Gynecological Anatomy & Physiology
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The document discusses pubertal development and secondary sex characteristics in males and females. It provides details on the stages of puberty, role of hormones, and order of development of characteristics. It also provides an in-depth summary of the male and female reproductive systems including external and internal structures, their functions, blood supply, and hormone regulation.
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The document summarizes the development, functions, and abnormalities of the placenta. It discusses how the placenta develops from implantation through formation of chorionic villi and circulation. It describes the placenta's main functions of transferring nutrients and waste between mother and fetus, as well as endocrine and barrier functions. It also covers placental hormones, mechanisms of substance transfer, and diagnostic uses and immunological role of the placenta.
Placenta Structure
The placenta is a fetomaternal organ with fetal and maternal components that functions as the transport system between mother and fetus. It develops from the chorionic sac and endometrium in early pregnancy. The chorionic villi develop and branch out to form the fetal portion of the placenta, while the decidua basalis forms the maternal portion. By the end of the fourth month, the placenta has grown rapidly and replaced most of the decidua basalis. A full-term placenta is disc-shaped and 500-600g in weight, with 15-20 cotyledons on the maternal side where remnants of the decidua attach.
Placental function
The placenta functions to transfer nutrients and waste between the mother and fetus through respiratory, excretory, and nutritive processes. It produces hormones like human chorionic gonadotropin (hCG), human chorionic somatomammotropin (hCS), estrogen, and progesterone that are crucial to maintaining the pregnancy. The placenta, fetus, and maternal systems form an integrated unit where hormones are transferred between compartments to regulate processes of pregnancy and fetal development.
Placenta & Amnion (General Embryology)
The document discusses the development of various fetal membranes over 13 days, including the formation of the chorion, amnion, chorionic villi, and placenta. It notes that the chorion forms by day 12 from extra-embryonic mesoderm and contains syncytiotrophoblast and cytotrophoblast layers. The amnion forms as a cavity lined by amnioblasts and epiblast cells by day 8. The placenta develops from chorionic villi that invade the decidua basalis and form the intervillous spaces filled with maternal blood. Exchange of gases, nutrients and waste occurs across the placental barrier layers.
Placenta
The document discusses sampling and definitions of placental lesions. It provides information on the structure, development, and histology of the placenta, umbilical cord, membranes, and decidua. It notes that pathologic processes interfering with placental function can result in fetal abnormalities or stillbirth, and some long-term disabilities can be traced to prenatal injury. A systematic review found placental, cord, or membrane pathology contributed to 11-65% of stillbirths depending on the classification used.
Implantation , embryology_and_placental_development
Implantation of the blastocyst in the uterine lining leads to formation of the placenta and fetal membranes. The ovarian cycle results in follicular development and ovulation. The decidua forms from secretory endometrium under the influence of estrogen and progesterone. Implantation involves apposition, adhesion and invasion of the trophoblast into the decidua. The placenta develops from chorionic villi and undergoes remodeling of the maternal spiral arteries to establish maternal blood flow to the intervillous space. The fetal membranes, including the amnion and chorion, develop and enclose the developing embryo.
Fertilization
Steps of fertilization, where transport of gametes(oocyte and spermatozoon) , illustrated with images.
Differences in characteristics of egg and sperm of fertilization are tabulated.
Capacitation and acrosomal reaction are shown with diagrams to understand.
Barriers protecting female gamete shown with images.
Flowchart has been drawn to show the phases of fertilization and response of egg after entry of the sperm with explanation.
The result of fertilization is highlighted .
Ends
Placenta
The placenta develops in the uterus during pregnancy and provides oxygen and nutrients to the growing fetus while removing waste products. It attaches to the uterine wall and the umbilical cord arises from the placenta. The placenta develops from the chorionic villi on the fetal side and the decidua basalis on the maternal side. It grows rapidly and eventually replaces most of the decidua basalis. At term, the placenta is a circular disc that is the site of maternal-fetal transfer of oxygen, carbon dioxide, nutrients, waste and various proteins and hormones essential to the development and survival of the fetus.
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The document summarizes the development, functions, and abnormalities of the placenta. It discusses how the placenta develops from implantation through formation of chorionic villi and circulation. It describes the placenta's main functions of transferring nutrients and waste between mother and fetus, as well as endocrine and barrier functions. It also covers placental hormones, mechanisms of substance transfer, and diagnostic uses and immunological role of the placenta.
Placenta Structure
The placenta is a fetomaternal organ with fetal and maternal components that functions as the transport system between mother and fetus. It develops from the chorionic sac and endometrium in early pregnancy. The chorionic villi develop and branch out to form the fetal portion of the placenta, while the decidua basalis forms the maternal portion. By the end of the fourth month, the placenta has grown rapidly and replaced most of the decidua basalis. A full-term placenta is disc-shaped and 500-600g in weight, with 15-20 cotyledons on the maternal side where remnants of the decidua attach.
Placental function
The placenta functions to transfer nutrients and waste between the mother and fetus through respiratory, excretory, and nutritive processes. It produces hormones like human chorionic gonadotropin (hCG), human chorionic somatomammotropin (hCS), estrogen, and progesterone that are crucial to maintaining the pregnancy. The placenta, fetus, and maternal systems form an integrated unit where hormones are transferred between compartments to regulate processes of pregnancy and fetal development.
Placenta & Amnion (General Embryology)
The document discusses the development of various fetal membranes over 13 days, including the formation of the chorion, amnion, chorionic villi, and placenta. It notes that the chorion forms by day 12 from extra-embryonic mesoderm and contains syncytiotrophoblast and cytotrophoblast layers. The amnion forms as a cavity lined by amnioblasts and epiblast cells by day 8. The placenta develops from chorionic villi that invade the decidua basalis and form the intervillous spaces filled with maternal blood. Exchange of gases, nutrients and waste occurs across the placental barrier layers.
Placenta
The document discusses sampling and definitions of placental lesions. It provides information on the structure, development, and histology of the placenta, umbilical cord, membranes, and decidua. It notes that pathologic processes interfering with placental function can result in fetal abnormalities or stillbirth, and some long-term disabilities can be traced to prenatal injury. A systematic review found placental, cord, or membrane pathology contributed to 11-65% of stillbirths depending on the classification used.
Implantation , embryology_and_placental_development
Implantation of the blastocyst in the uterine lining leads to formation of the placenta and fetal membranes. The ovarian cycle results in follicular development and ovulation. The decidua forms from secretory endometrium under the influence of estrogen and progesterone. Implantation involves apposition, adhesion and invasion of the trophoblast into the decidua. The placenta develops from chorionic villi and undergoes remodeling of the maternal spiral arteries to establish maternal blood flow to the intervillous space. The fetal membranes, including the amnion and chorion, develop and enclose the developing embryo.
Fertilization
Steps of fertilization, where transport of gametes(oocyte and spermatozoon) , illustrated with images.
Differences in characteristics of egg and sperm of fertilization are tabulated.
Capacitation and acrosomal reaction are shown with diagrams to understand.
Barriers protecting female gamete shown with images.
Flowchart has been drawn to show the phases of fertilization and response of egg after entry of the sperm with explanation.
The result of fertilization is highlighted .
Ends
Placenta
The placenta develops in the uterus during pregnancy and provides oxygen and nutrients to the growing fetus while removing waste products. It attaches to the uterine wall and the umbilical cord arises from the placenta. The placenta develops from the chorionic villi on the fetal side and the decidua basalis on the maternal side. It grows rapidly and eventually replaces most of the decidua basalis. At term, the placenta is a circular disc that is the site of maternal-fetal transfer of oxygen, carbon dioxide, nutrients, waste and various proteins and hormones essential to the development and survival of the fetus.
Introduction to anatomy and physiology of the female reproductive system
Female reproductive system (summary of the external and internal structures). A reference lecture note for nursing students and graduate nurses in clinical practice.
Female reproductive system
This document provides an overview of the major organs of the female reproductive system, including their functions and histology. It describes the ovaries, uterine tubes, uterus, vagina, vulva, and mammary glands. For each organ, it outlines their structure, layers, role in reproduction and production of hormones or other substances. The summary focuses on providing a high-level understanding of the key components and processes of the female reproductive system.
Female reproductive system presentation
The female reproductive system consists of internal and external organs that work together to produce eggs, facilitate fertilization and pregnancy, and nourish infants. The internal organs include the uterus, ovaries, fallopian tubes, and vagina. The ovaries produce eggs and hormones, the fallopian tubes transport eggs to the uterus, and the uterus houses and nourishes an embryo. The external genitalia include the vagina and breasts. The vagina receives sperm and acts as the birth canal, while the breasts produce milk to nourish newborns.
Placental circulation
The placenta facilitates nutrient and gas exchange between the mother and fetus through two circulatory systems - the utero-placental and fetoplacental circulations. In the utero-placental circulation, maternal blood enters the intervillous space of the placenta from spiral arteries and flows through the chorionic villi where exchange with fetal circulation occurs. The fetoplacental circulation consists of fetal blood flowing from the umbilical arteries into chorionic villi and exchanging with maternal blood before draining into the umbilical vein. A thin placental barrier separates the maternal and fetal blood, allowing for gas and nutrient transfer while preventing mixing of blood.
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The female reproductive system produces eggs and sex hormones, supports embryo development, and enables childbirth. Major organs include the ovaries, fallopian tubes, uterus, cervix, and vagina. The ovaries produce eggs and hormones. The fallopian tubes catch eggs and allow fertilization. The uterus thickens its lining each month to potentially support a pregnancy. During birth, the cervix dilates to allow the baby to pass through the vagina.
Female reproductive system
Female reproductive system
By Prof. Dr. R. R. Deshpande
• This PPT has following Imp Contents
• Description of Organs of Female Reproductive System –Vagina,Cervix ,Uterus ,Fallopian Tubes ,Ovary ,
• Menstruation –Slide 54 to 66
• Visit – www.ayurvedicfriend.com
Phone – 922 68 10 630
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female reproductive organ, gross anatomy of uterus, its parts,position, internal structure, its attachments, supports of uterus, blood supply and lymphatic drainage.
Historical and contemperary perspectives
Midwifery has existed for thousands of years, with archaeological evidence dating back to 5000 BC. Several important historical figures contributed to the development of midwifery as a profession, including Hippocrates in the 5th century BC who organized training for midwives, and Soranus in the 2nd century AD whose book on obstetrics and gynecology was used for 1500 years. Over subsequent centuries, innovations such as the use of forceps in childbirth in the 17th century and the introduction of anesthesia in the 19th century helped establish midwifery as a modern medical profession.
Placenta
The placenta is a temporary organ that connects the developing fetus to the uterine wall to allow nutrient, waste, and gas exchange. It has fetal and maternal components, and the umbilical cord transports substances between the mother and fetus. The placenta is typically disc-shaped, 15-20 cm in diameter, and located in the upper uterine segment. It facilitates respiratory, nutritive, excretory, and barrier functions between the mother and fetus. Abnormalities can include irregular shapes, sizes, positions, and adhesions that may impact development or require medical intervention.
Functions of placenta
respiratory function
nutritive function
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Female rprdctive
The female reproductive system includes external genitalia like the vulva, clitoris, and vaginal opening. Internally it contains the vagina, cervix, uterus, fallopian tubes, and ovaries. The vagina extends from the vulva to the uterus. The uterus contains the cervix below and connects to the fallopian tubes and ovaries. The ovaries produce eggs and are located adjacent to the pelvic wall.
Structure and Function of Placenta
The document provides information about the placenta, including its definition, characteristics, development, structure, functions, and conclusions. It defines the placenta as the structure developed in the pregnant uterus through which the fetus derives nutrition and establishes a connection between the mother and fetus via the umbilical cord. Key points covered include that the placenta is discoid, hemochorial and deciduate in nature. It develops from 6-12 weeks of gestation from the chorion frondosum and decidua basalis. At term, it is circular, 15-20cm in diameter, and weighs about 500g. Its functions include the transfer of nutrients and oxygen to the fetus, excretion of fetal waste
006 management of the third stage of labor
The third stage of labor involves the period from delivery of the baby to delivery of the placenta. It normally takes 5-10 minutes and is divided into four phases: latent phase, contraction phase, detachment phase, and expulsion phase. The major risk is postpartum hemorrhage. Active management, including a uterotonic drug before delivery of the placenta and controlled cord traction, reduces blood loss and risk of retained placenta compared to expectant management. Complete placental separation is confirmed when the cord stops pulsing and cannot be pulled into the uterus.
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This document summarizes the internal female genitalia, including the ovaries, fallopian tubes, uterus, cervix, and upper part of the vagina. It describes the location, structure, blood supply, functions, and common disorders of each organ. The ovaries produce eggs and sex hormones. The fallopian tubes receive eggs from the ovaries, provide a site for fertilization, and transport fertilized eggs to the uterus. The uterus receives and nourishes a fertilized egg. The cervix connects the uterus to the vagina, which acts as a birth canal. Common disorders like ovarian cysts, ovarian cancer, and ectopic pregnancies are also discussed.
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The placenta is a temporary organ that develops in the uterus during pregnancy. It provides oxygen and nutrients to the growing baby and removes waste products from the baby's blood. The placenta can develop in different areas of the uterus and begins forming early in pregnancy. The placenta grows throughout pregnancy as the maternal and fetal blood supplies develop. Potential placental pathologies include placenta accreta, placenta previa, and placental abruption.
Anatomy physiology of female reproductive system
The document summarizes the anatomy and physiology of the female reproductive system. It describes the external structures including the vulva, labia majora, labia minora, clitoris, and vestibule. It then discusses the internal structures such as the vagina, uterus, fallopian tubes, and ovaries. It explains the functions of these organs and how they work together in menstruation, pregnancy, childbirth, and sexual reproduction. The document also briefly outlines the structures that provide support to the reproductive system, including the bony pelvis, sacrum, and coccyx.
Process of conception
The document discusses the processes involved in conception, including gametogenesis, ovulation, copulation, fertilization, and implantation. It describes the formation of male and female gametes, ovulation and release of the ovum, fertilization occurring in the fallopian tubes, and cleavage and blastocyst formation. It then discusses implantation of the blastocyst in the uterine lining, formation of the decidua, and differentiation of the trophoblast and inner cell mass.
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The document describes and lists the key external female genital parts, including the mons pubis, labia majora, labia minora, clitoris, urethra, Bartholin's glands, and fourchette. It provides details on the location and function of each part, such as the mons pubis protecting the pubic bone, the labia majora and minora surrounding the vaginal opening, the clitoris being the primary source of sexual pleasure, and Bartholin's glands secreting fluid during arousal. The document also briefly mentions the blood supply and lymphatic drainage of the external genitalia.
Gynecological Anatomy & Physiology
The document discusses gynecological anatomy and physiology, including:
1. Pubertal development and secondary sex characteristics in males and females.
2. The external and internal structures of the female reproductive system, including the ovaries, fallopian tubes, uterus, vagina, and their functions.
3. The external and internal structures of the male reproductive system, including the penis, scrotum, testes, epididymis, vas deferens, seminal vesicles, prostate gland, and their functions in spermatogenesis and semen production.
Anatomy of female genital tract
The female genital tract includes external genitalia like the labia majora and minora, clitoris, and vaginal opening. Internal organs are the vagina, uterus, fallopian tubes, and ovaries. The vagina is a fibromuscular tube that provides a birth canal. The uterus is a hollow muscular organ located in the pelvis. The fallopian tubes connect the ovaries to the uterus. The ovaries contain follicles that release eggs and produce hormones.
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The female reproductive system consists of internal and external organs that work together to produce eggs, facilitate fertilization and pregnancy, and nourish infants. The internal organs include the uterus, ovaries, fallopian tubes, and vagina. The ovaries produce eggs and hormones, the fallopian tubes transport eggs to the uterus, and the uterus houses and nourishes an embryo. The external genitalia include the vagina and breasts. The vagina receives sperm and acts as the birth canal, while the breasts produce milk to nourish newborns.
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The placenta facilitates nutrient and gas exchange between the mother and fetus through two circulatory systems - the utero-placental and fetoplacental circulations. In the utero-placental circulation, maternal blood enters the intervillous space of the placenta from spiral arteries and flows through the chorionic villi where exchange with fetal circulation occurs. The fetoplacental circulation consists of fetal blood flowing from the umbilical arteries into chorionic villi and exchanging with maternal blood before draining into the umbilical vein. A thin placental barrier separates the maternal and fetal blood, allowing for gas and nutrient transfer while preventing mixing of blood.
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The female reproductive system produces eggs and sex hormones, supports embryo development, and enables childbirth. Major organs include the ovaries, fallopian tubes, uterus, cervix, and vagina. The ovaries produce eggs and hormones. The fallopian tubes catch eggs and allow fertilization. The uterus thickens its lining each month to potentially support a pregnancy. During birth, the cervix dilates to allow the baby to pass through the vagina.
Female reproductive system
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By Prof. Dr. R. R. Deshpande
• This PPT has following Imp Contents
• Description of Organs of Female Reproductive System –Vagina,Cervix ,Uterus ,Fallopian Tubes ,Ovary ,
• Menstruation –Slide 54 to 66
• Visit – www.ayurvedicfriend.com
Phone – 922 68 10 630
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to know more about the human placenta and its anomalies with photos and video to illustrate more and more about this temporary organ
UTERUS.pptx
female reproductive organ, gross anatomy of uterus, its parts,position, internal structure, its attachments, supports of uterus, blood supply and lymphatic drainage.
Historical and contemperary perspectives
Midwifery has existed for thousands of years, with archaeological evidence dating back to 5000 BC. Several important historical figures contributed to the development of midwifery as a profession, including Hippocrates in the 5th century BC who organized training for midwives, and Soranus in the 2nd century AD whose book on obstetrics and gynecology was used for 1500 years. Over subsequent centuries, innovations such as the use of forceps in childbirth in the 17th century and the introduction of anesthesia in the 19th century helped establish midwifery as a modern medical profession.
Placenta
The placenta is a temporary organ that connects the developing fetus to the uterine wall to allow nutrient, waste, and gas exchange. It has fetal and maternal components, and the umbilical cord transports substances between the mother and fetus. The placenta is typically disc-shaped, 15-20 cm in diameter, and located in the upper uterine segment. It facilitates respiratory, nutritive, excretory, and barrier functions between the mother and fetus. Abnormalities can include irregular shapes, sizes, positions, and adhesions that may impact development or require medical intervention.
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respiratory function
nutritive function
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The female reproductive system includes external genitalia like the vulva, clitoris, and vaginal opening. Internally it contains the vagina, cervix, uterus, fallopian tubes, and ovaries. The vagina extends from the vulva to the uterus. The uterus contains the cervix below and connects to the fallopian tubes and ovaries. The ovaries produce eggs and are located adjacent to the pelvic wall.
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The document provides information about the placenta, including its definition, characteristics, development, structure, functions, and conclusions. It defines the placenta as the structure developed in the pregnant uterus through which the fetus derives nutrition and establishes a connection between the mother and fetus via the umbilical cord. Key points covered include that the placenta is discoid, hemochorial and deciduate in nature. It develops from 6-12 weeks of gestation from the chorion frondosum and decidua basalis. At term, it is circular, 15-20cm in diameter, and weighs about 500g. Its functions include the transfer of nutrients and oxygen to the fetus, excretion of fetal waste
006 management of the third stage of labor
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This document summarizes the internal female genitalia, including the ovaries, fallopian tubes, uterus, cervix, and upper part of the vagina. It describes the location, structure, blood supply, functions, and common disorders of each organ. The ovaries produce eggs and sex hormones. The fallopian tubes receive eggs from the ovaries, provide a site for fertilization, and transport fertilized eggs to the uterus. The uterus receives and nourishes a fertilized egg. The cervix connects the uterus to the vagina, which acts as a birth canal. Common disorders like ovarian cysts, ovarian cancer, and ectopic pregnancies are also discussed.
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The placenta is a temporary organ that develops in the uterus during pregnancy. It provides oxygen and nutrients to the growing baby and removes waste products from the baby's blood. The placenta can develop in different areas of the uterus and begins forming early in pregnancy. The placenta grows throughout pregnancy as the maternal and fetal blood supplies develop. Potential placental pathologies include placenta accreta, placenta previa, and placental abruption.
Anatomy physiology of female reproductive system
The document summarizes the anatomy and physiology of the female reproductive system. It describes the external structures including the vulva, labia majora, labia minora, clitoris, and vestibule. It then discusses the internal structures such as the vagina, uterus, fallopian tubes, and ovaries. It explains the functions of these organs and how they work together in menstruation, pregnancy, childbirth, and sexual reproduction. The document also briefly outlines the structures that provide support to the reproductive system, including the bony pelvis, sacrum, and coccyx.
Process of conception
The document discusses the processes involved in conception, including gametogenesis, ovulation, copulation, fertilization, and implantation. It describes the formation of male and female gametes, ovulation and release of the ovum, fertilization occurring in the fallopian tubes, and cleavage and blastocyst formation. It then discusses implantation of the blastocyst in the uterine lining, formation of the decidua, and differentiation of the trophoblast and inner cell mass.
External genitalia -parts
The document describes and lists the key external female genital parts, including the mons pubis, labia majora, labia minora, clitoris, urethra, Bartholin's glands, and fourchette. It provides details on the location and function of each part, such as the mons pubis protecting the pubic bone, the labia majora and minora surrounding the vaginal opening, the clitoris being the primary source of sexual pleasure, and Bartholin's glands secreting fluid during arousal. The document also briefly mentions the blood supply and lymphatic drainage of the external genitalia.
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The document discusses gynecological anatomy and physiology, including:
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2. The external and internal structures of the female reproductive system, including the ovaries, fallopian tubes, uterus, vagina, and their functions.
3. The external and internal structures of the male reproductive system, including the penis, scrotum, testes, epididymis, vas deferens, seminal vesicles, prostate gland, and their functions in spermatogenesis and semen production.
Anatomy of female genital tract
The female genital tract includes external genitalia like the labia majora and minora, clitoris, and vaginal opening. Internal organs are the vagina, uterus, fallopian tubes, and ovaries. The vagina is a fibromuscular tube that provides a birth canal. The uterus is a hollow muscular organ located in the pelvis. The fallopian tubes connect the ovaries to the uterus. The ovaries contain follicles that release eggs and produce hormones.
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The document summarizes the major organs of the female reproductive system. It describes how the ovaries produce eggs and hormones, the fallopian tubes catch eggs and transport them to the uterus, the uterus provides a protective environment for embryo implantation and fetal development, and the vagina is the birth canal. The cervix acts as a passageway during birth and the endometrial lining thickens each month to potentially support implantation of a fertilized egg.
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The document describes the male and female reproductive systems. The male reproductive organs include internal testicles that produce sperm and external organs like the penis and scrotum. Sperm travel from the testicles through the vas deferens and urethra. The female reproductive organs are mostly internal and include ovaries that produce eggs, a uterus for pregnancy, fallopian tubes, and an external vagina.
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The document discusses the development of the uterus and embryo. It describes the three layers of the uterus (endometrium, myometrium, and perimetrium) and how the endometrium changes throughout the menstrual cycle. It then discusses embryonic development from implantation through the third week, including formation of the bilaminar germ disc, extraembryonic tissues, and initiation of gastrulation with formation of the three germ layers.
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This document summarizes a presentation on diabetes and pregnancy. It discusses gestational diabetes, including risk factors and challenges. It summarizes findings from the HAPO study on associations between maternal glucose levels and pregnancy outcomes. It also discusses guidelines for screening and diagnosing gestational diabetes. Additionally, it covers topics like shared care of diabetes in pregnancy, pre-conception counseling, risks to mothers and offspring, fasting during Ramadan for pregnant women with diabetes, and safety of oral diabetes medications in pregnancy.
Histology Of Female Genital Tract
The female genital tract consists of both external and internal structures. The external structures include the labia majora, labia minora, and clitoris, which are covered by keratinized stratified squamous epithelium. Internally, the tract includes the vagina, uterus, fallopian tubes, and ovaries. The vagina and endocervix are lined by non-keratinizing stratified squamous epithelium. The endometrium lining the uterus changes throughout the menstrual cycle in response to hormones. The fallopian tubes are lined by ciliated columnar epithelium and the ovaries contain primordial follicles and ova.
Female reproductive system
The female reproductive system produces a finite number of eggs during fetal development. During puberty, hormones cause follicles in the ovaries to mature and release eggs, with only a small number reaching maturity. If an egg is fertilized, it develops in the uterus, whose lining changes each month in preparation. If not fertilized, the corpus luteum degrades and menstruation occurs.
Female Histology
The document describes the key parts of the female reproductive system including internal organs like the ovaries, oviducts, uterus, and vagina as well as external genitalia. It provides details on the ovaries and ovarian follicles, discussing their development from primordial to secondary to graafian follicles. It explains ovulation, the formation and role of the corpus luteum, and the ovarian and hormonal cycles. Key points are summarized around follicular development and atresia, ovulation, the corpus luteum, and the oviduct's role in transporting the ovum and embryo.
Anatomy Of Female Genital Tract
The document provides an overview of the anatomy of the female genital tract. It describes the internal anatomy, including the uterus which receives fertilized eggs and provides an environment for fetal development, the vagina which connects to the cervix and serves as the birth canal, and the fallopian tubes and ovaries which are involved in ovulation and fertilization. It then describes the external female genitals including the mons pubis, clitoris, labia majora, labia minora and vulva.
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This document provides a histological overview of the female reproductive system including the corpus luteum, placenta, mammary gland, and umbilical cord. It describes the microscopic structure of each tissue, including the cellular composition and organization. For example, it notes that the corpus luteum contains granulosa and theca lutein cells and that the placenta facilitates maternal-fetal exchange through chorionic villi in the decidua basalis.
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The document provides information on the urogenital system across vertebrates. It discusses the kidney, which is the main excretory organ and filters wastes from the blood. Vertebrates possess pronephros, mesonephros and metanephros kidney structures during development, with the metanephros persisting as the adult kidney. The document describes these kidney types and their structure in different groups like fish, amphibians and mammals. It also discusses associated reproductive ducts and glands.
The female reproductive system
The female reproductive system has several organs that work together to produce eggs and hormones, carry a fetus to term during pregnancy, and nourish a baby after birth. The ovaries produce eggs and hormones, the fallopian tubes carry eggs from the ovaries to the uterus, and the uterus nourishes a developing fetus for 9 months. After birth, the breasts produce milk through the mammary glands to feed the baby. Other organs like the vagina and vulva also play key roles in reproduction and childbirth. The female pelvis has evolved to accommodate pregnancy and childbirth through its wider shape compared to the male pelvis.
Embryology
The female genital tract develops from the mesoderm and urogenital sinus. The Mullerian ducts form the fallopian tubes, uterus, and upper vagina, while the urogenital sinus forms the lower vagina. Congenital anomalies can occur if the Mullerian ducts fail to develop, fuse, or canalize properly, resulting in abnormalities such as bicornuate or septate uteri. The ovaries, cervix, and external genitalia also develop through defined embryological processes that can be disrupted, leading to conditions like cervical agenesis or ambiguous genitalia.
Physiological changes during pregnancy
Physiological changes during pregnancy can be extensive. The uterus grows dramatically in size and the cervix softens. The breasts enlarge and darken. Throughout pregnancy, the body retains more fluid and blood volume increases. Respiration increases to support higher oxygen needs. The heart works harder pumping more blood. The kidneys and liver increase in size. Many hormonal changes prepare the body for childbirth and nurturing a baby.
Anatomy of the female reproductive system
The document provides an overview of the anatomy of the female reproductive system, including:
1) The pelvis contains bones that form the base of the pelvis and support the organs. Within the pelvis are the internal genitalia.
2) The internal genitalia include the uterus, fallopian tubes, ovaries, and cervix. The vagina connects the internal genitalia to the external genitalia.
3) The external genitalia include the labia, clitoris, and openings of the urethra and vagina. Surrounding structures like blood vessels, lymph nodes, and adjacent organs like the bladder and rectum are also discussed.
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infertility 2
This document summarizes a seminar on infertility presented by Shreya Yadav. It begins with an introduction defining infertility and prevalence rates. It then covers anatomy and physiology of both male and female reproductive systems including organs like ovaries, fallopian tubes, uterus, vagina, testes, epididymis, vas deferens and prostate. Key functions of hormones and the process of spermatogenesis are also outlined. Different types of infertility and factors affecting fertility are defined. Causes of male and female infertility including defects, obstructions, and infections are listed.
Reproductive%20 System[1]
The document summarizes the key functions and anatomy of the male and female reproductive systems. The male system produces sperm and sex hormones, while the female system produces eggs and sex hormones. It nurtures a fetus during pregnancy. Key organs include testes, ovaries, uterus, and other structures that work together to enable reproduction.
Reproductive system
The document provides an overview of the male and female reproductive systems. It describes the key organs in each system, their functions, and the processes of puberty, the menstrual cycle, and menopause. For the male system it covers the testes, epididymis, vas deferens, seminal vesicles, prostate gland, and penis. For the female it addresses the ovaries, fallopian tubes, uterus, vagina, puberty, the menstrual cycle phases, and menopause. It provides detailed information on each organ's structure and role in reproduction.
Human reproduction Complete Chapter
The reproductive tissues of male and female humans develop similarly in utero until about the seventh week of gestation when a low level of the hormone testosterone is released from the gonads of the developing male. Testosterone causes the primitive gonads to differentiate into male sexual organs. When testosterone is absent, the primitive gonads develop into ovaries. Tissues that produce a penis in males produce a clitoris in females. The tissue that will become the scrotum in a male becomes the labia in a female. Thus the male and female anatomies arise from a divergence in the development of what were once common embryonic structures.
Repro
The document provides an overview of the female reproductive system, including the ovaries, fallopian tubes, uterus, vagina, and vulva. It describes the processes of oogenesis and ovulation. It also discusses the formation and function of seminal fluid, sperm development and function, and hormonal regulation of the male reproductive system including testosterone production.
HAP 8 semester 2 PCI FIRST YEAR BPHARMACY
The document summarizes the anatomy and functions of the male and female reproductive systems. It describes the organs involved in both systems, including the testes, ovaries, ducts, and external genitalia. It explains sperm and egg production, hormone regulation, and fertilization. Key concepts covered are the structures of the testes, ovaries, uterus, and vagina, as well as spermatogenesis, oogenesis, and the menstrual cycle.
physio reproductive lela.ppt
1) The reproductive system allows for reproduction and sexual pleasure. It consists of gonads that produce gametes and hormones, as well as ducts and accessory glands.
2) In males, spermatogenesis occurs in the testes and produces sperm, which are stored and matured in the epididymis. During ejaculation, sperm are propelled through the vas deferens, prostate, and urethra by secretions from accessory glands.
3) The male sexual act involves erection, orgasm, and ejaculation. Erection is caused by blood flow into the penis, while orgasm involves spinal reflexes that result in the emission and ejection of semen
anatomyandphysiologyoffemalereproductivesystem-160229181400.pdf
The document summarizes key aspects of the female reproductive system. It discusses the functions of the vagina, uterus, fallopian tubes, and ovaries. It notes that the normal pH of the vagina is 4 and the gestation period is 40 weeks. It describes the menstrual cycle and the number of eggs released over a woman's lifetime. It provides details on the internal and external female genitalia and their roles in reproduction and childbirth.
anatomyandphysiologyoffemalereproductivesystem-160229181400.pdf
The female reproductive system has several key functions:
1) To carry out monthly ovulation and menstruation cycles, where one egg is typically released every 28 days from around puberty to menopause.
2) To provide a suitable environment for fertilization and fetal development via the vagina, uterus, and fallopian tubes.
3) To support gestation and ultimately birth, with the normal human pregnancy lasting around 40 weeks.
Anatomy and physiology of female reproductive system
The document summarizes key aspects of the female reproductive system. It discusses the functions of the vagina, uterus, fallopian tubes, and ovaries. It notes that the normal pH of the vagina is 4 and gestation period is 40 weeks. It describes the menstrual cycle and the number of eggs released over a woman's lifetime. It provides details on the internal and external female genital organs and their roles in reproduction and childbirth.
HUMAN REPRODUCTIVE SYSTEM
The human reproductive system includes the male reproductive system which functions to produce and deposit sperms; and the female reproductive system which functions to produce egg cells, and to protect egg cells, and to protect and nourish the fetus until birth.
Reproductive system
The document describes the male and female reproductive systems. It defines key terms like testes, scrotum, penis, prostate, seminal vesicles, urethra, and their functions in the male reproductive system. It also describes the ovaries, uterus, fallopian tubes, vagina, labia, clitoris and their roles in the female reproductive system. The menstrual cycle, fertilization, embryonic development, placenta and birth process are summarized as well.
HUMAN REPRODUCTION.pptx
The document summarizes key aspects of human reproduction. It describes the male and female reproductive systems and their components. Spermatogenesis and oogenesis are the processes by which sperm and eggs are produced. Fertilization occurs when a sperm fuses with an egg in the fallopian tubes. The fertilized egg undergoes cleavage and blastulation as it travels to the uterus. Implantation occurs as the blastocyst attaches to the uterine wall, initiating pregnancy. Pregnancy lasts about 9 months and has three trimesters of development.
REPRODUCTIVE SYSTEM.pdf
The document summarizes the male and female reproductive systems. It describes the formation of gametes through meiosis, the structures and functions of the testes and penis in males and ovaries, uterus, and breasts in females. It also explains sperm production, the menstrual cycle, hormone regulation of reproduction, and sexual response in both genders. Key aspects covered include gamete formation, hormone control of development and fertility, and the pathways for fertilization and nourishment of offspring.
Human Reproducton and biological change.pptx
The document discusses human reproduction and the male and female reproductive systems. It describes the major functions and events of the reproductive system including gametogenesis, fertilization, implantation, and development of the fetus. It provides detailed information on sperm production (spermatogenesis) in the testes and ovaries, and the structures and roles of reproductive organs like the fallopian tubes, uterus, and vagina in females and the testes, epididymis, and accessory glands in males.
Human reproduction
This presentation is a part of Class 12 Biology (NCERT) syllabus.
Contents of the presentation is also important for NEET-UG aspirants.
178-Anatomy-Reproductive-System.ppt
power point presentation of anatomy and physiology of reproductive system...............................................................
Reproductive system
The human reproductive system allows humans to reproduce. The male reproductive system produces sperm through testes and other organs, while the female reproductive system houses and nourishes an egg and fetus. During intercourse, sperm fertilizes an egg within the female's uterus or fallopian tubes. A fertilized egg may implant and develop into a fetus, which gestates within the uterus for around nine months. Both male and female reproductive systems mature at puberty to enable reproduction.
Malereproductivesystem
The male reproductive system consists of organs that produce and transfer mature sperm. The testes produce sperm which travel through the vas deferens, seminal vesicles and prostate gland. These organs combine their secretions to form semen, which contains sperm. During sexual arousal, erectile tissue in the penis fills with blood, causing an erection to allow delivery of semen into the female reproductive tract during intercourse.
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anatomyandphysiologyoffemalereproductivesystem-160229181400.pdf
anatomyandphysiologyoffemalereproductivesystem-160229181400.pdf
anatomyandphysiologyoffemalereproductivesystem-160229181400.pdf
anatomyandphysiologyoffemalereproductivesystem-160229181400.pdf
Anatomy and physiology of female reproductive system
Anatomy and physiology of female reproductive system
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- 32. MALE REPRODUCTIVE SYSTEM: A. External Structures continue SPERMATOZOA are produced by: Hypothalamus Control by GnRH (+/-) feedback Anterior Pituitary gland FSH / LH Testes FSH - release of Androgen Binding Protein (ABP) which promote SPERMATOGENESIS LH - release of Testosterone. “ Spermatozoa does not survive at body temperature. They usually survive 1°F lower than body temperature”.
- 34. MALE REPRODUCTIVE SYSTEM: B. Internal Structures continue 4. Ejaculatory duct: the canal formed by the union of the vas deferens and the excretory duct of the seminal vesicle, which enters the urethra at the prostate gland. 5. Prostate Gland: located just below the urinal bladder. Secretes alkaline and most of the seminal fluid. 6. Bulbourethral glands or Cowper’s Gland: adds alkaline fluid to the semen. 7. Urethra: the passageway for both urine and semen, extending from the bladder to the urethral meatus . (8 inches in long)