Be Involved in a Meeting with FDA on CF!

On October 29th, individuals with cystic fibrosis and their families will have a unique and pivotal opportunity to share their experiences with representatives of the FDA during a live-streamed interactive meeting.

CFRI is very honored to host an Externally-Led Patient-Focused Drug Development Meeting on Cystic Fibrosis with the FDA on Monday, October 29th. This is an amazing and singular opportunity to share the patient experience with FDA representatives. They want and need to know the impacts and burden of the disease, your hopes for new therapies, and what you are willing to go through to find these new drugs.

PLEASE register to participate in this free live-streamed meeting! We need your input and participation You will have the opportunity to participate in live polling, and to email and call in to share your experiences. Those who do not have CF/a family member with CF should also feel free to join us.

You can register and log in for any or all of the day’s presentations and discussions. The day begins at 9:45 am. Please note: all times listed are East Coast time, as the meeting will be held at the College Park Marriott Hotel and Conference Center in Hyattsville, Maryland.

Here is the link:  http://cfri.org/advocacy/advocacy-events/

Speakers/Panelists
Jen Caruso
Lise-Courtney D’Amico
Boomer Esiason
Gunnar Esiason
Joseph Klausing, JD
Emily Kramer-Golinkoff
Robert Lim, MD
Jane Mitchell
Anna Payne
Kat Quinn Porco, MS
Tejashri Purohit-Sheth, MD
Arek Puzia, CPA, MBA
Emily Schaller
Isa Stenzel Byrnes, LCSW, MPH
Ahmet Uluer, DO, MPH
James Valentine, JD, MHS

Thank you for having an impact upon those who are assessing the safety and efficacy of new CF therapies, and making recommendations for their movement to market. 

Your voices matter!

Sound Pharmaceuticals to present initial data on the STOP Ototoxicity Study at Cystic Fibrosis Conference

SEATTLESept. 25, 2018 /PRNewswire/ — Sound Pharmaceuticals (SPI) is pleased to announce that its recent submission to the upcoming North American Cystic Fibrosis Conference (NACFC) Oct. 18-20 has been selected as a late-breaking abstract. This presentation will focus on the incidence and severity of ototoxicity in CF patients undergoing intravenous (IV) tobramycin treatment for acute pulmonary exacerbation. Ototoxicity (hearing loss, tinnitus, vertigo or dizziness) is a common side effect of tobramycin and other aminoglycoside antibiotics (amikacin, gentamycin and streptomycin). Currently, there are no FDA approved therapies for the prevention or treatment of ototoxicity or any other type of sensorineural hearing loss, tinnitus, or dizziness. Continue reading Sound Pharmaceuticals to present initial data on the STOP Ototoxicity Study at Cystic Fibrosis Conference

Patients Will Test Digital Platform to Manage CF-Related Diabetes (CFRD)

By Janet Stewart

Attain Health will partner with DarioHealth, a digital health and big data solutions company, to test its Dario Engage platform to monitor blood sugar levels in cystic fibrosis (CF) patients with CF-related diabetes (CFRD). Attain Health provides integrative health coaching for CF patients.

CFRD is an unusual form of diabetes estimated to affect some 30,000 CF patients in the United States and 70,000 worldwide. Experts say that the hyperglycemia (high blood sugar levels) seen in CFRD patients results in higher rates of bacterial lung infections, and an increased risk of death.

“Effective diabetes management in cystic fibrosis patients is critical, as there is a sixfold increase in mortality among cystic fibrosis patients who have diabetes as compared to those who don’t. The increased risk of mortality from lung infections is correlated with hyperglycemic events,” Kat Quinn Porco, founder of Attain Health, said in a press release.

The three-month pilot study will include real-time tracking of 12 patients with CFRD using the Dario Engage digital platform, which includes a blood sugar monitoring device that transmits readings to the clinic. Attain Health will pay for access to the Dario Engage Dashboard to monitor participants.

The app is designed to help clinics detect blood sugar trends that could lead to disease progression. Disease management is also expected to be improved by DarioHealth’s ability to provide health education content via the app.

“We are very excited to move forward with DarioHealth in exploring the benefits of digital health solutions for patients living with cystic fibrosis. We chose to work with DarioHealth because of their platform’s patient-centric approach, ease of use, real-time actionable data, and their very favorable reputation in the diabetes market,” Porco said.

The companies plan to jointly present preliminary findings at the North American Cystic Fibrosis Conference Oct.18-20 in Denver. Final results are expected in December.

Attain Health plans to obtain grant money for continuous use of the DarioEngage program with up to 200 patients a year.

“By piloting this study in partnership with Attain Health, DarioHealth is taking a leadership position in addressing CFRD by deploying what we believe are the best digital health management tools on the market today. This agreement and pilot study mark DarioHealth’s foray into chronic disease treatment markets that overlap with and expand beyond the treatment of diabetes, our company’s first treatment indication,” said Erez Raphael, president and CEO of DarioHealth.

Original article here.

Pushing Through the Fear – Guest Blog By Andrea Eisenman

By Andrea Eisenman

So many fears, where do I begin. Let’s start with my impending trip to Seattle from NYC. I like to travel but it gets complicated. How much room in my suitcase do I have to pack my myriad of machines and meds? And how much will I forget, despite my thorough list? I learned I had to put obvious things on my list like a hairbrush after I forgot that a few times. But when it is easily purchased at a drug store, no biggy. When it is my immune suppressants or a nebulizer, that is harder to replace.

I now have a lot more machinery to tote around when I leave home. I have my CPAP, my percussor and my inhalation machine and a facial steamer for my sinuses, plus my Neti pot for nasal lavage. These things become cumbersome and traveling light is not an option, I have to check my bag. So, planning is key for several days prior to take off. I am in that phase now. Packing it all. I bring enough meds for twice my travel time. My last trip to Seattle happened during 9/11. I could not fly home for a week. Luckily, I had an extra 10 days of medications to cover me.

My dad asked if I was up to the flight, it is a longer one than I have taken in many years. My answer is, I don’t know. I am fearful as I know I have lymphedema and even though I wear compression tights when I fly, it is less than comfy and I will swell in my upper body. I do have a compression machine for upper body swelling but it is way too big to bring. Will I be ok not using it for a few days? I am hoping the answer is yes. But because I do not know these things for certain, I have anxiety. And I worry I might get sick either from the flight or anytime during my trip. I do wear a mask in flight and try to stay as hydrated as possible in order to keep well. And of course, I will wipe down the area near my seat with cleaning wipes.

But in order to live a life, I have to take some risks. I had wanted to go to Seattle for a few years. It is therapeutic to get away once in a while and I had not traveled too far from home while my mom was alive. I wanted to be near enough if she needed me. I no longer have that worry. And maybe I used that as an excuse so I am now pushing myself to go on this trip. I know I can be resourceful and my doctors are only a phone call away if I get sick. There is a great CF center there and my friend is sensitive to my CF needs. When we were in college together she gave my CPT when I let her.

I find that when I push myself beyond my fears, I feel triumphant and am happy that I conquered them. Sometimes one has to get out of their comfort zone, even if it means wearing horribly tight pantyhose for six hours on a flight! I know it will be worth it and I can bond with my friend. I will feel like I accomplished something worthwhile. Maybe my next trip will be to Europe.

Airway Clearance Vests Fail to Show Measurable Short-term Lung Benefits in Study

A note from CF Roundtable: Please do not stop using your Vest or other HFCWO device because of this impractical study. There are important differences in this study that make it not applicable to CF and therefore, not meaningful for us. First, healthy volunteers without CF were enrolled. Too many adults with CF have experienced significant benefits with these HFCWO devices, not to mention the preventive benefits. To imply these devices worsen lung function when used by a healthy nonCF person vs one with CF – with the usual accompanying inflammation, mucus +/- bronchiectasis, etc – is not practical. Second, these healthy subjects tested all 4 HFCWO devices in one day. Even when I repeat spirometry in one day, my lung function numbers most often decline over time, even with rest periods in between. The researchers tested lung function with a rest period of 15 minutes on these healthy individuals after use of the HFCWO device then moved on to the next device. Very impractical and again – not applicable to use by individuals with CF.

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By Iqra Mumal

A clinical study into high-frequency chest wall oscillation vests — assessing their short-term impact on standard measures of lung function before and during use — challenges the view that these devices work through airflow bias in the lungs, the process responsible for mucus movement when breathing.

Findings, using established tests that include forced vital capacity (FVC), forced expiratory volume (FEV1), and forced expiratory flow (FEF25%-75%), suggest “that the concept of HFCWO vest-induced cephalad airflow bias is not supported by standard spirometry measurements,” researchers concluded. “None of the vest groups showed statistically significant increased airflow in the lungs.” Continue reading Airway Clearance Vests Fail to Show Measurable Short-term Lung Benefits in Study

Newfound airway cells may breathe life into tackling cystic fibrosis

By Aimee Cunningham

Meet the ionocyte. This newly discovered cell may be the star of future cystic fibrosis therapies. Researchers have found that the gene tied to the disease is very active in the cells, which line the air passages of the lungs.

While the cells are rare, making up only 1 to 2 percent of cells that line the airways, they seem to play an outsized role in keeping lungs clear. The identification of the ionocyte “provides key information for targeting treatments,” says medical geneticist Garry Cutting of Johns Hopkins School of Medicine in Baltimore, who was not involved in the research. Two teams, working independently, each describe the new cell online August 1 in Nature.

The ionocyte shares its name with similar cells found in fish gills and frog skin. This type of cell regulates fluid movement at surfaces — skin, gills, airways — where air and water meet. In people, special proteins that tunnel across cell membranes lining the airways allow chloride ions (half of what makes salt) to move into the airway. This causes water to move into the airway through a different channel to moisten mucus along the lining, which helps it remove bacteria and inhaled particles from the body.

The tunnel protein that allows chloride ions through is made by a gene called CFTR. In cystic fibrosis patients, that gene is flawed. Airways can’t regulate water movement properly and get clogged with thick mucus that traps bacteria and leads to persistent infections and lung damage. The genetic disease affects at least 70,000 people worldwide, according to the Cystic Fibrosis Foundation in Bethesda, Md.

Researchers had suspected CFTR was most active in ciliated cells — cells with brushlike projections that work along with the mucus in airways to move invaders out. But the new work found very little gene activity in those cells, compared with the ionocytes.

In experiments with laboratory samples of mouse cells from the airway lining, cell biologist Jayaraj Rajagopal of Massachusetts General Hospital in Boston and his colleagues found that the gene was very active in ionocytes: out of all the instructions for building the tunnels detected in the cells, 54 percent came from ionocytes. Aron Jaffe, a respiratory disease researcher at Novartis Institutes for Biomedical Research in Cambridge, Mass., and his colleagues reported that, in laboratory samples of human airways cells, ionocytes were the source of 60 percent of the activity of the tunnels.

The discovery of the new cells raises a lot of questions. Jaffe wonders where ionocytes are positioned in the lining of the airways, and how that placement supports the coordination of water movement and mucus secretion by other cells. “You can imagine the distribution [of ionocytes] is really important,” he says.

A question Rajagopal has: “How does a rare cell type do all of this work?” In fish and frogs, ionocytes are loaded with mitochondria, the so-called cellular energy factories, he notes. Maybe that will be true for human ionocytes, too, giving them lots of energy to do the lion’s share of regulating the movement of water.

Both researchers say the ionocyte’s discovery should lead to a better understanding of cystic fibrosis. “It will let us think about creative new ways to approach the disease,” Rajagopal says.

Original article here.

Triclosan, often maligned, may have a good side — treating cystic fibrosis infections

By Chris Waters

Maybe you’ve had the experience of wading in a stream and struggling to keep your balance on the slick rocks, or forgetting to brush your teeth in the morning and feeling a slimy coating in your mouth. These are examples of bacterial biofilms that are found anywhere a surface is exposed to bacteria in a moist environment.

Besides leading to falls in streams or creating unhealthy teeth, biofilms can cause large problems when they infect people. Biofilms, multicellular communities of bacteria that can grow on a surface encased in their own self-produced matrix of slime, can block immune cells from engulfing and killing the bacteria or prevent antibodies from binding to their surface.

On top of this, bacteria in a biofilm resist being killed by antibiotics due to the sticky nature of the matrix and activation of inherent resistant mechanisms, such as slow-growing cells or the ability to pump antibiotics out of the cell.

Biofilms are one of the primary growth modes of bacteria, but all antibiotics currently used clinically were developed against free-swimming planktonic bacteria. This is why they do not work well against biofilms.

My laboratory studies how and why bacteria make biofilms, and we develop new therapeutics to target them. Because antibiotic resistance is the most problematic aspect of biofilms during infections, we set out to identify novel molecules that could enhance antibiotic activity against these communities.

We discovered that an antimicrobial that has recently obtained a bad reputation for overuse in many household products could be the secret sauce to kill biofilms.

The hunt for antibiotic superchargers

To find such compounds, we developed an assay to grow plates of 384 tiny biofilms of the bacterium Pseudomonas aeruginosa. We did this to screen for molecules that enhance killing by the antibiotic tobramycin. We chose this bacterium and this antibiotic as our test subjects because they are commonly associated with cystic fibrosis lung infections and treatment.

People with cystic fibrosis (CF) are at particular risk from biofilm-based infections. These infections often become chronic in the lungs of cystic fibrosis patients and are often never cleared, even with aggressive antibiotic therapy.

After we screened 6,080 small molecules in the presence of tobramycin, we found multiple compounds that showed the antibiotic enhancement activity we were searching for. Of particular interest was the antimicrobial triclosan because it has been widely used in household products like toothpaste, soaps and hand sanitizers for decades, indicating that it had potential to be safely used in CF patients. Triclosan has also garnered a bad reputation due to its overuse, and states like Minnesota have banned it from these products. The Food and Drug Administration banned its use from hand soaps in September 2016. This ruling was not based on safety concerns, but rather because the companies that made these products did not demonstrate higher microbial killing when triclosan was added, compared to the base products alone.

Another fact that piqued our interest is that P. aeruginosa is resistant to triclosan. Indeed, treatment with either tobramycin or triclosan alone had very little activity against P. aeruginosa biofilms, but we found that the combination was 100 times more active, killing over 99 percent of the bacteria.

We further studied this combination and found that it worked against P. aeruginosa and other bacterial species that had been isolated from the lungs of CF patients. The combination also significantly enhanced the speed of killing so that at two hours of treatment, virtually all of the biofilm is eradicated.

Our efforts are now focused on pre-clinical development of the tobramycin-triclosan combination. For CF, we envision patients will inhale these antimicrobials as a combination therapy, but it could also be used for other applications such as diabetic non-healing wounds.

Although questions about the safety of triclosan have emerged in the mainstream media, there are actually dozens of studies, including in humans, concluding that it is well tolerated, summarized in this extensive EU report from 2009. My laboratory completely agrees that triclosan has been significantly overused, and it should be reserved to combat life-threatening infections.

The next steps for development are to initiate safety, efficacy and pharmacological studies. And thus far, our own studies indicate that triclosan is well tolerated when directly administered to the lungs. We hope that in the near future we will have enough data to initiate clinical trials with the FDA to test the activity of this combination in people afflicted with biofilm-based infections.

We think our approach of enhancing biofilm activity with the addition of novel compounds will increase the usefulness of currently used antibiotics. Learning about how these compounds work will also shed light on how bacterial biofilms resist antibiotic therapy.

Original article here.

£11 million-a-year US pharmaceutical boss is accused of trying to ‘blackmail’ Theresa May into buying cystic fibrosis drug

By Stephen Adams and Glen Owen

The boss of a US pharmaceutical giant was last night accused of trying to ‘blackmail’ Theresa May into buying a groundbreaking drug at an eye-watering annual cost of £100,000 per patient.

Thousands of people with the deadly lung condition cystic fibrosis (CF) have been pleading with NHS bosses to strike a deal with Vertex over Orkambi, a new treatment that could extend their lives by years.

The talks collapsed acrimoniously ten days ago, after which Vertex boss Dr. Jeff Leiden wrote to the Prime Minister threatening to scale back the firm’s investment in the UK unless NHS England agreed to buy Orkambi on its terms.

In an extraordinary outburst, Dr. Leiden accused Britain of placing ‘a lower value on the life of a CF patient than other countries’ which have purchased Orkambi, and warned that British jobs relied on his benevolence.
The row comes amid growing anger among health chiefs about how the ‘profiteering’ of drugs companies is heaping pressure on the NHS budget.

The starting price for Orkambi negotiations is thought to be £104,000 per patient per year.

Tory MP Bob Stewart said: ‘Drug companies have every right to turn a profit to fund their vital research and development work, but it is completely immoral to overcharge for a life-saving drug. If the CEO is trying to blackmail the Prime Minister that is utterly disgraceful.’

In his letter to Mrs. May, Dr. Leiden, who received £11 million in salary and stock options last year, wrote: ‘Vertex is heavily committed to the UK with its international HQ in London, an R&D site near Oxford and runs many clinical trials in the NHS. Since 2006, Vertex has invested over £1.2 billion in the UK and now employs 250 people, of whom over 110 are scientists.’

But he added: ‘We are questioning this ecosystem as [the UK] is unable to value life-changing medicines for the patients that need them.’ Without major changes to how new drugs were assessed, he pointedly warned that ‘any future biotech investment in the UK is at significant risk’.

In 2014, Dr. Leiden, who owns a string of waterfront homes in Massachusetts and Florida, faced a shareholder revolt over his ‘exorbitant’ pay package of almost £35 million. Orkambi is the only current therapy that slows the inevitable progression of CF. It could benefit up to half of the 10,500 Britons with the condition.

CF causes lungs to produce too much mucus, reducing their effectiveness. Around half of sufferers die before the age of 47, but Orkambi has been shown to boost lung function by 42 percent.

Catherine Upstone, from Brackley, Northamptonshire, whose daughter Cerys, 14, is one of those who could benefit from Orkambi, said: ‘The two sides need to get back around the table.’

But NHS England boss Simon Stevens recently told MPs that Vertex must first drop its price.

‘Right now, the company is a very long way from acting responsibly,’ he said. ‘The implication of the kinds of prices that are being talked about would either be to deny patients those drugs or to rip off British taxpayers, and neither of those situations is acceptable.’

Vertex’s chief commercial officer Stuart Arbuckle said the firm had made NHS England ‘the best offer in the world, which provides all eligible patients immediate access to our current and future medicines. However, the NHS wants our existing medicines and those coming down the line in the next year for no extra money – this is essentially asking for our medicines for free.’

NHS England said: ‘If Vertex believes they are offering a reasonable deal, they should waive their confidentiality clause and let patients and taxpayers judge whether it is fair.’

Original article here.

Vertex Pharmaceuticals opens expanded San Diego research center with focus on cystic fibrosis

By Bradley J. Fikes

Vertex Pharmaceuticals opened its new San Diego research center Monday, starting a new chapter in a decades-long quest to not only treat but cure cystic fibrosis.

In 18 years, three drugs for the lung-ravaging disease have emerged from Vertex’s San Diego center and more are in the pipeline.

The first, Kalydeco, was approved in 2012. It is the first drug that treats the underlying cause of the disease. The second, Orkambi, was approved three years later. And the third, Symdeko, was approved in February.

These drugs can benefit about half of all patients with the incurable disease. In the next several years, Boston-based Vertex hopes its drugs can help nearly all patients live longer, healthier lives.

Cystic fibrosis is caused by a genetic defect that allows a buildup of thick mucus in the lungs, and other internal organs. This mucus clogs airways and promotes the growth of bacteria. The average lifespan of patients is 37 years, up from 20 years in 1980. Treatments include antibiotics to fight lung infections and mucus-thinning drugs.

The new 170,000 square-foot building on Torrey Pines Mesa more than doubles the company’s space. The center includes cell culturing equipment to grow lung cells from patients, to be used for drug screening. A 4,000 square-foot incubator suite will serve outside collaborators.

Asides from cystic fibrosis, the staff will work on other serious diseases.

Among the speakers Monday morning was a veteran in the fight against cystic fibrosis: Jennifer Ferguson, who has two children with the disease, Ashton and Lola. Both her children are taking Vertex drugs, and both were present with her at the event.

With these drugs and the promise of better therapies ahead, she says Ashton and Lola have a good chance of growing up and leading their own lives. She urged all Vertex employees to think of themselves as part of a team to cure the disease.

Ferguson, of San Diego, found out about the work from the Cystic Fibrosis Foundation. The foundation had invested $30 million in startup Aurora Biosciences to find therapies.

In 2001, Vertex purchased Aurora for $592 million in stock, the same year Ashton was diagnosed. The research went on under Vertex, and Ferguson became quite familiar with the research team.

“The Cystic Fibrosis Foundation asked me to come speak, to show them what it’s like to have a little child with CF,” she said. “So I came here about 17 years ago with him as a 6-month-old.”

At that time, many cystic fibrosis patients never reached adulthood.

“I had a hard time keeping it together,” Ferguson told the audience of that long-ago visit.

“But I looked in the staff’s faces — and some of you are still here — and I thought, I’m going to put my faith and trust in your hands, in your brains. And I was able to let go of my worry, because you were on the case.”

Ferguson started visiting every few years to check on what progress was being made, first with Ashton, and later including Lola. She also raises money for the Cystic Fibrosis Foundation.

Both her children have shown improvement since starting the Vertex drugs, Ferguson said. But they still need to go through a daily regimen of clearing out their lungs.

From medications, the research frontier has advanced to investigations into a cure. That means fixing the genetic defect, which can come in several variations, inside living patients.

That cure might come from the hot new gene editing technology called CRISR. In 2015, Vertex allied with startup CRISPR Therapeutics to develop curative therapies.

This post was originally published on The San Diego Union-Tribune

7 Things Your Partner with CF Probably Isn’t Telling You

By Hannah Buck

Being in a committed, loving, long-term relationship is a distinctly intimate experience. It is the most intimate experience of humanhood many would argue. To see a person walking by and say to them, “Hey, you’re fairly OK-looking. Would you like to hold hands for forever and accrue debt until we die?” is to truly know companionship. That, and watching each other poop.

Chronic illness makes dating a thoroughly more vulnerable experience, and not just for the patient. You see, sickness affects everyone involved. It accelerates everything. Sickness makes daily life complicated (e.g. planning dates that aren’t physically taxing or one partner relying more on the other for help with everyday chores) and the future even less promising than it usually is. When you or your partner has a condition like cystic fibrosis, the bleak reality of your situation is sorely evident. It’s inescapable. One of you will die much sooner than the other. And with that intense reality flashing its lights 24/7, it can be tempting to hold things in.

I don’t speak for all people with CF in writing the following list — but by sharing what I’ve withheld in past romantic relationships, I hope to make you laugh, open your eyes, and help you become a better partner to the person whose hand you like to hold. Enjoy.

Things your partner with CF probably isn’t telling you

1. They’ve been wetting your bed for a while.

Have you ever rolled over in the middle of the night to feel a damp spot on the mattress? Has your girlfriend been known to spontaneously wash your sheets and comforter out of the goodness of her heart? Yeah, sorry to break it to you, it’s not because she’s an angel. It’s because she has coughing-induced, premature incontinence, and she doesn’t want you to know.

2. Their antibiotics give them diarrhea.

It just happens, OK! We don’t ask for this! Antibiotics have one mission: to kill. This includes good gut bacteria, which unfortunately messes up our tummies. Make your partner’s day by surprising them with a bottle of probiotic-rich kombucha to get things back on track.

3. They’d prefer if you looked away during their cough attacks.

Coughing ain’t cute. Yes, yes, I know you love them, but try to put yourself in your partner’s shoes. If you were red in the face, foaming at the mouth, hunched over like the Notre Dame character, and spewing phlegm like a swampy sprinkler, would you want the love of your life to gaze longingly upon you? Probably not. Give ’em space.

4. They wish you visited them in the hospital more.

They just feel too guilty to say it out loud. It is unspeakably lonely to sit in a small room and face the same wall every day. Please, even if they insist they’re fine, be there for them. Stop by. Make the time. If you can’t do that, text, call, or video chat. While 24 hours pass by in a snap in the outside world, in the hospital, the hours drag like you wouldn’t believe.

5. It makes them really happy when you randomly flex your CF knowledge.

Showing your partner that you care about them enough to not only learn about their disease but about how it’s treated is an instant way to grow closer. For many of us, the only people we have to confide in about this part of our lives is our medical team, our family, and occasionally other CFers (but only online). Take the time to learn what’s what — get the medication names right, make yourself an ally, and demonstrate that the two of you are teammates in this fight.

6. Explaining what’s “wrong” with them to other people makes their life so much easier.

With this one, I want to repeat my disclaimer: I am speaking for myself, and every person with CF is different. Please talk to your partner before taking this advice.

With that said, I have always found it to be an incredible relief when my partner discreetly says, “She has something called CF, so she coughs a lot. It’s normal. So anyway … ” and then changes the subject when I have a cough attack around people who don’t know me. Explaining myself is something I’ve had to do my entire life, so having someone else do it for me is a treat I savor every time.

7. They don’t feel worthy of your love, and they feel guilty about loving you.

I hope this one isn’t true for you guys. In my case, it is, and I suspect it’ll be a lifelong battle. Having an incurable illness is a heavy burden to bear, but when you’re born with it, there’s no other option. Putting it on another person, though, that’s different. That isoptional. And it can feel impossible to justify exposing the person whose hand you like holding to that level of lifelong pain.

This post originally appeared on CF News Today.