Good to know
Zaczynasz obserwację cyklu? Na pewno masz wiele pytań. W naszym poradniku znajdziesz na nie odpowiedzi. W przystępny sposób wyjaśniamy jak przebiega cykl, kiedy masz owulację i w jaki sposób określić dni płodne w oparciu o metodę obserwacji cyklu.
- How does your cycle progress?
- What hormones affect your cycle?
- How long do the individual phases of the cycle last?
- How does pregnancy occur?
- What does cycle observation entail?
- What is the method of cycle observation based on temperature measurement?
- How can temperature measurement determine fertile and infertile days?
- Can daily BBT measurement indicate irregularities in the cycle?
- How to correctly measure temperature?
- Why might measuring BBT with a traditional thermometer be prone to error?
- What should be done to obtain the most accurate measurement?
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits fertilization by sperm. During intercourse, sperm travel from the vagina to the cervix. With the help of cervical mucus, they move towards the uterus and then through the uterus and entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100-200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this point, the egg cell becomes impermeable to further sperm. After a few hours, the genetic materials of the sperm and egg cell merge, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells, while simultaneously moving towards the uterine cavity. Approximately 5-6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.
During ovulation, the egg cell moves from the ovary to the fallopian tube, where it awaits sperm. During intercourse, sperm enter the cervix from the vagina. Guided by cervical mucus, they travel to the uterus and then through the uterus and the entire fallopian tube. Out of the tens of millions of sperm contained in a single ejaculation, only about 100–200 sperm reach the egg cell. However, only one sperm successfully penetrates the egg cell! At this moment, the egg cell becomes impermeable to further sperm. After several hours, the genetic materials of the sperm and the egg cell combine, forming an embryo with a completely new, unique genotype. The embryo begins to divide, creating more cells while simultaneously moving towards the uterine cavity. Around 5–6 days after fertilization, the embryo implants itself in the uterine cavity, where it will continue to grow and develop.