Case Studies

Page 26 of 36.

A new field test standard for hydrogen refuelling stations

Hydrogen refuelling stations (HRS) must meet measurement requirements set out by legislation. Standards such as SAE J2601 and OIML R139 are in place to ensure safety at HRS. The former establishes process limits for light duty vehicles (e.g., cars) to ensure that tanks do not overheat or overfill during fuelling, while the latt...

read more

Faster TB diagnosis

Tuberculosis (TB) is a global problem made more serious by challenges associated with diagnosis and identification of drug resistance. A major challenge is quickly identifying the presence of TB causing bacteria in a patient’s sample. Conventionally, for the most accurate diagnoses, samples are cultured for six weeks before bei...

read more

High intensity ultrasound treatments

High Intensity Focused Ultrasound (HIFU), used with imaging techniques, is a promising new treatment of prostate cancer and brain disorders. It focuses multiple high energy soundwaves onto a single spot, generating enough heat to destroy a tumour. Unlike ionising radiation, these beams do not cause long term harm to DNA, and in...

read more

Traceability Boosts Cancer Therapy

For many years molecular radiotherapy, MRT, has been used for palliative cancer care, but it has great potential to become a potent first line cancer treatment. The therapy uses radioactive drugs to target specific tumours, for example radioactive yittrium-90 microspheres are used to treat liver cancers. However, accurate acti...

read more

Better infant hearing tests

Hearing defects in a child’s early years leads to language development problems, so national health authorities run programmes to identify affected babies and young children. Testing uses small headsets to provide a known sound stimulation, then measures the response in the infant’s ear or brain. The small headsets currently u...

read more

Improving radiotherapy success

Radiotherapy has been a mainstay of cancer treatment for over a century. It most commonly involves using a linear accelerator (linac) to deliver high-energy beams of X-ray radiation to patients, killing cancerous cells by damaging their DNA. Prior to treatment, patients are imaged in a CT scanner (using X-rays) to identify the ...

read more
Page 26 of 36.
Element 1 Element 2 Element 3 Element 1 Element 1 Element 1 Element 1 Element 1 Logo-Footer