Description
New IQOS ILUMA Prime in Dubai
IQOS Iluma Prime is a new innovation that was created to offer smokers an alternative to traditional tobacco. This new heating tobacco with induction technology promises to provide smokers with a more effective and cleaner substitute. The idea is that induction heating will provide a cleaner and safer experience.
With a new structure without blades, there‘s no need to worry about blade damage, and there’s no need for worrisome cleaning after use. The kit can be used two times continuously.
It also has an auto-start function that automatically starts heating. IQOS Iluma Prime Purple is designed for use with Smart Core Stick ™ only. Don’t use IQOS Iluma and Smart Core Stick ™ with traditional IQOS devices (IQOS 3 Duo and earlier models) and their dedicated tobacco sticks. This can damage the device.
IQOS ILUMA PRIME IQOS ILUMA PRIME IQOS ILUMA PRIME IQOS ILUMA PRIME
Note :
IQOS ILUMA Prime is designed to be used exclusively with TEREA Japan sticks.
Do not use IQOS ILUMA Prime and TEREA Japan sticks with previous generations of IQOS, as this can damage your device.
What is IQOS Iluma prime?
IQOS Iluma is the brand’s first tobacco heating system to use induction heating technology, which uses no heating element and does not require cleaning.
The latest generation of IQOS is the ILUMA. The IQOS ILUMA uses induction to heat the tobacco and was launched in Japan in 2021.
Introduction: Emerging heated tobacco products (HTPs) were designed to reduce exposure to toxicants from cigarette smoke (CS) by avoiding burning tobacco and instead heating tobacco.
We studied the effects of short-term inhalation of aerosols emitted from HTP called IQOS, on lung damage and immune-cell recruitment to the lungs in mice.
Methods: Numerous markers of lung damage and inflammation including albumin and lung immune-cell infiltrates, proinflammatory cytokines, and chemokines were quantified in lungs and bronchoalveolar (BAL) fluid from IQOS, CS, or air-exposed (negative control) mice.
Results: Importantly, as a surrogate marker of lung epithelial-cell damage, we detected significantly increased levels of albumin in the BAL fluid of both HTP- and CS-exposed mice compared with negative controls.
Total numbers of leukocytes infiltrating the lungs were equivalent following both IQOS aerosols and CS inhalation and significantly increased compared with air-exposed controls.
We also observed significantly increased numbers of CD4+IL-17A+ T cells, a marker of a T-cell immune response, in both groups compared with air controls; however,
numbers were the highest following CS exposure. Finally, the numbers of CD4+RORγt+ T cells, an inflammatory T-cell subtype expressing the transcription factor that is essential for promoting differentiation into proinflammatory
Th17 cells, were significantly augmented in both groups compared with air-exposed controls. Levels of several cytokines in BAL were significantly elevated, reflecting a proinflammatory milieu.
Reviews
There are no reviews yet.