Mass Spectrometry & Spectroscopy

  • What Are the Biggest Scientific Breakthroughs of 2018?

What Are the Biggest Scientific Breakthroughs of 2018?

Dec 04 2018 Read 2828 Times

As 2018 is nearing a close, Labmate is taking a look at some of the most ground-breaking scientific discoveries of the year. If you’ve already read parts 1-5 of the series, you’ll be clued up on our top 5 scientific breakthroughs of the year. Not managed to check them out yet? Don’t worry, this post will give an overview of each impressive project and the impact it could have on society…

1. Nobel Prize for Medicine

Dr James P. Allison and Dr Tasuku Honjo made history this year as they were awarded with the coveted Nobel Prize for Medicine and Physiology. Their work into the utilisation of the body’s immune system for fighting certain types of cancer could potentially save the lives of thousands around the world.

The two researchers successfully formed a link between immunotherapy and cancer treatment by discovering exactly how the different cells interact with one another. By targeting T-cells and blocking their checkpoint, they can protect the cells from cancerous cells, making it easier to kill them.

2. Nobel Prize for Chemistry

This year’s Nobel Prize for Chemistry was awarded to Frances Arnold, George P. Smith and Gregory Winter for their research using the principle of evolution to produce new chemical compounds.

Their combined work, using the directed evolution of enzymes and antibodies, can help to provide cancer treatments for certain strains, as well as aiding research for finding new environmentally-friendly methods of manufacturing chemical substances.

Their efforts not only provide a new insight into the many uses and functions of chemistry but can help to shed light on the fight against cancer.

3. Nobel Prize for Physics

The Nobel Prize for Physics this year made history in more than one way. Not only was the research ground-breaking in its own way, one of the winners, Donna Strickland, is the third female winner of the award.

Dr Strickland, along with fellow scientists Arthur Ashkin and Gerard Mourou, won the award for their development of a laser technique, known as chirped pulse amplification (CPA). Dr Ashkin invented the ‘optical tweezer’, a technique that can trap atoms, particles and viruses between two beams of lights for observation and research without damaging the particle.

The three researchers’ work can be used across a range of areas, including optical eye surgery, helping to restore sight to the visually impaired.

4. Curing Blindness

This next breakthrough is along the same lines as the previous one, in that it aims to restore sight. The most common cause of blindness in the UK is age-related macular degeneration, caused when the macular – the part of the retina that allows detailed vision – is damaged.

Two British doctors developed a ‘patch’ made out of stem cells that could be placed on the back of the eye, helping to restore damaged cells and improve vision. The two patients that took part in this experimental treatment noted significant visual improvement in just a year of wearing the ‘patch’.

With further studies and research, this technology could provide an affordable treatment for those suffering from age-related macular degeneration.

5. Antarctica’s Greenhouse

The constant sub-zero temperatures in Antarctica make it almost impossible to grow fresh fruit and vegetables there. Shipments are made a few times a year to bring in produce from overseas to keep the locals fed and healthy. But this year German scientist Paul Zabel developed an artificial greenhouse that could make harvesting produce a reality for those in the Antarctic.

The greenhouse, which was installed and began producing early this year, is housed inside a climate-controlled shipping container. With LED lamps, an abundance of carbon dioxide and a nutrient-rich mist, the greenhouse can successfully grow produce without natural sunlight.

This project is just one part of a larger mission to take a similar greenhouse into space, potentially allowing astronauts to grow produce on Mars or the moon.

A ground-breaking year

All in all, 2018 has been a great year for science. But there are also a number of smaller breakthroughs taking place which don’t get quite the same attention. ‘Determining Hazardous Substances at Arm’s Length’ explores how unknown substances can be identified without contact.

Reader comments

Do you like or dislike what you have read? Why not post a comment to tell others / the manufacturer and our Editor what you think. To leave comments please complete the form below. Providing the content is approved, your comment will be on screen in less than 24 hours. Leaving comments on product information and articles can assist with future editorial and article content. Post questions, thoughts or simply whether you like the content.

Post a Comment

Digital Edition

Labmate UK & Ireland April 2020

April 2020

In This Edition Articles - Export experts talk Corona Virus - Automated cell counting shouldn’t cost the earth Laboratory Products - Spectrophotometer Linearity Validation - Analysi...

View all digital editions



May 31 2020 Houston, TX, USA


May 31 2020 Baltimore, MD, USA

Laborama 2020 - ONLINE EVENT

Jun 11 2020 Brussels, Belgium


Jun 20 2020 San Diego, CA, USA


Jun 30 2020 Nuremberg, Germany

View all events