(English) Melatonin, sleep disturbance and cancer risk
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Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
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Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.
Leider ist diese Seite nur in English.
Read more →(English) Key Points:
– Water pipe smoking raised levels of nicotine, cotinine, tobacco-related carcinogens, and volatile organic compounds, including benzene and acrolein, in young adult users.
– After a single session of water pipe smoking, study volunteers had a 73-fold increase in nicotine, a fourfold increase in cotinine, twofold increase in NNAL, and a 14% to 91% increase in the breakdown products of volatile organic compounds.
– Given the significant intake of nicotine and carcinogens, chronic water pipe use could put users at an increased risk for cancer and other chronic diseases.