Thứ Sáu, 28 tháng 12, 2018

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The Iwakuni Veterinary Treatment Facility on Marine Corps Air Station Iwakuni received

a special visit from Santa Claus this year.

Santa Paws offered residents the chance to get festive photos of their pets for the holidays.

The Branch Officer in Charge Cpt. Colleen Dwyer played the role of Santa and says it warms her heart

when the pets react when the pets react well to her holly-jolly costume.

"I think it depends on the pet, if they will like Santa or not.

The beard is a little scary sometimes, but most of the pets are pretty inquisitive and

curious, and it just makes my heart swell when they'll just sit up right next to me

even with this big beard and they don't really know that I'm the doctor."

Fur babies of all breeds and sizes came to the clinic to get their photo taken with Santa Claus.

A local pet parent Hannah Brooke Weaver says that to her and her husband, their dog is

a member of their family.

"We treat him like our son.

We don't have kids so he basically is our kid.

So, we have a stocking for him, we have Christmas presents wrapped for him, and we bring him

to the vet all the time to get checked up and to make sure he's growing and healthy."

The vet clinic plans to continue hosting Santa Paws for residents and their four-legged family

members each year.

Reporting from Marine Corps Air Station Iwakuni, Japan, I'm Lance Cpl. Jennifer Gay.

For more infomation >> Santa Claus visits Iwakuni Veterinary Treatment facility - Duration: 1:26.

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Moremo Water Treatment Miracle 10 - Duration: 10:41.

For more infomation >> Moremo Water Treatment Miracle 10 - Duration: 10:41.

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Review for Ear Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:16.

For more infomation >> Review for Ear Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:16.

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What makes HA good for a first time treatment option? | Moorgate Andrology - Duration: 1:17.

if you're considering penis enlargement injections for the first time then

Hyaluronic Acid can be a really good choice

why because the results are instantaneous and if you don't like the results most

people do but if you didn't then eventually the Hyaluronic Acid will

break down and will will disappear so remember that you're going to need a

top-up at about 12 to 18 months and at that time if you like the look of the

penis but you don't really want to continue perhaps with Hyaluronic Acid

then you could consider other thickening options such as Ellanse collagen

stimulating injections or even fat transfer surgery to the penis which is

the longest lasting option in penis enlargement but Hyaluronic Acid

injections are a really good choice to begin with the injections are very safe

if a well-known product is used and also it's been injected by an experienced

doctor

For more infomation >> What makes HA good for a first time treatment option? | Moorgate Andrology - Duration: 1:17.

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Review for Ear Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:08.

For more infomation >> Review for Ear Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:08.

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Review for Nose Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:12.

For more infomation >> Review for Nose Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:12.

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Review for Throat Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:45.

For more infomation >> Review for Throat Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:45.

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Review for Nose Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:39.

For more infomation >> Review for Nose Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:39.

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Review for Throat Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:27.

For more infomation >> Review for Throat Treatment at Khushi ENT Hospital, Surat, Gujarat. - Duration: 0:27.

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Scientists discover groundbreaking treatment for cancer which could save millions of lives - Duration: 8:44.

Scientists discover groundbreaking treatment for cancer which could save millions of lives

A groundbreaking treatment for cancer which uses immune cells from strangers could save millions of lives in the future, scientists believe.

The treatment, still in its early days, will strengthen the immune systems of patients while avoiding toxic side effects such as those caused by chemotherapy.

The team at the Francis Crick Institute in London now want to set-up the first immune banks which will store the 'Natural Killer' cells.

This would allow oncologists to order a batch of immune cells to be delivered to clinics in a matter of hours to then be infused into patients.

Once in the body the cells would join forces with the patient's own immune system to fight off tumours using a natural 'DIY' approach.

Professor Adrian Hayday, group leader of the Immunosurveillance Lab at The Crick, told The Telegraph: 'We're not quite there yet. 'But that's what we're trying now. There is every capability of getting cell banks like this established.'.

Professor Hayday added that 'even a few years ago' there was little belief cancer could be tackled in any other way than attacking the disease itself.

But now there is a growing field of research and experimental treatments focusing on training patients' bodies to fight off cancers by themselves. Experts say this could become more effective than traditional treatments because bodies can adapt faster than medicine companies.

Professor Hayday described the concept as 'radical' but added 'that is what's happening' now, with the cells not doing anything other than ramping up the immune system.

Cancer patients will begin to receive pioneering infusions of the so-called natural killer cells as early as next year, according to the researchers. Professor Charlie Swanton, of Crick's Cancer Evolution and Genome Instability Laboratory said: 'The future is incredibly bright.

He added: 'Using the body's own immune cells to target the tumour is elegant because tumours evolve so quickly there is no way a pharmaceutical company can keep up with it.

'But the immune system has been evolving for over four billion years to do just that. Until now, the idea of injecting someone's immune cells into another person was dogged by fears the body would reject them.

But this year, in a medical breakthrough, scientists discovered they survive well in the body and are unlike other cells.

The Crick team are now seeing impressive results, particularly because the cells aren't being rejected by the body, as is the case with some forms of immunotherapy.

Immunotherapy drugs help the immune system work harder to find and kill cancer cells. But there can be side effects because they attack healthy cells, too.

The treatment is said to be the ultimate 'do-it-yourself approach' because it uses the patient's own immune system and relies on no drugs.

In England and Wales, survival rates for ten or more years after cancer are 50 per cent, according to Cancer Research UK.

The team at The Crick want to make that figure rise to 75 per cent in the next 15 years, and they claim advances in technology will make that possible.

In the US, the five-year survival rate for all cancers combined is improving, and was 69 per cent between 2007 to 2013, according to the American Cancer Society. HOW DOES IMMUNOTHERAPY WORK?.

Immunotherapy uses our immune system to fight cancer. It works by helping the immune system recognise and attack cancer cells.

Our immune system works to protect the body against infection, illness and disease. It can also protect us from the development of cancer.

The immune system includes the lymph glands, spleen and white blood cells. Normally, it can spot and destroy faulty cells in the body, stopping cancer developing. But a cancer might develop when:.

The immune system recognises cancer cells but it is not strong enough to kill the cancer cells. The cancer cells produce signals that stop the immune system from attacking it.

The cancer cells hide or escape from the immune system. Immunotherapy is not yet as widely used as surgery, chemotherapy, and radiation therapy. Chemotherapy uses medication to kill cancer cells and radiotherapy means the use of radiation, usually X-rays, to treat illness.

Immunotherapy uses the natural power of your immune system to fight illnesses, and has been approved to treat people with many types of cancer. There are different types of immunotherapy, some of which are also called targeted therapies or biological therapies.

Monoclonal antibodies are laboratory-produced molecules engineered to serve as substitute antibodies that can restore, enhance or mimic the immune system's attack on cancer cells.

They are designed to bind to antigens that are generally more numerous on the surface of cancer cells than healthy cells. This process is called antibody dependent cell mediated cytotoxicity (ADCC). Vaccines to treat cancer.

Normally, vaccines help to protect us from disease, and researchers are looking at whether vaccines can be used as a treatment to help the immune system to recognise and attack cancer cells.

When you have the vaccine, it stimulates the immune system into action. The immune system makes antibodies that can recognise and attack the harmless versions of the disease.

Once the body has made these antibodies it can recognise the disease if you come into contact with it again. So you're protected from it. Cytokines.

Cytokines are a group of proteins in the body that play an important part in boosting the immune system.

Interferon and interleukin are types of cytokines found in the body. Scientists have developed man made versions of these to treat some types of cancer.

Adoptive cell transfer changes the genes in a person's white blood cells (T cells) to help them recognise and kill cancer cells. Changing the T cell in this way is called genetically engineering the T cell.

This treatment is only available as part of a clinical trial in the UK. An example of a type of adoptive cell transfer is CAR T-cell therapy. Source: Cancer Research UK.

Cancer breakthrough that allows doctors to transplant disease-fighting immune cells from strangers into patients could 'save millions of lives in the future'. 'Immune banks' will hold immune cells and can be delivered to hospitals in hours.

The treatment is said to be the 'ultimate' approach to using the immune system. It's set to be used as early as next year with impressive results so far.

For more infomation >> Scientists discover groundbreaking treatment for cancer which could save millions of lives - Duration: 8:44.

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The Jan D. Marshall Center of Excellence for the Treatment of Alstrom Syndrome at GBMC - Duration: 6:17.

Robin Marshall: She came home from a day of work, and only Jan would say this, I came

across the worst thing that could ever happen to a family and their child.

Can you imagine what it would be like to have a child and get notified that your child was

going to be pre-programmed to get all of these issues and will die at an earlier age.

I cannot imagine that.

Dr. Francomano: Alstrom Syndrome is one of the most rare of the genetic disorders and

it's a devastating condition.

It's a condition that affects affected children's eyesight, their hearing, their kidneys, their

livers, their hearts.

They develop diabetes.

Many people who are affected by it, call it the monster.

Dr. Francomano: Jan was the driving force behind Alstrom Syndrome International.

And she and Robin just became incredibly dedicated to this effort.

It really became their life's work.

Anne Nordstrom: Jan discovered literally five families when she was doing research for something

else and created this huge network of scientists, researchers, families, friends and supporters

around the world.

Jan had such a passion and a care for everybody.

Tony Jackson: It was palatable, it was contagious.

It was Jan's life and once you got started, you didn't stop.

Ken Paigen: The first thing that she did that was so important, was recognizing that there

had to be more people around the world.

And to begin to collect the cases and to begin to build the group and then to bring people

together.

She understood how important that was.

Dr. Francomano: She knew every single child, she knew them inside and out.

Robin Marshall: Even to the extent that she knew the birthdays of the siblings.

In her head.

Dr. Francomano: She made connections between the families and the support group really

grew out of those connections.

Robin Marshall: The opportunity to meet another child, for a parent to meet another parent,

because nobody gets it.

It's impossible to get.

How else has to deal with that complicated an issue.

Gina Denbow: The first conference we attended was in 2006 and at that time I had been in

contact with a couple of Alstrom parents, moms, and had spoken to them but had never

seen another Alstrom child.

And so when I arrived and looked around the room for the very first time with my little

girl, I can see her life flash before my eyes.

There she was when was going to be eight.

That's what she looked like when she was 10, and there she was as a teenager and as an

adult and was able to talk about it and share experiences and stories.

Dr. Francomano: Robin has carried on the effort, bringing the patients together and providing

that glue to help people through their ordeal.

Robin Marshall: All I know is their quality of life is better for the work that we do.

I can see so many different possibilities for five years from now and 10 years from

now.

Ken Paigen: The hope, the future, it's really pretty bright.

DNA sequencing is dramatically changed, that the rate that which we are acquiring new knowledge

in biomedical research is doubling roughly every two to three years.

Jan Marshall: Our first speaker this morning, I have to tell you something, I first met

Clair when she was a mere child and a summer student in our lab at Jackson Laboratory and,

believe it or not, it was 45 years ago and so she has been with the Alstrom Syndrome

cause since the beginning and we love her and she's ...

Dr. Francomano: I've know Jan Marshall since 1971 so to have the Jan D. Marshall Center

means everything to me.

It's just a wonderful honor and I'm so, so pleased that we're doing this.

Gina Denbow: If she hadn't, at some point in time, decided that this was something important,

and reached out to us, then I don't know where we would be.

Katelyn Denbow: She was Super Woman.

Gina Denbow: She is the Alstrom Mom.

Katelyn Denbow: You have to push boundaries, find new ways to do things because not everything

is as simple for some people as it is for others.

If you don't try hard enough, you're not going to get anywhere in life.

Tony Jackson: She would end almost every email that she ever sent me with one simple word,

onward.

And that would be her outlook on it all.

We've done well, but we're not done yet.

Onward, we have to keep going.

That's exactly what she would have done.

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