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Sunday, October 6, 2019

Novel Alkermes Combo Therapy Shows Durable Antipsychotic Effects

The safety and efficacy of combination samidorphan and olanzapine (ALKS 3831) for schizophrenia was confirmed during an open-label extension of the ENLIGHTEN-1 trial.
During this 52-week extension, the significant improvement in mean Positive and Negative Syndrome Scale (PANSS) score was maintained in those who continued on samidorphan/olanzapine, dropping an average of 16.2 points from baseline (P<0.001). The improvement in mean Clinical Global Impression-Severity (CGI-S) score was also maintained long-term in these patients, decreasing an average of 0.9 points, reported Sergey Yagoda, PhD, of Alkermes in Waltham, Massachusetts, the agent’s developer.
The investigational schizophrenia treatment is a once-daily dose of a fixed combination of 10 mg of the opioid modulator samidorphan with the atypical antipsychotic olanzapine (Zyprexa) in 5-mg, 10-mg, 15-mg, 20-mg doses. The combination treatment is designed to provide symptom improvement while reducing the weight gain often associated with antipsychotics.
July 2019, Alkermes expanded its New Drug Application (NDA) to include the treatment of bipolar I disorder and schizophrenia.
The current study builds upon previously reported positive 4-week data, and included 281 patients with schizophrenia (ages 18-70) who completed the initial treatment phase of ENLIGHTEN-1.
Around half of patients experienced at least one adverse event (AE) during follow-up, which were mild to moderate. The most common AEs reported were increased weight gain, somnolence, headache, and nasopharyngitis. Ten serious AEs were reported and all were deemed unrelated to samidorphan/olanzapine.
By the end of the extension study, about 52% of patients were considered to be “PANSS responders,” defined as achieving a ≥30% improvement in total score.
Patients who were enrolled in the 4-week randomized trial on olanzapine alone, and then were switched to combination samidorphan/olanzapine for the extension trial, also saw a significant improvement in PANSS total score and CGI-S score from baseline.
However, these individuals who switched to the combination treatment after the initial 4-weak trial saw greater weight gain from baseline of the extension through 52-weeks of treatment versus those who remained on samidorphan/olanzapine:
  • Placebo to samidorphan/olanzapine: gained 2.91 kg
  • Olanzapine alone to samidorphan/olanzapine: gained 1.05 kg
  • Remained on samidorphan/olanzapine: gained 1.75 kg
About 27% of participants who completed the 52-week extension saw a clinically significant weight gain of ≥7%, while 15% saw a weight increase of ≥10%. Other laboratory parameters, including HbA1c, fasting glucose, total cholesterol, LDL and HDL cholesterol, and triglycerides did not see a significant change during follow-up.
The investigators noted some study limitations, especially the fact that it was an open-label study with no comparator, so “only limited conclusions can be drawn from efficacy and safety data.”
The phase III ENLIGHTEN-2 safety study, also presented here, took another look at weight gain and metabolic outcomes in patients on samidorphan/olanzapine. These outcomes build upon the previously reported phase III efficacy outcomes from ENLIGHTEN-2.
The 24-week open-label safety study included 561 “clinically stable but moderately ill” individuals with schizophrenia, according to Christoph Correll, MD, of Hofstra Northwell School of Medicine in Hempstead, New York, and colleagues. Compared to those on olanzapine alone, patients on the combination treatment saw significantly less weight gain:
  • Samidorphan/olanzapine: 4.21% average weight gain
  • Olanzapine only: 6.59% average weight gain
Similarly, 30% of patients on olanzapine alone saw a ≥10% weight gain after 24 weeks versus only 18% of combination treatment patients. Significantly fewer patients on the combination saw an increase in waist circumference.
About 74% of participants on the combination experienced any AE during follow-up, while 82% on olanzapine alone experienced any AE, mainly driven by weight gain.
“Although antipsychotic efficacy was not a primary endpoint in this study, improvements in PANSS scores from baseline were similar to those seen with olanzapine and consistent with improvements observed in the ENLIGHTEN-1 study,” the researchers noted in July, they also reported plans to seek an indication for bipolar I disorder in addition to schizophrenia.
The ENLIGHTEN trials were funded by Alkermes. Co-authors are company employees.
Correll disclosed multiple relevant relationships with industry including Alkermes.

Bayer says October U.S. glyphosate trial delayed until February

A pending U.S. lawsuit over claims related to Bayer’s (BAYGn.DE) glyphosate-based herbicide Roundup has been delayed, the company said on Sunday, with a new court date set for February, 2020.
“The Oct. 15, 2019 trial date for Winston v. Monsanto in St. Louis City has been postponed,” Bayer said in a statement.

The lawsuit is the latest of several to be delayed as mediator Ken Feinberg tries to negotiate a settlement between the company and U.S. plaintiffs after a California jury in August last year found that Monsanto should have warned of alleged cancer risks.
“With the change in the trial schedule and no trial dates set through the rest of the year, the appeals of the three completed trials will be a significant focus of the litigation in the months ahead,” Bayer said.

Handelsblatt first reported the latest delay earlier on Sunday.
A court document from the Circuit Court of the City of St. Louis, dated October 4, said a new court date had been set for February 10.
The number of U.S. plaintiffs blaming Roundup and other glyphosate-based weed killers for cancer has been rising continuously to stand at 18,400 as of July 11, hitting Bayer’s share price.
https://www.reuters.com/article/us-bayer-glyphosate-lawsuit/bayer-says-october-u-s-glyphosate-trial-delayed-until-february-idUSKBN1WL0G7

Biotech week ahead, Oct. 7

Notwithstanding the ESMO conference generating some huge moves in some stocks, last week turned out to be a muted one for biotechs.
A few FDA approvals came through, with Puma Biotechnology Inc PBYI 2.15% getting a label expansion for its breast cancer drug Nerlynx and Novartis AG NVS 0.82%‘s Entresto, a combo therapy, given the go ahead for pediatric heart failure.
Here are the key biotech catalysts for the unfolding week.

Conferences

  • European Huntington Association Conference: Oct. 4–6 in Bucharest, Romania
  • Experts Gather on Cardiovascular Disorders and Cardiology Research: Oct. 7-8 in Paris, France
  • 5th Annual Congress on Infectious Diseases: Oct. 7-8 in Frankfurt, Germany
  • 9th International Conference on Neurological Disorders & Stroke: Oct. 7-8 in Dublin, Ireland
  • Chardan 3rd Annual Genetic Medicines Conference: Oct. 7-8 in New York City
  • Jefferies Gene Therapy/Editing Summit: Oct. 8 in New York City
  • 37th World Cancer Conference: Oct. 9-10 in Dublin
  • 28th European Academy of Dermatology and Venereology, or EADV, Congress: Oct. 9-13, in Madrid, Spain
  • Ophthalmology Innovation Summit: Oct. 10 in San Francisco, California
  • American Academy of Ophthalmology, or AAO: Oct. 12-15, in San Francisco

PDUFA Dates

The FDA is scheduled to rule on Pfenex Inc PFNX 6.05%‘s PF708, a therapeutic equivalent of Eli Lilly And Co LLY 0.81%‘s Forteo, which was approved in 2002 to treat osteoporosis in men and menopausal women, who are at high risk of having a fracture. The PDUFA date is set for Monday.
The regulatory body will issue its verdict Tuesday on Clinuvel Pharmaceuticals Ltd CLVLY 7.12%‘s NDA for Scenesse, which is being evaluated as a preventative treatment for phototoxicity and anaphylactoid reactions in adult patients with erythropoietic protoporphyria.

Clinical Trial Readouts

28th EADV Congress Presentations

Akari Therapeutics PLC AKTX – Additional Phase 2 data for Coversin in bullous pemphigoid (Thursday)
Concert Pharmaceuticals Inc CNCE 0.86% – Phase 2 data for CTP-543 in alopecia areata (Saturday)

AAO 2019 Presentations

Adverum Biotechnologies Inc ADVM 0.54% – Additional Phase 1 data for ADVM-022 in wet age-related macular degeneration Friday)
Regenxbio Inc RGNX 1.4% – Phase 1/2a data for RGX-314 in wet age-related macular degeneration (Friday)

IPOs

BioNTech, a German biotech developing individualized monotherapies for cancer, is planning a 13.2-million share IPO, which is estimated to be priced between $18 and $20. The company proposes to list shares on the Nasdaq under the ticker symbol “BNTX.”
Vir Biotechnology, a biotech developing immunologic therapies for infectious diseases, is seeking to list shares on the Nasdaq through an IPO of 7.14 million shares in the price range of $20 to $22 per share. Shares will be listed under the ticker symbol “VIR.”

IPO Quiet Period Expiry

Satsuma Pharmaceuticals Inc STSA 4.58%
SpringWorks Therapeutics Inc SWTX 5.47%
10X Genomics Inc TXG 6.92%
https://www.benzinga.com/general/biotech/19/10/14541123/the-week-ahead-in-biotech-pfenex-and-clinuvel-on-the-radar-ahead-of-fda-decisions-2-ipos-on-deck

Dealing a therapeutic counterblow to traumatic brain injury


Dealing a therapeutic counterblow to traumatic brain injury
The TBI therapy’s delivery mechanism is a customizable, Lego-like strand made of short proteins called peptides, which are composed of amino acids, with a biological agent attached at one end that can survive in the body for weeks and even months. Credit: New Jersey Institute of Technology
A blow to the head or powerful shock wave on the battlefield can cause immediate, significant damage to a person’s skull and the tissue beneath it. But the trauma does not stop there. The impact sets off a chemical reaction in the brain that ravages neurons and the networks that supply them with nutrients and oxygen.
It is the secondary effects of (TBI), which can lead to long-term cognitive, psychological and motor system damage, that piqued the interest of a team of NJIT biomedical engineers. To counter them, they are developing a therapy, to be injected at the site of the injury, which shows early indications it can protect neurons and stimulate the regrowth of blood vessels in the damaged tissue.
The challenge, researchers say, is that brain cells don’t regenerate as well as other tissues, such as bone, which may be an evolutionary strategy for preserving the synaptic connections that retain memories. To date, there is no effective treatment for restoring damaged neurons. The body’s protective mechanisms also make it difficult to penetrate the blood-brain barrier, which hampers the delivery of medications.
“Nerve cells respond to trauma by producing excessive amounts of glutamate, a neurotransmitter that under normal conditions facilitates learning and memory, but at toxic levels overexcites cells, causing them to break down. Traumatic brain injury can also result in the activation and recruitment of immune cells, which cause inflammation that can lead to short- and long-term neural deficits by damaging the structure around cells and creating a chronic inflammatory environment,” says Biplab Sarkar, a post-doctoral fellow in and member of the team that presented this work at a recent American Chemical Society conference.
The team’s treatment consists of a lab-created mimic of ependymin, a protein shown to protect neurons after injury, attached to a delivery platform—a strand of short proteins called peptides, contained in a hydrogel—that was developed by Vivek Kumar, director of NJIT’s Biomaterial Drug Development, Discovery and Delivery Laboratory. After injection, the peptides in the hydrogel reassemble at the localized injury site into a nanofibrous scaffold that mimics extracellular matrix, the supporting structure for cells. These possess mechanical properties similar to brain tissue, which improves their biocompatibility. They promote rapid infiltration by a variety of stem cells which act as precursors for regeneration and may also provide a biomimetic niche to protect them.
Now in preclinical animal trials, rats injected with the hydrogel retained twice as many functioning neurons at the injury site as compared to the control group. They also formed new blood cells in the region.
“The idea is to intervene at the right time and place to minimize or reverse damage. We do this by generating new blood vessels in the area to restore oxygen exchange, which is reduced in patients with a TBI, and by creating an environment in which neurons that have been damaged in the injury are supported and can thrive,” Kumar says. “While the exact mechanism of action for these materials is currently under study, their efficacy is becoming apparent. Our results need to be expanded, however, into a better understanding of these mechanisms at the cellular level, as well as their long-term efficacy and the resulting behavioral improvements.”
Collaborators James Haorah, an associate professor of biomedical engineering, and his graduate student Xiaotang Ma at NJIT’s Center for Injury Biomechanics, Materials and Medicine have shown how a number of TBI-related chemical effects can disrupt and destroy integral brain vasculature in the , the brain’s protective border, promoting chronic inflammation that can lead to symptoms such as post-traumatic stress disorder and anxiety, among others. Their current work provides insights into the potential neuroprotective and regenerative response guided by the Kumar lab’s materials, while future studies will attempt to analyze other mediators of inflammation and blood flow in the brain.
Kumar’s delivery mechanism is a customizable, Lego-like strand made of short proteins called peptides, which are composed of amino acids, with a biological agent attached at one end that can survive in the body for weeks and even months, where other biomaterials degrade quickly. Its self-assembling bonds are designed to be stronger than the body’s dispersive forces; it forms stable fibers, with no signs of inducing inflammation, that rapidly incorporate into specific tissues and collagen, recruiting native cells to infiltrate. The hydrogel, which is also composed of amino acids, is engineered to trigger different biological responses depending on the payload attached. These platforms can deliver drugs and other small cargo over day-, week- or month-long periods. Kumar’s lab has recently published research on applications ranging from therapies to prompt or prevent the creation of new blood vessel networks, to reduce inflammation and to combat microbes.
“The ultimate hope is that that localized delivery of regenerative materials may provide significant benefits for a number of pathologies,” he notes.
For example, the team recently developed a class of materials that may be useful against infection. These novel anti-microbial peptides are capable of disrupting dense bacterial colonies and have shown promise against a number of yeasts. Additionally, they promote human cell proliferation and are currently being studied for wound healing. That work was published this summer in the journal ACS Biomaterials Science and Engineering.
Kumar and his lab have created another hydrogel designed to recruit autologous (a person’s own) dental pulp stem cells directly to the disinfected cavity after root canal therapy. The tooth would be regenerated in part by prompting growth of the necessary blood vessels to support the new tissue. Yet another peptide-based therapy, armed with antiangiogenic capabilities, targets diabetic retinopathy, an ocular disease affecting more than 90 million people worldwide. People with the disease form immature blood vessels in the retina, obstructing their vision. The hydrogel can be injected directly into the vitreous gel of the eye, where the peptide interacts with the endothelial in the aberrant blood vessels, causing them to die.
“Conventional biomaterials used in tissue regeneration suffer from a variety of problems with delivery, retention and biocompatibility, which can lead to rejection by the host,” Kumar says. “We’re trying to address these issues with a technology designed to be universal in its application, delivering materials that persist in the tissue and promote their biologic effects for long periods of time.”

Explore further
Mice regrow brain tissue after stroke with bioengineered gel

More information: Biplab Sarkar et al, Membrane-Disrupting Nanofibrous Peptide Hydrogels, ACS Biomaterials Science & Engineering (2019). DOI: 10.1021/acsbiomaterials.9b00967

Paralysed man walks again with brain-controlled exoskeleton

Enabling tetraplegics to move again
A French man paralysed in a night club accident can walk again thanks to a brain-controlled exoskeleton in what scientists said Wednesday was a breakthrough providing hope to tetraplegics seeking to regain movement.
The patient trained for months, harnessing his to control a computer-simulated avatar to perform basic movements before using the robot device to walk.
Doctors who conducted the trial cautioned that the device is years away from being publicly available but stressed that it had “the potential to improve patients’ and autonomy”.
The man involved, identified only as Thibault, a 28-year-old from Lyon, said the technology had given him a new lease of life.
Four years ago that life changed forever when he fell 12 metres (40 feet) from a balcony while on a night out, severing his spinal chord and leaving him paralysed from the shoulders down.
“When you’re in my position, when you can’t do anything with your body… I wanted to do something with my ,” Thibault told AFP.
Training on a avatar system for months to acquire the skills needed to operate the , he said he had to “relearn” natural movements from scratch.
“I can’t go home tomorrow in my exoskeleton, but I’ve got to a point where I can walk. I walk when I want and I stop when I want.”
Cervical spinal cord injury leaves around 20 percent of patients paralysed in all four limbs and is the most severe injury of its kind.
“The brain is still capable of generating commands that would normally move the arms and legs, there’s just nothing to carry them out,” said Alim-Louis Benabid, professor emeritus at Grenoble and lead author of the study published in The Lancet Neurology.
A team of experts from the Hospital of Grenoble Alpes, biomedical firm Cinatech and the CEA research centre stared by implanting two recording devices either side of Thibault’s head, between the brain and the skin.
These read his sensorimotor cortex—the area that controls motor function.
Each decoder transmits the brain signals which are then translated by an algorithm into the movements the patient thought about. It is this system that sends physical commands that the exoskeleton executes.
Thibault used the avatar and video game to think about performing basic physical tasks such as walking, and reaching out to touch objects.
Using the avatar, video game and exoskeleton combined, he was able to cover the length of one and a half football pitches over the course of many sessions.
‘Repaired not augmented man’
Several previous studies have used implants to stimulate muscles in patients’ own bodies, but the Grenoble study is the first to use brain signals to control a robot exoskeleton.
Experts involved in the research say it could potentially lead to brain-controlled wheelchairs for paralysed patients.
“This isn’t about turning man into machine but about responding to a medical problem,” said Benabid.
“We’re talking about ‘repaired man’, not ‘augmented man’.
In a comment piece on the study, Tom Shakespeare from the London School of Hygiene and Tropical Medicine said the exoskeleton system was “a long way from usable clinical possibility.”
But Thibault said the trial offered a “message of hope to people like me.”
“This is possible, even with our handicap.”

Explore further
Pioneering study suggests that an exoskeleton for tetraplegia could be feasible

More information: Alim Louis Benabid et al, An exoskeleton controlled by an epidural wireless brain–machine interface in a tetraplegic patient: a proof-of-concept demonstration, The Lancet Neurology (2019). DOI: 10.1016/S1474-4422(19)30321-7

Adults with intellectual, developmental disabilities ‘invisible’ in national data

People with intellectual and developmental disabilities (IDD) are often “invisible” in national population surveys that collect only the minimum data for disability, according to researchers at The Ohio State University College of Medicine who are looking into the lack of data.
“Inadequate health surveillance of people with intellectual and hampers our understanding of their health status, health determinants and health needs,” said Susan M. Havercamp, associate professor in the Department of Psychiatry and Behavioral Health at Ohio State’s College of Medicine.
Havercamp and Gloria L. Krahn of Oregon State University are the guest editors of a special issue of the journal Intellectual and Developmental Disabilities that explores why timely and is essential to identify health disparities, understand the causes and correlates of disparities and monitor progress in reducing them.
“In 2002, the U.S. Surgeon General’s report, Closing the Gap, highlighted the need for better data on people with intellectual and developmental . This concern persists today,” said Dr. K. Craig Kent, dean of the College of Medicine. “These researchers explain how and policy planning for adults with IDD is imperiled by the lack of ongoing national surveillance data on the prevalence and health status of these individuals, and why this matters.”
The Affordable Care Act of 2010 required establishing minimum data collection standards for disability status as well as for race, ethnicity, sex and primary language in all national population health surveys.
This requirement ensures that these marginalized groups are counted and reported in national data; however, the minimum standards don’t allow for ready identification of persons with IDD within the disability group, said Havercamp, a researcher at The Ohio State University Wexner Medical Center’s Nisonger Center.
Recent changes to two national surveillance systems—National Health Interview Survey and the Survey on Income and Program Participation—eliminated questions that have been used to identify adults with IDD.
“Without specific questions that allow for ready identification of respondents with IDD, this population becomes invisible in the data,” said Havercamp, who is also a member of Ohio State’s Neurological Institute. “Changes to national health surveillance systems provide a challenge and an opportunity.”
Havercamp co-authored three of the nine manuscripts published online in the journal. She also chaired the national surveillance workgroup that recommended four top priority areas and steps to improve health surveillance of adults with IDD. The workgroup encourages federal, state, public and private partners to work together so that adults with IDD will become visible in health data.
“Once adults with IDD are no longer invisible, empirical data will guide publicly funded services and supports that can better meet their needs,” Havercamp said.

Explore further
Study: Individuals with developmental disabilities experience health care disparities

More information: Susan M. Havercamp et al. What Matters in Population Health and How We Count It Among People With Intellectual and Developmental Disabilities, Intellectual and Developmental Disabilities (2019). DOI: 10.1352/1934-9556-57.5.347

Will clampdown on vaping send users back toward cigarettes?

Only two years ago, electronic cigarettes were viewed as a small industry with big potential to improve public health by offering a path to steer millions of smokers away from deadly cigarettes.
That promise led U.S. regulators to take a hands-off approach to e-cigarette makers, including a Silicon Valley startup named Juul Labs, which was being praised for creating “the iPhone of e-cigarettes.”
Today Juul and hundreds of smaller companies are at the center of a political backlash that threatens to sweep e-cigarettes from store shelves nationwide as politicians scramble to address two separate crises tied to vaping: underage use among teenagers and a mysterious and sometimes fatal lung ailment that has affected more than 1,000 people.
New restrictions at the local, state and federal level are poised to wipe out thousands of fruit-, candy- and dessert-flavored vapes that have attracted teens. But experts who study tobacco policy fear the scattershot approach of the clampdown could have damaging, unintended consequences, including driving adults who vape back to cigarette smoking, which remains the nation’s leading preventable cause of death.
“This could take us from potentially the single biggest improvement in public health in the United States toward a public health disaster in which cigarettes continue to be the dominant nicotine product,” said Jonathan Foulds, an addiction researcher and tobacco specialist at Penn State University.
Foulds and many other experts continue to view e-cigarettes as a potential “off-ramp” for smokers, allowing them to continue using nicotine—the addictive chemical in cigarettes—without inhaling all the toxic byproducts of burning tobacco.
But they warn the vaping backlash could do irreparable harm to the public perception of e-cigarettes, while ignoring the riskiest products that are most likely to blame for the recent outbreak.
Federal investigators say that nearly 80 percent of people who have come down with the vaping illness reported using products containing THC, the high-inducing chemical found in marijuana. They have not traced the problem to any single product or ingredient. But investigators are increasingly focused on thickeners and additives found in illegal THC cartridges sold on the black market.
On Friday, the Food and Drug Administration specifically warned the public not to vape THC or purchase any vaping products off the street.
THC vapes are separate from the legal, nicotine-filled e-cigarettes being targeted by President Donald Trump and politicians across the country.
Democratic governors in New York, Michigan, Washington, Rhode Island and Oregon have followed the president’s plan to ban flavored e-cigarettes nationally with their own state-level flavor restrictions. Massachusetts’ Republican governor has gone even further, placing a four-month moratorium on sales of vaping products of any kind.
“The problem here is we have convinced adult America that vaping is as dangerous as smoking—and nothing could be further from the truth,” said Kenneth Warner, professor emeritus at the University of Michigan’s school of public health.
E-cigarettes generally heat a flavored nicotine solution into an inhalable aerosol. There is little research on the long-term effects of inhaling the chemicals in vaping, such as vegetable glycerin. Despite those unknowns, most experts agree e-cigarettes pose a much smaller risk than cigarettes, which cause cancer, lung disease and stroke and account for some 480,000 U.S. deaths each year.
Even before the current uproar over vaping, most adults considered e-cigarettes dangerous. A 2017 government survey found 55 percent of Americans considered e-cigarettes as harmful as regular cigarettes.
And while the flavor bans are likely to curb teen vaping, Warner and others point out that those policies won’t prohibit flavors in traditional tobacco products. That means both teens and adults could wind up switching to deadlier menthol cigarettes or flavored cigars, which come in coffee, raspberry, chocolate and hundreds of other varieties.
WALKING A POLICY TIGHTROPE
The policy debate underscores the challenge of finding the right regulatory scheme for e-cigarettes, products for which there is little high-quality research.
More than 30 countries prohibit vaping products. In contrast, the United Kingdom has fully embraced them as a public health tool, urging doctors to promote them to help smokers quit.
The U.S. FDA has been struggling to find the right approach since it gained authority over e-cigarettes in 2016.
The agency repeatedly delayed its deadline to begin reviewing e-cigarettes, a step that critics say allowed products like Juul to catch on with teenagers. At the same time, e-cigarette companies and proponents say the agency’s new review deadline of next May is too aggressive and will force most companies out of business.
Now the agency is trying to walk a tightrope between keeping e-cigarettes away from teens but preserving them for an estimated 10 million adults who use them, most of whom also smoke.
Further complicating the picture is the fact that no e-cigarette brand has yet been shown to help smokers quit in rigorous studies. But large-scale surveys suggest smokers who use e-cigarettes daily are up to six times more likely to quit than those who don’t use them.
RISK OF SMOKING RELAPSE
The statistics favoring e-cigarettes are bolstered by the experiences of people like Laura Adams, 52, of Battle Creek, Michigan.
A smoker since age 16, Adams was rushed to the hospital in April when a coughing fit left her struggling to breathe. Doctors diagnosed her with chronic obstructive pulmonary disorder, or COPD, and told her she needed to quit cigarettes.
For more than 25 years previously, Adams had smoked clove-flavored cigarettes. When the government banned those in 2009, she switched to flavored cigars.
“I always liked the flavors better than regular tobacco,” Adams said.
After her medical emergency, Adams tried a series of e-cigarettes at a local vape shop before settling on a large, refillable device that allowed her to switch between flavors like blueberry, watermelon and peach.
“As far as I’m concerned, flavored vaping juice saved my life,” Adams said. “It gave me the option of continuing with my nicotine but without destroying my lungs.”
As Michigan stores pull their flavored products to comply with the state ban, Adams has been researching out-of-state suppliers and even do-it-yourself kits for mixing flavors.
But some public health advocates fear less motivated ex-smokers will simply return to cigarettes. Even with the success of Juul, e-cigarettes remain a tiny slice of the U.S. tobacco market, accounting for $8.6 billion in sales compared to $95 billion for cigarettes, according to Euromonitor.
Industry analysts point to early indicators that e-cigarette sales are beginning to flag amid the bans and negative headlines. E-cigarette sales slowed by 11 percent over the four weeks ended Sept. 22, according to retail data tracked by Nielsen.
The trend “could result in improved combustible cigarette” sales “as vapers potentially return” to smoking, Wells Fargo analyst Bonnie Herzog told investors in a recent note.
That’s exactly the opposite of what public health officials have been trying to achieve, noted former FDA Commissioner Scott Gottlieb, who stepped down in April.
As FDA chief, Gottlieb outlined an ambitious anti-smoking plan intended to shift most of the nation’s 34 million smokers away from cigarettes and toward less risky products. The unprecedented plan involved a two-step process: cutting nicotine in traditional cigarettes to make them virtually nonaddictive and then promoting FDA-sanctioned, lower-risk alternatives, such as e-cigarettes.
But the agency has yet to unveil its proposal for cutting nicotine. And a separate proposal to ban menthol cigarettes is still in regulatory limbo.
So as the agency begins sweeping flavored e-cigarettes off the market in coming months, Gottlieb fears smokers may revert to regular cigarettes and cigars, which will still have nicotine levels and flavors designed to addict users.
“This was always a package deal, and it’s become even more critical than ever to advance that entire policy agenda,” he said.
The FDA says it remains committed to Gottlieb’s vision of lower-nicotine cigarettes and less-harmful alternative products. The agency’s regulatory calendar lists this month as the target date to release its proposal for regulating nicotine. But that effort will take years to implement and will almost certainly face lawsuits from tobacco companies.
Meanwhile, it remains unclear which e-cigarettes—if any—will survive the FDA review process set to begin in May.
Under agency standards, only vaping products that represent a net benefit to the nation’s public health are supposed to be permitted. Proving that standard will require companies to submit detailed analysis of their ingredients and population-level estimates of how their products will impact both adult and underage users.
Industry observers say few, if any, of the thousands of vape shops that mix their own custom flavors and solutions will be able to meet the threshold.
“It’s ironic that the vape shops, who really championed e-cigarettes for smoking cessation, are going to be out of business,” said Dr. Neal Benowitz, a nicotine and tobacco researcher at the University of California San Francisco.
That leaves a handful of industry heavyweights such as Juul, which could benefit from billions in research funding from Marlboro-maker Altria, the tobacco company that owns a 35 percent stake in the vaping firm.
But Juul has been besieged by lawsuits and investigations into its alleged role in triggering the explosion of teen vaping. That history could block the company from ever winning FDA approval for its current device, according to former FDA officials.
A THIRD WAY
The uncertainty swirling around vaping could clear the path for another product that is neither a traditional cigarette nor an .
Earlier this year, the FDA authorized the sale of a first-of-a-kind device, IQOS, that heats tobacco without burning it. The approach is designed to mimic the experience of smoking while producing fewer toxic chemicals than paper-and-tobacco cigarettes.
The battery-powered device is getting a preliminary launch this month in Atlanta ahead of a wider rollout. But IQOS’s pedigree underscores the persistence of Big Tobacco companies, even in a world increasingly focused on vaping and other alternative products.
IQOS was developed by Philip Morris International, the global tobacco giant that sells Marlboro cigarettes overseas. It will be sold in the U.S. by the biggest American cigarette maker, Altria, which is also Juul’s biggest investor.

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Walmart to stop selling electronic cigarettes at its stores