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.
The concept of folliculogensis is the most exclusive topic in understanding the ovulation induction regimens . In this ppt , trying to decode the physiological aspect of ovarian folliculogensis
The concept of folliculogensis is the most exclusive topic in understanding the ovulation induction regimens . In this ppt , trying to decode the physiological aspect of ovarian folliculogensis
summarised events from 9th week of intrauterine life to the birth. This period is called fetal development and highlights of these events in a comprehensive manner.
Overview normal physiological development; skeletal growth, maturation of the reproductive tract, development secondary sexual characteristics, CNS maturation, personality and psychology of the female adolescent.
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
Sexual differentiation in men and women with special attention to: Gonads, Mullerian structures, Wolffian ducts and urogenital sinus.
Examples of gonadal dysgenesis
Disorders of Sexual differentiation phenotype, chromosomal background, biological background, mechanism of hormonal disruption and endocrinological mechanisms leading to: Swyer syndrome, Androgen insensitivity syndrome and masculinization of female fetus in congenital adrenal hyperplasia. Describe three uterine anomalies resulting from variation in the fusion of Muller’s tubercles.
Describe the anatomical situation in a patient with Mayer-Rokitanski-Kuster
More presentations on https://www.drbbgosai.com/
Implantation and placentation , and overviewPranjal Gupta
Implantation and formation of placenta is an essential developmental process during human embryogenesis as it marks the connection between maternal and fetal blood, a condition specific to mammals more precisely eutherians. It works as a passage of required nutrients to the growing embryo and collection of its waste. It also discusses various types of placenta that are seen in mammals.
1. Spermatogenesis (Spermatocytogenesis, Spermiogenesis, Spermiation, Shape and function of cells inside the Testis, Semen and sperm structure, Sperm journey after synthesis to outside)
Embryology-all basic definition,Stage wise development of fetus,development o...sonal patel
Embryology-all basic definition,Stage wise development of fetus,development of Zygote stage ,development of Embrionic Stage ,development of Fetus Stage all are according week development,Amnione,chorion,Fetal layer, Umbilical Cord developmentmade By sonal Patel
summarised events from 9th week of intrauterine life to the birth. This period is called fetal development and highlights of these events in a comprehensive manner.
Overview normal physiological development; skeletal growth, maturation of the reproductive tract, development secondary sexual characteristics, CNS maturation, personality and psychology of the female adolescent.
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
Sexual differentiation in men and women with special attention to: Gonads, Mullerian structures, Wolffian ducts and urogenital sinus.
Examples of gonadal dysgenesis
Disorders of Sexual differentiation phenotype, chromosomal background, biological background, mechanism of hormonal disruption and endocrinological mechanisms leading to: Swyer syndrome, Androgen insensitivity syndrome and masculinization of female fetus in congenital adrenal hyperplasia. Describe three uterine anomalies resulting from variation in the fusion of Muller’s tubercles.
Describe the anatomical situation in a patient with Mayer-Rokitanski-Kuster
More presentations on https://www.drbbgosai.com/
Implantation and placentation , and overviewPranjal Gupta
Implantation and formation of placenta is an essential developmental process during human embryogenesis as it marks the connection between maternal and fetal blood, a condition specific to mammals more precisely eutherians. It works as a passage of required nutrients to the growing embryo and collection of its waste. It also discusses various types of placenta that are seen in mammals.
1. Spermatogenesis (Spermatocytogenesis, Spermiogenesis, Spermiation, Shape and function of cells inside the Testis, Semen and sperm structure, Sperm journey after synthesis to outside)
Embryology-all basic definition,Stage wise development of fetus,development o...sonal patel
Embryology-all basic definition,Stage wise development of fetus,development of Zygote stage ,development of Embrionic Stage ,development of Fetus Stage all are according week development,Amnione,chorion,Fetal layer, Umbilical Cord developmentmade By sonal Patel
The reproductive organs in female are those which are concerned with copulation, fertilization, growth anddevelopment of the fetus and its subsequent exit to the outer world. the organs are broadly divided into:• External genitalia • Internal genitalia
The female reproductive system provides several functions.
The ovaries produce the egg cells, called the ova or oocytes.
The oocytes are then transported to the fallopian tube where fertilization by a sperm may occur.
The fertilized egg then moves to the uterus, where the uterine lining has thickened in response to the normal hormones of the reproductive cycle.
Once in the uterus, the fertilized egg can implant into thickened uterine lining and continue to develop.
If implantation does not take place, the uterine lining is shed as menstrual flow.
In addition, the female reproductive system produces female sex hormones that maintain the reproductive cycle.
During menopause, the female reproductive system gradually stops making the female hormones necessary for the reproductive cycle to work. At this point, menstrual cycles can become irregular and eventually stop.
One year after menstrual cycles stop, the woman is considered to be menopausal.
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Recomendações da OMS sobre cuidados maternos e neonatais para uma experiência pós-natal positiva.
Em consonância com os ODS – Objetivos do Desenvolvimento Sustentável e a Estratégia Global para a Saúde das Mulheres, Crianças e Adolescentes, e aplicando uma abordagem baseada nos direitos humanos, os esforços de cuidados pós-natais devem expandir-se para além da cobertura e da simples sobrevivência, de modo a incluir cuidados de qualidade.
Estas diretrizes visam melhorar a qualidade dos cuidados pós-natais essenciais e de rotina prestados às mulheres e aos recém-nascidos, com o objetivo final de melhorar a saúde e o bem-estar materno e neonatal.
Uma “experiência pós-natal positiva” é um resultado importante para todas as mulheres que dão à luz e para os seus recém-nascidos, estabelecendo as bases para a melhoria da saúde e do bem-estar a curto e longo prazo. Uma experiência pós-natal positiva é definida como aquela em que as mulheres, pessoas que gestam, os recém-nascidos, os casais, os pais, os cuidadores e as famílias recebem informação consistente, garantia e apoio de profissionais de saúde motivados; e onde um sistema de saúde flexível e com recursos reconheça as necessidades das mulheres e dos bebês e respeite o seu contexto cultural.
Estas diretrizes consolidadas apresentam algumas recomendações novas e já bem fundamentadas sobre cuidados pós-natais de rotina para mulheres e neonatos que recebem cuidados no pós-parto em unidades de saúde ou na comunidade, independentemente dos recursos disponíveis.
É fornecido um conjunto abrangente de recomendações para cuidados durante o período puerperal, com ênfase nos cuidados essenciais que todas as mulheres e recém-nascidos devem receber, e com a devida atenção à qualidade dos cuidados; isto é, a entrega e a experiência do cuidado recebido. Estas diretrizes atualizam e ampliam as recomendações da OMS de 2014 sobre cuidados pós-natais da mãe e do recém-nascido e complementam as atuais diretrizes da OMS sobre a gestão de complicações pós-natais.
O estabelecimento da amamentação e o manejo das principais intercorrências é contemplada.
Recomendamos muito.
Vamos discutir essas recomendações no nosso curso de pós-graduação em Aleitamento no Instituto Ciclos.
Esta publicação só está disponível em inglês até o momento.
Prof. Marcus Renato de Carvalho
www.agostodourado.com
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3. The female reproductive system is designed to
carry out several functions.
4 is the normal pH of the vagina.
40 weeks is the normal gestation period.
400 oocytes released between menarche and
menopause.
400,000 oocytes present at puberty.
28 days in a normal menstrual cycle.
280 days (from last normal menstrual period) in a
normal gestation period.
4. OOGENESIS- The development of the egg
ovum in the ovary.
OOGONIA: during fetal growth the oogonia
(2n) divide to form primary oocytes (2n), at
puberty these will form secondary oocytes (n)
and later eggs (n) each month.
GRANULOSA CELLS: nourish the
developing egg cells
5. Diploid (2n)-human cell contains 46
chromosomes and is called diploid (2n).
Haploid (n). sex cells, called gametes, contain
only 23 chromosomes, haploid (n).
VAGINA: canal that connects the uterus to the
environment
CERVIX: muscular ring of tissue at mouth of
uterus separating it from the vagina, holds the
fetus in place
6. Formation of ova
Reception of spermatozoa
Provision of suitable environment for
fertilization and fetal development
Parturition
Lactation, the production of breast
milk, which provides complete
nourishment for the baby in its early
life.
9. To enable sperm to enter the body
Protect the internal genital organs
from infectious organisms.
10. The internal genital organs form a pathway (the
genital tract). This pathway consists of the
following functions:
Vagina (part of the birth canal), where sperm are
deposited and from which a baby can emerge
Uterus, where an embryo can develop into a fetus
Fallopian tubes (oviducts), where a sperm can
fertilize an egg
Ovaries, which produce and release eggs
12. MONS PUBIS
A region of adipose tissue above the vagina
that is covered with hair.
LABIA
– Rich in nerve endings and blood vessels
– Protects internal organs against pathogens
– Functions in sexual arousal
13. Has two folds of adipose tissue that border each
side of the vagina.
The labia majora enclose and protect the other
external reproductive organs.
Literally translated as "large lips," the labia
majora are relatively large and fleshy,
It contain sebaceous glands . After puberty, the
labia majora are covered with hair.
14. The labia minora are smaller folds (forchette) of
skin that lie inside the labia majora.
Contains no hair follicles or sweat glands.
The folds contain connective tissues,numerous
sebaceous gland, erectile muscle fibers and
numerous vessels and nerve endings
surround the openings to the vagina (the canal that
joins the lower part of the uterus to the outside of
the body) and urethra (the tube that carries urine
from the bladder to the outside of the body).
15. It is small cylindrical erectile body
Measuring about 1.5 to 2cm
Situated in the most anterior part of the vulva
The two labia minora meet at the clitoris,
A small, sensitive protrusion.
The clitoris is covered by a fold of skin, called
the prepuce, richly supplied with nerves.
The clitoris is very sensitive to stimulation
and can become erect.
16. The vestibule is formed by the labia
minora.
It encloses
Urethral opening,
Vaginal orifice and hymen,
Ducts from the greater vestibular
17. Situated in midline just infront of the
vaginal orifice
About 1-1.5 cm below the pubic arch
18. Lies in the posterior end of the vestibule
It completely enclosed by a septum of
mucous membrane called hymen
Hymen Located just inside the vaginal
Opening
No known function; not always present
It is usually ruptured at the consummation of
marriage
19. Bartholin's glands:
There are two bartholin’s glands
One on each side
Each gland has a duct which measures about 2
cm and open into vestibular outside
Close to the posterior end of the vestibular
bulb
During sexual excitement it secretes abundant
alkaline mucus which helps in lubrication.
21. Arteries – Branch of internal pudendal
artery
– Branch of femoral artery
Veins – Internal pudendal vein
– Vesicle or vaginal venous plexus
– Long saphenous vein
22. Bilateral somatic nerve
Posteroinferior part
Pudental branch from
posterior cutaneoys
nerve
Anterosuperior part
Cutaneous branch
from ilioinguinal
Genital branch from
genitofemoral nerve
Between 2 groups the vulva – Pudental nerve
23. Superficial inguinal nodes
Intermediate groups of inguinal lymph
nodes
External and internal iliac lymph nodes
24. • Vagina = “birth canal”
• A tube like, muscular but elastic organ
• About 4 to 5 inches long in an adult woman.
• PH- 4 acidic
• It is the passageway for sperm to the egg and
for menstrual bleeding
• Organ of copulation and forms the birth canal
of parturition
25.
26. Posterior wall of vagina is 10 c m long
Anterior wall is only 7.5 cm length
The upper end of the vagina is known as
the vault
Pink in appearance
It connects the external genital organs to
the uterus. the organ of sexual
intercourse in women.
27. Formed at the top of vagina due to projection of
the uterine cervix
Four fornics are there
One anterior – front of cervix
One posterior – behind
Two lateral – either side of cervix
28. Anterior to the vagina – lie the bladder and the
urethra which are closely connected to the
anterior vaginal wall
Posterior to the vagina – lie the pouch of
douglas, the rectum and the perineal body; each
occupying one third of the posterior vaginal wall
Laterally – on the upper two third are the pelvic
fascia and the ureters, which pass beside the
cervix
Superior to the vagina – lies the utreus
Inferior to the vagina – lies the external
genitalia
31. Sympathetic and parasympathetic from
the pelvic plexus
Lower part is supplied by the pudendal
nerve
32. Girls are born with over
a million egg cells, but
only about 400 are
released during a
lifetime of menstrual
cycles.
No new eggs develop
after birth.
33.
34. The uterus is a thick-walled, muscular,
pear-shaped organ
Located in the middle of the pelvis,
behind the bladder, and in front of the
rectum. The uterus is anchored in
position by several ligaments.
The uterus consists of the cervix and the
main body (corpus).
35. The cervix is the lower part of the uterus,
which protrudes into the upper part of the
vagina. It can be seen during a pelvic
examination. Like the vagina, the cervix is
lined with a mucous membrane, but the
mucous membrane of the cervix is smooth.
Sperm can enter and menstrual blood can
exit the uterus through a channel in the
cervix (cervical canal).
36. The cervical canal is usually narrow, but
during labor, the canal widens to let the
baby through.
The cervix is usually a good barrier
against bacteria, except around the time
an egg is released by the ovaries
(ovulation), during the menstrual period,
or during labor..
37. The main function of the uterus is to sustain a
developing fetus.
It prepare for this possibility for each month
At termination of pregnancy it expels the
uterine contents
38. Anterior – the uterovesical pouch and the
bladder
Posterior – the rectouterine pouch of the
douglas
Laterally – the broad ligament, the uterine
tubes
Superior – the intestine
Inferior – the vagina
39. Measures 8 cm long, 5 cm wide ,1.25 cm thick
Weight 50 gms
Parts
The body of corpus
The fundus
The cornua
The isthumus
The cervis
Internal and external os
Cervical canal
41. ENDOMETRIUM: inner lining of
uterus, nourishes developing embryo,
built up each month for pregnancy, if not,
shed during menstruation
MYOMETRIUM: muscular, supports
fetus, contracts at birth and to shed the
endometrium during menstruation.
45. connect to each ovary, egg will enter
through an opening called a FIMBRIA,
cilia sweep the egg down towards the
uterus
fertilization will occur here, or it will
die within 48 hours
46.
47. The two fallopian tubes, which are about 4 to 5
inches (about 10 to 13 centimeters) long, extend
from the upper edges of the uterus toward the
ovaries.
The fallopian tubes are lined with tiny hairlike
projections (cilia). The cilia and the muscles in the
tube's wall propel an egg downward through the
tube to the uterus. The egg may be fertilized by a
sperm in the fallopian tube
48. Anterior, Posteriorand Superior – the
peritoneal cavity and intestine
Laterally – the sidewall of pelvis
Inferior – the broad ligament and the
ovaries
Medial – the uterus lies between th
euterine tubes
49. The intestinal portion
The isthumus
The ampulla
The infundibulum
The intra mural part
50. Artery – uterine and ovary
Venous – ovarian vein
LYMPHATIC
Along with the ovarian vessels to para-aortic
nodes
NERVE SUPPLY
Uterine and ovarian nerves
51. The ovaries are usually pearl-colored, oblong, and
about the size of a walnut.
They are attached to the uterus by ligaments. In
addition to producing female sex hormones
( estrogen and progesterone ) and male sex
hormones, the ovaries produce and release eggs.
The developing egg cells (oocytes) are contained in
fluid-filled cavities (follicles) in the wall of the
ovaries. Each follicle contains one oocyte.
52.
53. Anterior to the ovaries are the broad
ligaments
Posterior to the ovaries are the intestine
Laterally to the ovaries are the
infundibulopelvic ligaments and side walls of
the pelvis
Superior to the ovaries lie the uterine tube
Inferior to the ovaries lies the ovarian
ligaments
56. Artery –ovarian and abdominal aorta
Venous – ovarian vein
LYMPHATIC
Along the ovarian vessels to para-aortic nodes
NERVE SUPPLY
ovarian nerves from T10 segment
57. Process of releasing one mature ovum each
month into that ovary’s fallopian tube
2-300,000 immature ova in ovaries at birth
Hormones from pituitary cause ovaries to
begin producing female sex hormones
Ova begin to mature
Ovum can live about 2 days in fallopian tube
One sperm will enter ovum =
fertilization/conception
58. If the ovum is not fertilized
– it doesn’t attach to the
uterine lining/endometrium
Muscles of the uterus
contract lining breaks
down (“cramps”)
Lining passes through the
cervix into the vagina and
out of the vaginal opening
59. Each month, uterus prepares for
possible pregnancy
Hormones cause thickening of
endometrium
If ovum is fertilized, it moves into
the uterus and may burrow into this
lining
Will divide millions of times over
9-10 months
60. • Process of shedding the lining of
the uterus
• Usually lasts 4-7 days (may be
shorter or longer depending on the
female’s individual cycle)
• Regulated by hormones
• 2-3 tablespoons of blood
61. • Rest of flow is other tissue that makes up
the endometrium
–Blood and tissue are not needed, person
should not be weak or ill from loss
–After period (“menses”), cycle begins
again.
62.
63. The mammary glands are sweat glands
specialized for the production of milk.
The milk-producing secretory cells form
walls of bulb-shaped chambers called
alveoli that join together with ducts, in
grapelike fashion, to form clusters called
lobules.
64.
65. Numerous lobules assemble to form a
lobe. Each breast contains a single
mammary gland consisting of 15 to 20 of
these lobes. Lactiferous ducts leading
away from the lobes widen into
lactiferous sinuses that serve as
temporary reservoirs for milk.
66. The breasts begin to enlarge in females at the
onset of puberty. Proliferating adipose (fat)
tissue expands the breast, while suspensory
ligaments attached to the underlying fascia
provide support. In nonpregnant females (and
in males), the glands and ducts are not fully
developed.