EpiBone”. Nina is a stem-cell researcher who has been working on growing bone in a lab so that it could be inserted into the body to replace broken or degenerately degrading bones with no fear of rejection. They have also pushed this concept one step further and have toyed with the idea of modifying tree cell DNA to grow homes and also tinkered with cow cells to grow leather without a single animal being harmed.
This session was a very captivating one as it highlighted that the future of biological advancement will always be met with the age old question of “are we trying to play God?” and what would happen if the technology falls into the wrong hands and could be used for bio terrorism. Who knows what the future holds, but one thing is for sure, medicinal advancement is progressing at a rapid pace and we will all have to confront this debate sooner than we think.
Part 2 of the review coming soon…
By Ricky Patel
Ahead of NeuroScience 2014 next month, where we will be showing the CMS196 stage, Linkam's very own Vince Kamp has illustrated and narrated a short video about Correlative Light Electron Microscopy or CLEM.
This is the second video from our 'Linkam Simplified' series which uses animation to explain some of the ways in which our stages are used. You can view all our videos on the Linkam You Tube channel.
We hope you enjoy it - if so, feel free to share it with your colleagues.
We will be in Washington DC next month for NeuroScience 2014 (booth #2426, 15 - 19th November). We are really excited to be attending this conference for the first time as we will be presenting a great new range of products specifically developed for life science applications.
Linkam is renowned for high performance thermal microscopy stages for material science and in talking to our customers we realised our systems were being used for a wide range of life science applications as well. We have been working with our customers to bring our expertise and experience directly to the life science market.
So, what will you see on our booth?
Correlative will almost certainly be one of the buzz words of the show; the CMS196 stage for Cryo Correlative and Cryo Fluorescence Microscopy will take centre stage at our booth. We have been selling this for over a year now - with many systems installed in some of the top labs around the world - so it’s not strictly a new product, but we will be showing some great new features.
Other things to look out for include the new RH95 Humidity generator – you can now precisely control and monitor the humidity inside your Linkam stage.
We will also have a range of controllable glass warm plates and a microscope incubator – ideal for keeping your cells warm and happy during your imaging experiments.
We hope to see you there.
We are getting about this month!
We will be in Prague this week for the 18th International Microscopy Congress (IMC 2014) - 7th to 12th September. If you are planning on being there please come by the Linkam booth #47, we’d love to see you.
We’ll have a range of our stages including the CMS196 stage for Correlative Microscopy and Cryofluorescence and the new range of warm stages for Andrology and Embryology.
We hope to see you there.
On Monday we travelled up to Edinburgh to participate in the World Congress for Reproductive Biology (WCRB2014) where - at least on this occasion - passports were still not an essential item to pack.
This was the third WCRB with delegates coming from all corners of the globe to present many interesting papers and posters on all aspects of reproduction and fertility.
At the Tuesday evening welcome reception we were serenaded by the, ahem, dulcet tones of traditional Scottish bagpipes and during the tea and lunch breaks we were able to discuss the benefits of our new warm stages.
These stages have been designed to meet the demands of andrologists and embryologists. It was encouraging to find a number already using some of our existing products, especially those working with koalas and crocodiles.
By Duncan Stacey
We'd like to introduce you to the latest member of the Linkam team, Dr Duncan Stacey, who has recently been appointed our new sales and marketing manager.
Here's a bit more about him.
Duncan gained his PhD in 1993 from Liverpool University developing hardware and software for spectral micro-imaging techniques.
He has an accomplished track record in the development of new markets and strategic partners and brings a depth of technical and commercial experience to Linkam.
He's worked for some of the leading photonics companies in imaging, spectroscopy and microscopy including Hamamatsu Photonics, Renishaw, Andor Technologies and, most recently, with Leica Microsystems as a Product Manager.
Asked about his expectations for his time ahead with Linkam, Duncan said:
“Linkam has always had a reputation for high quality products, great customer care and cutting edge innovation. Having worked for Linkam for the past month, it is clear we have a great range of new developments.
I am really excited about working as part of the Linkam team to bring the new products to market. It will be a challenge as we are entering new markets and addressing new applications, but that’s part of the fun.”
Linkam's Managing Director, Vincent Kamp, spoke enthusiastically about Duncan’s arrival at the company:
“Duncan brings us the experience that we have lacked in the sales and marketing management area. This is particularly important as we look to strengthen our distribution channels to bring our users greater support as we strive to develop and launch new products to meet their requirements.”
Duncan will be at IMC in Prague next week (September 7th to 12th) so if you are also attending please come over and say hello - he'll be on booth #47.
Over the next few months we will be bringing you a series of short animations called 'Linkam Simplified' to explain some of the ways in which our stages are used.
In the first episode of this series, we quickly and simply explain the process of freeze drying microscopy and how it can be used in a wide variety of applications ranging from pharmaceutical development to food preservation.
(click on the youtube logo down in the right corner to watch in larger format on youtube)
By Ricky Patel
Last week the Linkam team headed north to take part in the Microscience Microscopy Congress exhibition (MMC2014) held at the Manchester Central Convention Centre.
The city - which is well known for its music scene and its football teams - played host to a different kind of show. Organised by the Royal Microscopical Society, it featured the largest exhibition of microscope and imaging equipment in Europe.
Central to the event was a fascinating workshop schedule where delegates had the opportunity to learn about all the latest topics from life and physical sciences to light and electron microscopy.
One of these talks was held by our very own Dr Michael Schwertner who held an interactive workshop showcasing how the Linkam CMS196 can be used in the ever expanding field of Correlative EM and fluorescence microscopy (CLEM).
Dr Schwertner explaining the ins and outs of the CMS196 and its role in the CLEM technique
For Linkam, MMC2014 was a great success because it not only gave us an inside track on some of the newest techniques in the microscopy world, but it also gave us the chance to catch up with a few old friends who had travelled far to be a part of such a prestigious event.
Packaging materials and other waste by-products of our consumer culture are pushing the world’s landfill sites to breaking point. The challenge of finding more environmentally responsible materials has never been greater.
Since the turn of the 21st century, research into biodegradable materials has become a multi-billion pound industry. This has driven the demand for the production of biodegradable plastics which can be used, for example, as an eco-smart alternative to the materials currently used to wrap foodstuffs.
Teams from three world renowned institutes in China have combined their expertise in this field to study polybutylene succinate (PBS) in greater detail as a potential replacement for polypropylene. PBS decomposes into carbon dioxide and water and as a material can be used in a range of applications from drug delivery to that perennial problem of plastic packaging.
The scientists from the industrial cities of Beijing and Tianjin have been using the Linkam TST350 stage in combination with an X-Ray Synchrotron to look at the properties of the biodegradable plastic in order to assess its tensile strength - a key factor in its potential suitability as an all-purpose plastic.
For more about this fascinating research, please click here.
By Ricky Patel
Professor Rolf Berg and his team from the Technical University of Denmark have been using a Linkam THMS stage to identify very subtle changes in the pigmentation of colours - within a temperature controlled environment - in precious works of art from the Ny Carlsberg Glyptotek art museum in Copenhagen.
The prestigious museum houses the personal art collection of Carl Jacobsen (1842-1914) who was the son of one of the founders of Carlsberg breweries; the museum was founded in 1882 and is home to over 10,000 artefacts.
Professor Berg said: “Works of art, statues, paintings, ceramics, etc. commonly have solid colour grains which can provide important information on the origin and authenticity. This project gave us the opportunity to study new revelations about art and colour pigments and the chance to try modern spectroscopic equipment in collaboration with other universities".
Pieces of such importance require careful preservation work to ensure that they stay as close to the original state as possible; this is where the worlds of science and art meet to ensure that the beauty of such artefacts is maintained for future generations.
For more about this exciting application, please click here
The 9th Annual European Rheology conference (AERC) took place last week in the cultural city of Karlsruhe, located on the banks of the River Rhine in south west Germany.
Karlsruhe itself has a history of innovation with the inventor of the automobile, Carl Benz, and the physicist who discovered electromagnetic waves, Heinrich Hertz, both having roots to the city. Today it is considered one of the most prominent tech cities in Europe so it provided the perfect backdrop for the now well established AERC event.
The scientific programme itself was split up into various sections which focused on key rheological topic areas: from food research and biopolymers, to mirco-fluids and the rheology of foams.
The 500 delegates were treated to a fantastic conference dinner which was held at the magnificent, and modern, Karlsruhe Centre for Art and Media. The evening was full of great food and drink, beautiful artwork and a stirring live performance from one of the country’s best orchestras.
This was a great opportunity to interact with the delegates - the majority of whom already have a linkam CSS450 stage - to gather their thoughts and perspectives on where they see this expanding field of science being in a few years time.
I would like to thank the whole AERC committee for putting on such a great show. We hope the 10th show in this fascinating series will be just as good, if not better.
By Ricky Patel
A leading solar technology company in Denver, Colorado has been using a Linkam system to study the quality and composition of liquid crystals in their smart energy windows.
These windows automatically control the amount of light, heat and glare that passes through the glass by using a special set of thermochromatic filters made of liquid crystals that change phase dependent on the amount of solar energy exerted on them.
Mr Wilder Inglesias, R&D manager of RavenBrick LLC , has been using a Linkam PE120 system, including an Imaging Station and Linksys 32 software, he said:"We manufacture smart windows based on liquid crystal (LC) technology. The window tints if the temperature is too hot, blocking solar energy from penetrating the building/house and clears when the temperature is low, allowing the sun's energy to heat up the place."
He added: "I love the Linksys32 software and the way it presents the information for past runs. Being a software developer for this type of instrument, I really appreciate its simplicity".
With more companies and homeowners pushing to become 'greener' for both environmental and economic benefits, more research and investment into these smart windows is essential.
By Ricky Patel