Sir, you're wrong. Ovulation usually occurs 14 days before the onset of next menstruation. That means, Normal 28-day cycle = ovulation occurs around the 14th day (since 28-14=14); 30-day cycle = ovulation occurs around the *16th day* (since 30-14=16); 40-day cycle = ovulation occurs around the *26th day* (since 40-14=26).
@@arindam000999 Sir, see I've used the word *around* everywhere. So this statistical data is correct. But the information about this given by you is absolutely wrong.
@@arindam000999 Sir, it's *highly variable* in rare (exceptional) cases. But, generally the day a woman's ovulation occurs depends on the length of her cycle. A healthy woman's menstrual cycle may range from 21 days to 35 days. Hence the normal ovulatory day *ranges from day 7 to day 21* . In case of hormonal defect(s) [exceptional cases] the length of menstrual cycle is either less than 21 days or more than 35 days. If it's not day-dependent; then why ovulation period calculator is generally used to calculate the ovulatory day and the fertile days ?
I say it's not day dependant because many physiological and hormonal factors are involved. Theoretically speaking what you say is correct but in practical aspect it is different.
@@arindam000999 Sir, this practical aspect is about the women who have severe hormonal defect(s). Without the presence of any severe hormonal defect, the *high fluctuation* is *impossible* . And in this particular context we generally talk about the physiologically (hence hormonally) healthy women not the women with severe hormonal defect(s). The recent studies (given by you) say about the exceptional cases where the women have *severe* hormonal defects. In case of *women with some minor hormonal defects* [a commonly observed case in *some few countries* e.g. America] it's just variable (i.e. fluctuation is low) not *highly* variable (as you have said earlier).
Sir, you're wrong. Ovulation usually occurs 14 days before the onset of next menstruation. That means,
Normal 28-day cycle = ovulation occurs around the 14th day (since 28-14=14); 30-day cycle = ovulation occurs around the *16th day* (since 30-14=16); 40-day cycle = ovulation occurs around the *26th day* (since 40-14=26).
That is not completely true. Recent studies show it is highly variable and not day dependant instead hormone dependant.
@@arindam000999 Sir, see I've used the word *around* everywhere. So this statistical data is correct. But the information about this given by you is absolutely wrong.
@@arindam000999 Sir, it's *highly variable* in rare (exceptional) cases. But, generally the day a woman's ovulation occurs depends on the length of her cycle. A healthy woman's menstrual cycle may range from 21 days to 35 days. Hence the normal ovulatory day *ranges from day 7 to day 21* . In case of hormonal defect(s) [exceptional cases] the length of menstrual cycle is either less than 21 days or more than 35 days. If it's not day-dependent; then why ovulation period calculator is generally used to calculate the ovulatory day and the fertile days ?
I say it's not day dependant because many physiological and hormonal factors are involved. Theoretically speaking what you say is correct but in practical aspect it is different.
@@arindam000999 Sir, this practical aspect is about the women who have severe hormonal defect(s). Without the presence of any severe hormonal defect, the *high fluctuation* is *impossible* . And in this particular context we generally talk about the physiologically (hence hormonally) healthy women not the women with severe hormonal defect(s). The recent studies (given by you) say about the exceptional cases where the women have *severe* hormonal defects. In case of *women with some minor hormonal defects* [a commonly observed case in *some few countries* e.g. America] it's just variable (i.e. fluctuation is low) not *highly* variable (as you have said earlier).