Thursday, April 25, 2019

Clinical Trials for Phage Therapy!!

GREAT INTRO VIDEO in case you do not know about Bacteriophages. Watch this little 6-minute presentation, and pay extra attention at the 5-minute mark:

My chronic lung infection...


We are now at the stage where my GP and my Tasmanian Adult CF Clinic, Dr. Benjamin Chan (the researcher intending to treat me) and the director of the Yale University Adult Cystic Fibrosis Program are all getting together to formulate a plan.

I have also been talking to a Melbourne Film Producer who is keen to work out the logistics to make a documentary about the experience, and how to raise enough funds to make it possible. Please share our fundraiser: This filmmaker has also worked with Coen Ashton, a young man with Cystic Fibrosis who was a brilliant motivator and strong advocate for Organ Donations, a recipient of transplanted lungs himself but unfortunately succumbed to kidney failure as a result of the strong pharmaceuticals he received during his short life.

And as for my health, I just spend 10 days in the Royal Hobart Hospital getting strong IV Antibiotic treatment for my current lung infection which rendered my lung function to be 31% of expected (FEV1) for my age. A very worrying figure. It has since recovered to 39% and I am now on home IVs in Devonport. All these antibiotics take a toll on my organs, unlike Phage Therapy which only targets one bacteria.

I expect to go to Yale in June... at this stage.


Clinical Trials

To date I have been led to believe that because there is little money to be made by pharmaceutical companies there have been no clinical trials organised for phage therapy.  Who would pay for clinical trials of acupuncture, for instance. A needle maker who sells $300 acupuncture needle kits? There just isn't the money to justify the expense of a clinical trial involving dozens of scientists and lab workers, patients,...  And phages are also quite cheap.

BUT, it appears I was wrong! Was reading Time Magazine; ;
In 2018, two small biotech companies in the U.S.–AmpliPhi Biosciences and Adaptive Phage Therapeutics (APT)–will launch clinical trials that will attempt to answer some of the key questions about phage.
This to me indicates that there is movement in the works!

In fact after checking up on AmpliPhi (pronounce Amplifie!) I found that a Phase I-II clinical trial European Research & Development (R&D) Project funded by the European Commission had already been completed; Project  PHAGOBURN. It involved E-Coli and Pseudomonas Aeruginosa burn wound infections. In its Executive Summary it said:
In the context of a worldwide growing antibiotic resistance threat, notably the emergence of multi-drug resistant bacterial strains, PhagoBurn was launched to evaluate the clinical potential of bacteriophages (phages) as a novel and innovative strategy to fight this critical issue. Launched in 2013 and completed in 2017, PhagoBurn was the world first prospective multicentric, randomised, single blind and controlled clinical trial of phage therapy ever performed according to both Good Manufacturing (GMP) and Good Clinical Practices (GCP).
And the FDA in the USA has now also approved two other Clinical Trials which target Pseudomonas lung infections:

  • A Phase 1/2 randomized, controlled clinical trial to evaluate the safety and efficacy of AB-PA01, administered intravenously in approximately 100 patients with hospital-acquired and ventilator-associated pneumonia (HAP/VAP) due to Pseudomonas aeruginosa. 
  • A Phase 1/2 randomized, controlled clinical trial as above, in approximately 100 patients with Pseudomonas Aeruginosa bacteremia. 
"Pseudomonas aeruginosa is not only a challenging infection to treat, but one that represents a serious threat to the cystic fibrosis community as well as to lung transplant patients,”
The easiest way to get bacteriophage treatment to infections is where the infections are easily accessible, ie. on the skin or in the lungs. Infections found in burn victims are much more numerous than lung infections and burn infections tend to be more homogenous infections whereas lungs tend to have multiple infections. This is why burn-related skin infections are most ideal for clinical trials.

Phage Therapy Centre in San Diego, USA.

Despite many countries not ready for human phage applications, with human trials supposedly 20 years away, in the USA patients now seeking phage therapy can submit an Emergency Investigational New Drug (eIND) application with the FDA. This process allows for use of 'as yet unapproved treatments' on a case-by-case basis. On this basis, IPATH Phage Centre was created in San Diego:  Center for Innovative Phage Applications and Therapeutics.) to treat patients with multidrug-resistant infections.

The aim of IPATH will be to make phage therapy more widely available as a clinical option for patients with life-threatening infections that aren't responding to antibiotics. Currently, IPATH is prioritizing serious multi-drug resistant bacterial infections that are associated with the following conditions: cystic fibrosis, complicated urinary tract infections, organ transplantation and implantable hardware (infected joints, pacemakers,...).


So this concludes this update on my Phage Therapy mission!

Thank you again for your donation, and please spread the fundraiser so we can make a small documentary out of my experience going to Yale University for treatment of my Pseudomonas Aeruginosa lung infection, a very common infection for people living with Cystic Fibrosis:
and follow me on

Wednesday, April 3, 2019

Urinology cures Cancer

image from
Modular Approach to Select Bacteriophages Targeting Pseudomonas aeruginosa for Their Application to Children Suffering With Cystic Fibrosis

Do a quick Google Search again to verify the above title. Tell me what websites you see. Recognise them? Probably not. Is this because no pharmaceutical company is willing to spend several million dollars into doing the clinical trials? Same can be said about Phage Therapy, but there is as much money for Pharmaceutical organisations as there is in Phage Therapy as there is in urinolgy or cannabis for that matter. But if you Google Bacteriophage with your favourite infection you will get credible websites covering its virtues.
In fact, just driving in my car someone alerted me to a radio program on phages, and I tuned in to listen:

Like most press coverages it was overall super positive and makes you scratch our head why we can't find a way to use phages in fighting infections that antibiotics have trouble with.

In the next week or so I am due to go into hospital to have a 'tune-up', tens of thousands of dollars will be thrown towards me to pump me full of antibiotics and get my lungs cleared a little, but only temporarily. In my analogy of rabbits in my carrot field, this is now akin to paying the army to come in with a battalion to shoot as many as they can. We all know the rabbits will be back within weeks of the battalion leaving. Rediscovering the calicivirus (that virtually stopped the rabbit plague and is still killing domestic rabbits today) is probably a better option.

At a nearby Film Festival in the mountains (Cradle Mountain Film Festival), where I was scouting for documentary makers willing to cover my experience with Phages at Yale University, I was at altitude, about 800m perhaps. I could hardly function. Parked next to the disabled spot at cradle Hotel I was exhausted by the time I got to the cafe inside. Trying to do my nebs and cough up a cup of phlegm too two hours that night as each and every step was torturous. It was too cold for my oxygen concentrator to work properly. I need to kill this pseudomonas infection in my lungs. And I am not the only one suffering. And people with Cystic Fibrosis are also not the only people suffering from such infections.

So anyway, the journalist on the radio explained how she went to the pharmacist and bought phage medicine over the counter. It was designed to kill the 3 most common bacteria circulating in the country that made people sick. Bacteria jump from host to host as you know, so it is quite normal for an infection in a group of people to be exactly the same. Hence an annual update of the phage medicine ensures it stays effective to the particular genotype of the bacteria. That is right, the phage will only kill the exact one genotype of the targeted bacteria. This means not one phage to kill just one bacteria, it has to be really specific. Hence phage therapy often falls under individualised medicine, where a phage is found for each individual case.

How about the annual flu injection. Every year there is a new cocktail of antivenin to combat the worst flues expected to dominate the country. Are millions of dollars and decades of clinical trials required to get them through the medical authorities to be allowed for human use? How do they get away with it? Why can't we do it with phages? Anyone who wants to get a flu shot can buy one, those who are at highest risk are given them for free.  Why? Because it is proven to work, keep flu numbers down and prevent epidemics. It is in the government's interest to keep us out of hospital and dying. When I walk in the street, go into a pharmacist or doctor surgery, a hospital, or a plane, I am afraid someone with a nasty bacteria infects me. They wouldn't infect healthy people, but my CF lungs most certainly will, and can cause me to be counting daisies within weeks. And yes, many with Cystic Fibrosis wear masks and keep distance, and all of us avoid crowds. I live in Tasmania where crowds are rare and fresh air is prevalent.

Take a hospital infection where a superbug has gone out of control infecting dozens and killing several patients, it is often just the one bacteria to blame. A bacteriophage can be isolated and given to all patients which will in most cases kill the infection without side effects. Of course, this presumption is just merely a presumption, but that is theoretically how bacteriophages work, they are highly targeted enemies of our enemies, they are our friends!

And is it just one bacteriophage that exists to kill that one particular infection? No, shock horror, it is more like real life biology where say us humans are able to get thousands of viruses that could harm or kill us without affecting our goldfish or hamster, as can rabbits get thousands of viruses without harming their fleas and other parasites, or us humans trying to grow carrots in the same fields these rabbits are dying of the various viruses they could potentially catch. Some viruses are more virulent than others. This means the microbiologists need to isolate a cocktail of effective phages for the bacteria they are targeting. It's not rocket science, but will take a lot of biochemists and lab workers to be employed. The alternative our capitalist society seems to prefer is to find a pharmaceutical solution that spends the same or more on a handful of CEOs and investors instead of creating employment for scientists! Win-win for Phages again.

In the Eliava Institue in Georgia, former Russia, 800 scientists used to work there to isolate and distribute phages for all of the USSR, today still 80 or so remain, to help treat people from their country and desperate visitors who come from overseas to seek treatment after the western system has failed for years.

Thank you for reading this far and if you enjoy these regular updates and are interested to see how I go in my quest for killing my Pseudomonas aeruginosa infection with Phage Therapy please share this page and my fundraiser with other people interested in fighting antibiotic resistance in our world! Donations are not for my travel or treatment, they are intended to cover film and media costs etc to let the world know about Bacteriophages.


Walter van Praag

The previous adventure!

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