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ERS International Congress 2016<br />

DETAILED PROGRAMME<br />

SUNDAY 04 SEPTEMBER, 2016<br />

Track(s) : Sleep Oncology<br />

Tag(s) : Translational<br />

Target audience : Clinician, Nurse, Physiologist, Pulmonologist, Researcher, Resident, Respiratory physician, Scientist, Sleep<br />

specialist/technologist, Trainee<br />

Chairs : Renata L. Riha (Edinburgh, United Kingdom), Maria Bonsignore (Palermo, Italy)<br />

14:45<br />

15:15<br />

15:45<br />

Clinical data<br />

Miguel Ángel Martínez García (Valencia, Spain)<br />

Animal studies<br />

Ramón Farré Ventura (BARCELONA, Spain)<br />

Continuous versus intermittent hypoxia mechanisms in cancer<br />

Silke Ryan (Dublin 14, Ireland)<br />

1455<br />

1456<br />

1457<br />

16:15<br />

Limitations of the current data and clinical perspectives<br />

Patrick Levy (Grenoble, France)<br />

Prince Regent Room Session 236 14:45 - 16:45<br />

Hot topics: Traffic air pollution in urban areas<br />

a continued cause for concern<br />

Aims : The symposium aims to highlight the latest concerns regarding the increasing impact of urban traffic-derived air pollution, notably<br />

particulate matter and diesel exhaust particles (DEP), on human respiratory and cardiovascular health. By the end of the session, delegates<br />

will be aware of the issues that relate to the impact of the source, size fraction, and components of particulate matter on their bioreactivity<br />

and effect on pulmonary and cardiovascular health; how the addition of commercial nanoceria can modulate diesel exhaust particle<br />

physicochemistry and bioreactivity; the mechanisms by which inhaled particulate matter might induce adverse respiratory and<br />

cardiovascular effects; novel data regarding the impact of gasoline-derived particles on normal and diseased human respiratory epithelium;<br />

and novel insights into the role of DEP activation of transient receptor potential (TRP) ion channels in sensory nerve activation and cough.<br />

Track(s) : Epidemiology / Environment<br />

Tag(s) : Translational, Healthy Lungs for Life (HLfL)<br />

Target audience : Allergologist, Allied health professional, Cardiologist, Clinician, Educationalist, Epidemiologist, Fellow, General<br />

practitioner, Immunologist, Junior member, Microbiologist, Nurse, Occupational therapist, Paediatrician, Pathologist, Patient,<br />

Physiologist, Public health official, Pulmonologist, Researcher, Respiratory physician, Scientist, Student, Trainee<br />

Chairs : Terry Tetley (London, United Kingdom), Agnes Boots (Maastricht, Netherlands)<br />

1458<br />

14:45<br />

15:15<br />

15:45<br />

Adverse effects of traffic-derived airborne particulate matter: recent health-related and scientific<br />

evidence<br />

Flemming Cassee (Utrecht, Netherlands)<br />

Respiratory effects of diesel exhaust particles: real-life exposure studies and the moderating effect of<br />

adding ceria in vitro<br />

Junfeng Zhang (Durham, United States of America)<br />

Bioreactivity and fate of nanoparticles deposited at the pulmonary epithelial interface: focus on trafficderived<br />

particulate matter<br />

Marianne Geiser (Bern, Switzerland)<br />

1459<br />

1460<br />

1461<br />

16:15<br />

Novel mechanism of diesel exhaust particle-induced cough: specific activation of transient receptor<br />

potential (TRP) channels in vagal sensory afferent nerves<br />

Maria Gabriela Belvisi (London, United Kingdom)<br />

Room L Session 237 14:45 - 16:45<br />

Symposium: Childhood asthma causation<br />

Is it the air they breathe or the food they eat?<br />

Aims : The aims of this session are to provide up-to-date state-of-the-art summaries of the evidence linking ambient air exposure and<br />

dietary exposures to childhood asthma; some of the underlying mechanisms will also be reviewed. The evidence linking accelerated<br />

growth and childhood obesity to childhood asthma will be summarised, and an overview of developmental programming will be provided.<br />

Finally, how environmental factors could influence the development of asthma via epigenetic mechanisms will be described.<br />

Track(s) : Epidemiology / Environment Paediatric<br />

Tag(s) : Translational, Healthy Lungs for Life (HLfL)<br />

Target audience : Allergologist, Epidemiologist, General practitioner, Paediatrician, Researcher<br />

Chairs : Stephen Turner (Aberdeen, United Kingdom), Franca Rusconi (FIRENZE, Italy)<br />

1462<br />

101 26.08.2016

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