optimystic
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Hi people
Given my personal recent finding (based on myself) that decreasing ejaculation frequency over 6 months decreases male pattern baldness, I tried to look up studies that might verify that my finding is more than just placebo.
Unfortunately I found some conflicting data, and none of it is that strong due to:
-Poor reporting and segregation of data e.g. arbitrary seperation of high ejaculation frequency vs. normal ejaculation ferquency into 2 groups
-Poor population choice e.g. including only men >40
-Conflicting data e.g. finding that DHT is reduced with decreased ejaculation frequency however no evidence that decreasing ejaculation has positive effect on male pattern baldness
So as a curious med student (due to receive my MD in a few months) who would like a bit more data on the topic I would like to conduct a prevalence study, even if it is just an unofficial online survey with a result that will be low yield and insignificant anyway.
This is the weakest type of study because even if the data is strong and a solid correlation is found between ejaculation frequency and male pattern baldness, one can not make the assumption that decreasing ejaculation frequency will decrease hair loss from this study. Nor can one refute that statement from the data that will be collected.
At best, we might say there is a correlation between ejaculation frequency and male pattern baldness, but that correlation will be of unknown significance.
Still, it would be interesting to know.
Please answer the poll with as little bias as possible. And only answer if you truly have male pattern baldness.
The control population data for people without male pattern baldness will consider an average ejaculation frequency of 4 times per week (based on reported population studies)
- - - Updated - - -
Note the reason I set the options like this is that when i calculate the results i will use the mean of the option given
E.g. 1-2x per week will be calculated as 1.5x per week
I will calculate the mean and standard deviation of the findings of this survey (which will count as the male pattern baldness group), and post my calculations and results comparing to the non-male pattern baldness group (which will be considered the general population)
Some Limitations of the study:
1) Even if a strong correlation is established, this will NOT establish a causal relationship. It could be that one factor (elevated DHT) causes both increased male pattern baldness and increased masturbation. It could even be that increased male pattern baldness causes increased masturbation.
A strong correlation only ALLOWS THE POSSIBILITY that increased masturbation could cause increased male pattern baldness.
2) In comparing the study group taking the survey (people with male pattern baldness) to the general population's ejaculation frequencies, the assumption is being made that the general population is free of male pattern baldness.
Since it is known that the general population has 20-40% prevalence of male pattern baldness, this will lead to a MORE CONSERVATIVE correlation (if one actually exists).
This is because I could not find statistics of ejaculation frequency among ONLY those WITHOUT male pattern baldness.
I will explain calculations and results with other limitations after I gather the data.
For now just answer the survey if you have male pattern baldness.
Given my personal recent finding (based on myself) that decreasing ejaculation frequency over 6 months decreases male pattern baldness, I tried to look up studies that might verify that my finding is more than just placebo.
Unfortunately I found some conflicting data, and none of it is that strong due to:
-Poor reporting and segregation of data e.g. arbitrary seperation of high ejaculation frequency vs. normal ejaculation ferquency into 2 groups
-Poor population choice e.g. including only men >40
-Conflicting data e.g. finding that DHT is reduced with decreased ejaculation frequency however no evidence that decreasing ejaculation has positive effect on male pattern baldness
So as a curious med student (due to receive my MD in a few months) who would like a bit more data on the topic I would like to conduct a prevalence study, even if it is just an unofficial online survey with a result that will be low yield and insignificant anyway.
This is the weakest type of study because even if the data is strong and a solid correlation is found between ejaculation frequency and male pattern baldness, one can not make the assumption that decreasing ejaculation frequency will decrease hair loss from this study. Nor can one refute that statement from the data that will be collected.
At best, we might say there is a correlation between ejaculation frequency and male pattern baldness, but that correlation will be of unknown significance.
Still, it would be interesting to know.
Please answer the poll with as little bias as possible. And only answer if you truly have male pattern baldness.
The control population data for people without male pattern baldness will consider an average ejaculation frequency of 4 times per week (based on reported population studies)
- - - Updated - - -
Note the reason I set the options like this is that when i calculate the results i will use the mean of the option given
E.g. 1-2x per week will be calculated as 1.5x per week
I will calculate the mean and standard deviation of the findings of this survey (which will count as the male pattern baldness group), and post my calculations and results comparing to the non-male pattern baldness group (which will be considered the general population)
Some Limitations of the study:
1) Even if a strong correlation is established, this will NOT establish a causal relationship. It could be that one factor (elevated DHT) causes both increased male pattern baldness and increased masturbation. It could even be that increased male pattern baldness causes increased masturbation.
A strong correlation only ALLOWS THE POSSIBILITY that increased masturbation could cause increased male pattern baldness.
2) In comparing the study group taking the survey (people with male pattern baldness) to the general population's ejaculation frequencies, the assumption is being made that the general population is free of male pattern baldness.
Since it is known that the general population has 20-40% prevalence of male pattern baldness, this will lead to a MORE CONSERVATIVE correlation (if one actually exists).
This is because I could not find statistics of ejaculation frequency among ONLY those WITHOUT male pattern baldness.
I will explain calculations and results with other limitations after I gather the data.
For now just answer the survey if you have male pattern baldness.