I use a lot of mobile phones, and my brain tumor is looking for me?

In just a few decades, mobile phones have become a device of everyday life, with an estimated 65 billion users worldwide by 202 To enable wireless communication, cell phones emit radio frequency electromagnetic fields (RF-EM.

In just a few decades, mobile phones have become a device of everyday life, with an estimated 65 billion users worldwide by 202 To enable wireless communication, cell phones emit radio frequency electromagnetic fields (RF-EM.

However, there are concerns that RF-EMF exposure below these limits may have adverse biological effects, possibly through mechanisms other than he.

Many studies have investigated the relationship between cell phone use and brain tumors, as the brain is the organ most exposed to radiati.

Many studies have investigated the relationship between cell phone use and brain tumors, as the brain is the organ most exposed to radiati.

As the popularity of mobile phones and the cost of calls have decreased, the use of mobile phones has also increased over ti.

More recently, the ongoing controversy regarding the carcinogenicity of RF-EMF has been driven by 2 large animal bioassays that observed an increase in cardiac schwannom.

In 2013 , researchers reported the results of a large prospective UK study of one million women on the association between self-reported cellular phone use and the risk of various types of brain tumors, this analysis provides an updated additional follow-up , brain There was a 60 percent increase in tumor number, and a new analysis of the tumor's lateral and intra-brain location was perform.

During the period 1996-2001, 3 million women born between 1935-1950 were recruited into the stu.

During the period 1996-2001, 3 million women born between 1935-1950 were recruited into the stu.

The characteristics of the study population and follow-up details are shown in TableAt the 2001 median, 61% (489,769 of 776,156) reported having used a mobile pho.

Compared with users who had never used a cell phone, those who used cell phones regularly drank alcohol, used menopausal hormone therapy more often, exercised more often, and smoked more frequent.

Compared with users who had never used a cell phone, those who used cell phones regularly drank alcohol, used menopausal hormone therapy more often, exercised more often, and smoked more frequent.

Table 2 presents the proportion of women reporting mobile phone use by age at the time of reporting and by calendar ye.

During 14 years of follow-up, 776,156 women completed the 2001 questionnaire and a total of 3,268 brain tumor events were register.

During 14 years of follow-up, 776,156 women completed the 2001 questionnaire and a total of 3,268 brain tumor events were register.

43% (692/1561) of gliomas and 44% (530/1142) of glioblastoma tumors were lateralized (Figure
Almost half (40%; 604 of 1284) glioma cases of known location occurred in the temporal or parietal lobe (43%; 474 of 981 glioblastoma.

The relative risk did not differ statistically in terms of whether the tumor was right- or left-sided (P heterogeneity = 3 for glioma and _P heterogeneity <sub>=
2 for glioblastoma ; Figure 3.

For gliomas and glioblastomas in the temporal and parietal lobes, the relative risk was slightly below 0 ( Figure 3.</sub>

43% (692/1561) of gliomas and 44% (530/1142) of glioblastoma tumors were lateralized (Figure
Almost half (40%; 604 of 1284) glioma cases of known location occurred in the temporal or parietal lobe (43%; 474 of 981 glioblastoma.

The relative risk did not differ statistically in terms of whether the tumor was right- or left-sided (P-heterogeneity in gliomas and _P- heterogeneity _Figure 3 .

For gliomas and glioblastomas in the temporal and parietal lobes, the relative risk was slightly below 0 ( Figure 3 .

Figure 4 shows the association between brain tumors and different subtypes associated with mobile phone use using the 2011 questionnaire as baseli.

Relative risk of talking at least 1 minute per week, 20 minutes or more per week, and using a cell phone for at least 10 years for all groups, although in smaller numbers compared with women who did not use cell phone calls are close to

Figure 4 shows the association between brain tumors and different subtypes associated with mobile phone use using the 2011 questionnaire as baseli.

Relative risk of talking at least 1 minute per week, 20 minutes or more per week, and using a cell phone for at least 10 years for all groups, although in smaller numbers compared with women who did not use cell phone calls are close to

There was no increased relative risk of eye tumors: compared with those who had never used a cell phone in 2001, the relative risk was 99 (95% CI = 76 - 30; 161 cases) for former cell phone users and 78 (95% CI = 76 - 30; 161 cases) for daily users ( 95% CI = 45 to 32; 17 cases) and 99 (95% CI = 71 to 44; 92 cases) for at least 10 years of u.

There was no increased relative risk of eye tumors: compared with those who had never used a cell phone in 2001, the relative risk was 99 (95% CI = 76 - 30; 161 cases) for former cell phone users and 78 (95% CI = 76 - 30; 161 cases) for daily users ( 95% CI = 45 to 32; 17 cases) and 99 (95% CI = 71 to 44; 92 cases) for at least 10 years of u.

In conclusion, in this large prospective study of British women, there is little evidence that mobile phone use increases the risk of developing brain tumors, either overall or by subtype or locati.

The finding supports a growing body of evidence that cell phone use under normal circumstances does not increase the risk of brain tumo.

Future research should specifically target heavy users and pay attention to new features of evolving technologies; therefore, advising cell phone users on how to reduce unnecessary exposure remains a good preventative approa.

An ongoing international prospective cohort study to investigate the adverse health effects of mobile phone use should eventually provide further eviden.

In conclusion, in this large prospective study of British women, there is little evidence that mobile phone use increases the risk of developing brain tumors, either overall or by subtype or locati.

The finding supports a growing body of evidence that cell phone use under normal circumstances does not increase the risk of brain tumo.

Future research should specifically target heavy users and pay attention to new features of evolving technologies; therefore, advising cell phone users on how to reduce unnecessary exposure remains a good preventative approa.

An ongoing international prospective cohort study to investigate the adverse health effects of mobile phone use should eventually provide further eviden.

 

Original source:

Original source:

Schüz J, Pirie K, Reeves GK, Floud S, Beral V; Million Women Study Collaborato.

Cellular Telephone Use and the Risk of Brain Tumors: Update of the UK Million Women Stu.

J Natl Cancer In.

2022 May 9;114(5 ): 704-71 doi: 11093/jnci/djac04 PMID: 35350069; PMCID: PMC908680

Schüz J, Pirie K, Reeves GK, Floud S, Beral V; Million Women Study Collaborato.

Cellular Telephone Use and the Risk of Brain Tumors: Update of the UK Million Women Stu.

J Natl Cancer In.

2022 May 9;114(5 ):704-71 doi: 11093/jnci/djac04 PMID: 35350069; PMCID: PMC908680 Leave a message here