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Emergency services ‘should share control rooms’
Police, fire and ambulance services in England should share control rooms to improve their response to 999 calls, a Home Office minister has said.
Mike Penning said it did not “make sense” to have different premises.
It comes as new plans are published to get the services working more closely.
There are also proposals for police and crime commissioners (PCCs) to oversee fire brigades, which could include choosing an officer in charge of hiring and firing fire and police staff.
This top officer post would be open to senior officers from both the police and fire service. They would hold the rank of chief constable – and to allow this the government would remove the current rule that holders of the rank must have served as a constable.
In most parts of England, police, fire and ambulance services have separate control centres and when someone rings 999, they have to tell an operator which service they need.
Emergency services in some areas – including Northamptonshire and Hampshire – are already working on joint schemes, but the Home Office wants more and is introducing a “statutory duty” on the three services to collaborate.
Balloon ‘last chance treatment’ for heart failure
Scientists have used a pioneering balloon technique as a “last chance” treatment to help a patient with severe heart failure.
Richard Reach, 59, had the balloon device implanted to close off a leaky heart valve, after he was told he was too unwell to have open heart surgery.
Doctors at King’s College Hospital say the procedure allowed him to improve enough to have more permanent surgery.
With further trials, the device could help thousands more patients, they say.
‘Remixed’ skin cells could lead to new diabetes treatments
“End of injections in sight for diabetics after new discovery,” says The Daily Telegraph. If you think you’ve read a similar headline before, you may be right – replacing insulin injections for type 1 diabetes has been a goal for many years.
Type 1 diabetes happens when the body’s immune system mistakenly attacks and destroys insulin-producing beta cells in the pancreas. Without insulin, people cannot control the levels of sugar in the blood.
High blood sugar levels (hyperglycaemia) can damage the blood vessels and nerves, while low blood sugar levels (hypoglycaemia) can cause unconsciousness. Most people with type 1 diabetes need to inject insulin regularly.
In this research, scientists from the University of California report they have used a new process to modify human skin cells into working pancreas cells. They say these cells produced insulin in the laboratory, and seemed to protect mice from diabetes when transplanted into their kidneys.
The hope is that by transplanting new beta cells formed from the person’s own skin cells, the pancreas will be able to make insulin again.
The advantage of being able to use skin cells is that cells could be taken from a person’s own body and retransplanted after adaptation, meaning they would be less likely to be rejected by the immune system.
This early-stage research is exciting, but much more work is needed before we’ll know whether this could become a treatment to replace insulin injections.
Blocking brain inflammation ‘halts Alzheimer’s disease’
Blocking the production of new immune cells in the brain could reduce memory problems seen in Alzheimer’s disease, a study suggests.
University of Southampton researchers said their findings added weight to evidence that inflammation in the brain is what drives the disease.
A drug used to block the production of these microglia cells in the brains of mice had a positive effect.
Experts said the results were exciting and could lead to new treatments.
Up until now, most drugs used to treat dementia have targeted amyloid plaques in the brain which are a characteristic of people with the Alzheimer’s disease.
But this latest study, published in the journal Brain and funded by the Medical Research Council and Alzheimer’s Research UK, suggests that in fact targeting inflammation in the brain, caused by a build-up of immune cells called microglia, could halt progression of the disease.
Researchers found increased numbers of microglia in the post-mortem brains of people with Alzheimer’s disease.
Previous studies have also suggested that these cells could play an important role.
Arthritis drug could also help combat ovarian cancer
“A rheumatoid arthritis drug can kill off ovarian cancer cells in women with the BRCA1 mutation,” the Mail Online reports. The drug, auranofin, was found to be effective against ovarian cancer cells associated with the BRCA1 mutation.
The BRCA1 gene – along with a similar gene called BRCA2 – is designed to repair damage to DNA as cells divide. The absence of this ability increases the risk of cells developing abnormalities that can trigger ovarian cancer, as well as breast cancer.
This study was laboratory research examining the effect of the arthritis drug, auranofin, on ovarian cancer cells with and without BRCA1 mutation. Auranofin is not currently licensed in the UK.
When ovarian cancer cells were treated with auranofin in the lab, researchers found the drug’s cancer-killing properties were most effective at treating ovarian cancer cells lacking a “healthy” version of the BRCA1 gene.
It seemed auranofin caused damage to the DNA of cancerous cells with BRCA1 mutations, helping to kill them. The results suggest there may be promise for this drug in the treatment of ovarian cancers associated with BRCA1 mutations.
Although auranofin is currently used in the treatment of rheumatoid arthritis in the US, and has been tested in early-stage ovarian cancer studies in humans, much more study is needed looking into its effectiveness and safety before it could be approved for use in the treatment of ovarian cancer.
Pattern of brain chatter ‘clue to anaesthesia response’
Taking readings of brain activity before patients go for surgery could help doctors give a more accurate dose of anaesthetic, researchers suggest.
At present, a patient’s body weight is the main factor in deciding the dose.
But a University of Cambridge study indicated people with high levels of brain connectivity or “chatter” needed a larger dose to put them under.
And this could help doctors work out exactly the amount of anaesthetic a patient requires to become unconscious.
The study, published in PLOS Computational Biology, looked at how the brain’s electric signals changed in 20 healthy volunteers given a common anaesthetic called propofol.
They were then asked to press different buttons when they heard different sounds.
After reaching the maximum dose, some were still pressing buttons, while others were unconscious.
The “chatter” or connectivity between areas of the brain was much more pronounced in those who were still conscious.
And when the research team looked at brain activity when the participants were awake, using readings from an electroencephalogram (EEG), they found similar differences.
Filed under: Uncategorized | Comments Off on 29th January 2016