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Electron paramagnetic resonance (EPR) spectrometry is an instrumental analysis technique for free radical detection. EPR has applications in the fields of medicine, biology, quantum chemistry, physics and the environment.

Bruker is proud to partner with Dr. Harald Schwalbe of the Goethe University in Frankfurt on using NMR to combat COVID-19.

Fraud is the master of disguise. It knows no limit and can strike from any direction when you least expect it. And you won't suspect a thing ... until it's too late. Wine fraud is no exception. And it's on the rise. Although wine consumption has decreased in recent years, people are spending more on higher value.

To date, there are seven known coronaviruses that cause illness in humans, four of which only lead to mild to moderate disease. Over the last two decades, three other coronaviruses have emerged from animal reservoirs and caused outbreaks across the globe, resulting in serious respiratory illness and in many cases death.

Feeding the world's population is no small undertaking. It's a task made all the more challenging given today's pressures on the global food supply chain. A growing global population, climate change, sociopolitical factors and the current COVID-19 pandemic are all taking their toll on farmers and food manufacturers.

As the world is caught in the grip of the SARS-CoV-2 pandemic, scientists are concentrating their focus and resources on developing a vaccine. To accomplish this complex challenge, they must first acquire the specialist knowledge to understand how the virus behaves, including how, exactly, it spreads from one person to another.

Working with industries to define how we can equip them with the best tools to enable them to excel is both exciting and humbling. During the design phase of projects, our instruments can become involved in exciting new applications and it is particularly rewarding for us to see our instruments play a pivotal role in generating benefits that could affect the whole of society.

The US governemnent counts on Bruker to protect US infrastructure

Allied BioScience of Plano, Texas, develops innovative solutions to create cleaner human environments. They specialize in revolutionary, always-on antimicrobial coatings that provide continuous and long-lasting surface protection across public spaces.

Pneumonia is the world's leading cause of death in young children and elderly people. It is an infection that inflames the air sacs in one or both lungs, filling the air sacs with fluid and causing a cough, fever, chills, and breathing difficulties.

Malaria is one of the most severe public health problems worldwide, being responsible for around 500,000 deaths every year.

近年来,移动开发使用的增加ices and Artificial Intelligence has driven the demand for high-performance processors, increased memory (both volatile DRAM and non-volatile FLASH/NAND), high-speed communications (5G) and more efficient and higher power devices.

Bruker is proud to partner with Australian National Phenome Centre (ANPC) at Murdoch University to support the work of their researchers into the COVID-19 pandemic threat.

Science, more now than ever, has a crucial role to play in today's ever changing and increasingly complex world. Bruker's long history and expertize in producing high-performance scientific instruments has enabled the company to design and produce innovative technologies that play a major role in helping protect society through supporting homeland security and defense.

Biomarkers may enable early diagnosis and prognosis, as well as help determine response to treatment. One approach for identifying disease biomarkers is metabolomic profiling.

由于企业和组织形式zations across the world look for ways in which they can play their part, either alone or as part of a collaboration, in the effort to tackle the coronavirus pandemic, Bruker is extremely proud that its instruments are being used to ensure quality levels of reprocessed filtering face pieces (FFP) commonly known as facemasks.

Batteries have become essential components to human life. Since the development of the first lithium ion batteries (LIBs) in the 1970s and Sony commercialising the first rechargeable product in 1991, the world has become accustomed to the convenience of portable power - for the ever increasing range of devices such as mobile phones that are in daily use.

As with most trends, uptake can be rapid and widespread. Sometimes this happens before consumers and users have acquired complete knowledge or understanding of what it means.

Cervical cancer is the fourth most commonly occurring cancer in women. According to the World Cancer Research Fund and American Institute for Cancer Research, more than 500,000 new cases were reported in 2018.

Honey, the first sweetener used by humans back in ancient Egyptian times, has long been prized as a sweetener and as a medicinal remedy. This is still true today.

Discovering and developing a new drug, from starting the original research to delivering a completed product, is a lengthy, complex and expensive process. It can take between 12-15 years and cost upwards of $1 billion to bring one new drug to market.

The marine environment is under threat from a variety of dangers. From rising ocean temperatures causing coral bleaching, to plastic pollution poisoning the bird, fish, and mammal population, the impact humans are having on the oceans is becoming increasingly obvious.

According to the World Health Organization (WHO), tuberculosis (TB) is among the most dangerous infectious diseases worldwide, ranking alongside HIV/AIDS as a major cause of death.

Bruker AVANCE spectrometer equipped with a TCI triple resonance 'inverse' probe to analyze the newly identified compound.

Keeping up with drugs known as new psychoactive substances (NPS), also referred to as ‘legal highs,’ presents a huge challenge to border control authorities and police forces across the globe.

The use of nuclear magnetic resonance (NMR) to obtain rich structural information of molecules has led to significant scientific breakthroughs since its discovery in the mid-20th century. The advancements of NMR have benefited from innovations in technology, resulting in new capabilities as well as enhanced workflows.