How do women’s ovulation temperature be accurate?

How to measure body temperature during ovulation? I believe that female friends are not unfamiliar, because everyone must have measured during pregnancy, but how to measure, how to measure can be more accurate, what is the regularity of body temperature during ovulation, which requires everyone to have a certain recognition of basal body temperature Know that you have a certain skill and method to measure it, you can get twice the result with half the effort in actual use! The method of measuring the basal body temperature is: After waking up every morning, the bed is not ok, and it is best to measure the body temperature with the mouth table at the same time. Under normal circumstances, the body temperature is always around 36.5 before ovulation. The body temperature drops slightly during ovulation. After ovulation, it rises to about 37 degrees, an average increase of about 0.5 degrees, until the next menstrual cramps, and then return to the original body temperature level. If the basal body temperature of three menstrual cycles is continuously measured, a more accurate ovulation date can be inferred. In addition, the body temperature measured every day is recorded on the form, and the change in body temperature is observed at any time. Normally, the secretion of cervical mucus only receives the cyclical effects of ovarian hormones. After the menstrual period, the ovarian secretion of estrogen is the lowest. At this time, the cervical mucus is less viscous, contains less nutrients, and has a large number of white blood cells. In the early stage of ovulation, the level of estrogen in the body is increased, the cervical mucus becomes very thin, clear and transparent like egg white, and the amount is also increased, which contains nutrients such as sugar, vitamins and salts. It can supply the energy needed by the sperm, maintain the sperm’s activity, and help the sperm to move on. At the end of ovulation, the effect of progesterone on the cervical mucus becomes viscous, nutrients are reduced, and it is not easy to pass sperm. Therefore, when ovulating, sperm is most likely to pass through the cervix, and it is difficult to pass sperm at other times. The role of basal body temperature 1 to determine whether ovulation guides the general basal body temperature of the follicular phase is 36.5 ° C, the luteal phase rises above 0.5 ° C, thus the appearance of biphasic, indicating ovulation, if the single-phase type has no late rise in body temperature curve, suggesting no Ovulation, the accuracy rate is 70% to 80%. If within 24 hours, the body temperature increases by 0.3 to 0. 6 ° C, or even higher, then indicates that it is in the state of ovulation. In addition, the basal body temperature can also roughly see the quality of the discharged eggs. If the basal body temperature is high and the temperature can last for 13 to 14 days, then the egg quality is good. 2 Diagnosing early pregnancy and judging early pregnancy. If you have a higher basal body temperature for more than two weeks, you should consider going to the hospital for examination because you may be pregnant. If ≥ 20 days can be determined as early pregnancy. In the early pregnancy, the BBT curve gradually decreased, indicating that the luteal function is insufficient or the placenta is dysfunctional, and there is a tendency to miscarriage. 3 Observation of corpus luteum function BBT should rise immediately after ovulation, and continue at a high level ≥ 11 days. If BBT rises stepwise, the curve will reach a high level after 3 days or BBT will rise steadily <11 days, which can be diagnosed as 1uteal phase defeot (LPD). 4 suggest that other lesions during the menstrual period BBT does not decrease, there may be endometriosis or early subclinical abortion, endometriosis lesions will produce absorption of heat after bleeding. When the BBT of the primary amenorrhea is biphasic, uterine amenorrhea should be considered, such as congenital absence of uterus or genital tuberculosis to destroy the endometrium. 5 To estimate the appropriate time of endometrial biopsy irregular patients, to understand the endometrial secretion and luteal function, should be estimated after the BBT rise next 2 to 3 days before the menstrual cramps for endometrial biopsy. The principle of basal body temperature edits the basal body temperature of normal women of childbearing age as the menstrual cycle, which changes periodically. This body temperature change is related to ovulation. The menstrual cycle of women begins with the first day of menstruation. The length of the cycle varies from person to person, ranging from 21 to 35 days, with an average of about 28 days, which is separated by ovulation day and divided into ovulation. The follicular phase, and the luteal phase after ovulation. The length of the follicular phase is not necessarily the same, but the luteal phase is fixed at about 14 days for up to two days. The next day after ovulation, due to the formation of the corpus luteum of the ovary, the secretion of progesterone will increase the body temperature by about 0.6 degrees Celsius, and the body temperature will show a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. About 6 degrees, and the body temperature shows a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. About 6 degrees, and the body temperature shows a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. On the 11th, it can be diagnosed as 1uteal phase defeot (LPD). 4 suggest that other lesions during the menstrual period BBT does not decrease, there may be endometriosis or early subclinical abortion, endometriosis lesions will produce absorption of heat after bleeding. When the BBT of the primary amenorrhea is biphasic, uterine amenorrhea should be considered, such as congenital absence of uterus or genital tuberculosis to destroy the endometrium. 5 To estimate the appropriate time of endometrial biopsy irregular patients, to understand the endometrial secretion and luteal function, should be estimated after the BBT rise next 2 to 3 days before the menstrual cramps for endometrial biopsy. The principle of basal body temperature edits the basal body temperature of normal women of childbearing age as the menstrual cycle, which changes periodically. This body temperature change is related to ovulation. The menstrual cycle of women begins with the first day of menstruation. The length of the cycle varies from person to person, ranging from 21 to 35 days, with an average of about 28 days, which is separated by ovulation day and divided into ovulation. The follicular phase, and the luteal phase after ovulation. The length of the follicular phase is not necessarily the same, but the luteal phase is fixed at about 14 days for up to two days. The next day after ovulation, due to the formation of the corpus luteum of the ovary, the secretion of progesterone will increase the body temperature by about 0.6 degrees Celsius, and the body temperature will show a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. On the 11th, it can be diagnosed as 1uteal phase defeot (LPD). 4 suggest that other lesions during the menstrual period BBT does not decrease, there may be endometriosis or early subclinical abortion, endometriosis lesions will produce absorption of heat after bleeding. When the BBT of the primary amenorrhea is biphasic, uterine amenorrhea should be considered, such as congenital absence of uterus or genital tuberculosis to destroy the endometrium. 5 To estimate the appropriate time of endometrial biopsy irregular patients, to understand the endometrial secretion and luteal function, should be estimated after the BBT rise next 2 to 3 days before the menstrual cramps for endometrial biopsy. The principle of basal body temperature edits the basal body temperature of normal women of childbearing age as the menstrual cycle, which changes periodically. This body temperature change is related to ovulation. The menstrual cycle of women begins with the first day of menstruation. The length of the cycle varies from person to person, ranging from 21 to 35 days, with an average of about 28 days, which is separated by ovulation day and divided into ovulation. The follicular phase, and the luteal phase after ovulation. The length of the follicular phase is not necessarily the same, but the luteal phase is fixed at about 14 days for up to two days. The next day after ovulation, due to the formation of the corpus luteum of the ovary, the secretion of progesterone will increase the body temperature by about 0.6 degrees Celsius, and the body temperature will show a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. About 6 degrees, and the body temperature shows a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. About 6 degrees, and the body temperature shows a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. About 6 degrees, and the body temperature shows a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low. About 6 degrees, and the body temperature shows a high and low two-phase change. The high temperature period lasts approximately 12-16 days (average 14 days). 1, if there is no pregnancy, the corpus luteum atrophy stops the secretion of progesterone, body temperature drops, back to the basic line, menstrual cramps. 2, if it is already pregnant, because the corpus luteum is supported by embryonic chorionic gonadotropin (hCG), it is converted into the corpus luteum of pregnancy, and the progesterone is continued to be secreted, and the body temperature continues to be high. 3. If the ovary is dysfunctional, there is no ovulation and no corpus luteum formation, and the body temperature will continue to be low.