Sterilità di coppia e procreazione assistita Flashcards

1
Q

Definition of sterility, infertility

A

We define Infertility
INFERTILITY - the inability to bring
continue a pregnancy up to an age of vitality
It defines STERILITY instead the complete inability
to conceive for obstacle to fertilization, for both causes male and female:
•The sterility I: To never had a pregnancy
•Infertility II: There was a pregnancy even if not
completed

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2
Q

Sterility

A

Sterility = lack of fertility after years of relationships intentionally not protected.

Male, female, couple

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3
Q

Female sterility

A

FEMALE STERILITY
L ‘endocrine female infertility is characterized by a
women is characterized by a
disorder of the physiological process of development and maturation
follicle, which leads to ovulation in women and thus to the corpus luteum formation
While recognizing multiple causes is explained by three main syndromes

  • Anovulation
  • Luteinized unruptured follicle syndrome
  • Deficit luteal phase
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4
Q

CAUSES AND FEMALE STERILITY

hypothalamic pituitary anovulation. Causesorganic and (dis)functional

A

FEMALE STERILITY
Hypothalamic pituitary AND CAUSES OF
Anovulation

Organic

  • hypothalamic tumors
  • outcomes truami cranial
  • pituitary adenomas
  • Sindr. Sheehan
  • Empty saddle syndrome
  • Iatrogenic (radiotherapy, etc)

Disfunzionali

  • malnutrition
  • Associated with heavy exercise
  • Isolated deficiency of gonadotripine
  • prolactin dysfunctional
  • Iatrogenic (drugs)
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5
Q

Causes endocrine Extragenital

nutritional causes

pharmacologic causes

A

Causes endocrine Extragenital
-Tiroidee (Hyperthyroidism, hypothyroidism)
-Surrene (Hyperadrenal, iposurreanalizmo)
-Pancreas (Diabetes)
nutritional causes
-Obesità
-Malnutrizione
causes drug
steroids gonadichi
drugs psichotropi

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6
Q

FEMALE STERILITY
Anovulation BY ALTERATION OF SYSTEMS FEEDBACK

A

FEMALE STERILITY
Anovulation BY ALTERATION OF SYSTEMS
FEEDBACK

  • Polycystic ovary disease of
  • Associated with states of hyperandrogenism
  • Associated with states of the hyper hypothyroidism
  • Associated with hyper and hypoadrenalism
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7
Q

CAUSES OF OVARIAN anovulation

A

FEMALE STERILITY
CAUSES OF OVARIAN anovulation
PRIMITIVE

Gonadal dysgenesis

SECONDARY
Sindr. Resistant ovary
Premature menopause
Ovarian tumors
Iatrogenic

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8
Q

Luteinized unruptured follicle syndrome

A

LUF syndrome
Failure to eject the oocyte from the follicle that is not to be
rupture, but it must be at a meeting
transformation with luteal progesterone production
ROBABLE CAUSES

  • Alteration of the biochemical mechanisms responsible intraovarici
  • the checking of the mature follicle
  • Peak LH defective
  • Dissociation between endocrine function and oocyte maturation
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9
Q

FEMALE STERILITY

luteal phase DEFICIT

inadequate folliculogenesis in detail

A

Inadequate folliculogenesis
•Reduced production of FSH
•Altered LH pulsatility in follicular phase
•Reduced peak preovulatory LH

Inadequate progesterone production by the corpus luteum
•Reduced secretion of the hormone daily
•Normal hormone secretion, but for a reduced time compared to the physiological duration of the life of the corpus luteum (about 14 days)
•Alteration of LH secretion in the luteal phase (hyperprolactinemia)
•Specific defects inherent in the luteal cells

Alteration of endometrial response to progesterone
•Abnormal endometrial response to progesterone

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10
Q

FEMALE STERILITY
DEFICIT luteal phase

A

Altered function of the corpus luteum
-> Insufficient production of progesterone

Inadequate endometrium maturation -> Abortion

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11
Q

UTERINE FACTOR

Obstacles to the system (Infertility)

Obstacles to the evolution of pregnancy (Infertility)

A

UTERINE FACTOR
Obstacle to the system (Infertility)

  • Endometritis
  • Atrophic endometrium
  • Hyperplastic endometrium
  • Synechiae
  • Intracavitary fibroids

Obstacle to the evolution of pregnancy (Infertility)
Abortion and / or premature paro

  • Mullerian malformations
  • Cervical insufficiency
  • Failure cervico - isthmic
  • isthmus
  • Fibroids
  • Synechiae
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12
Q

FEMALE STERILITY

Tubal factor

A

Pelvic inflammatory disease
Salpingitis
Endometriosis
—->
Ectopic pregnancy
Pelvic adhesions following surgery
Malformations tubal

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13
Q

Female sterility
FACTOR PELVIC

A

FACTOR PELVIC
Impediments of a physical, chemical or mechanical
realized inside the peritoneal cavity pelvic (that of
normally not detectable by the ISG)

ADHESIOns(later)

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14
Q

FEMALE STERILITY
factor pelvic. Adhesions

A

FEMALE STERILITY
FACTOR PELVIC
Adhesions:
•Endometriosis
•MIP gonorrhea, TB, etc
•Post - partum
•Post - abortion
•Undiagnosed ectopic pregnancies
•Rupture of the luteal cysts
•Excessive bleeding ovulation
•Previous surgery
•Use of IUDs
Endometriosis

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15
Q

FEMALE STERILITY
FACTOR NECK - VAGINAL, cervical factor

A

Impediment anatomical and / or functional deposit the sperm in the vagina, the cervical canal and lifts interaction between pathological secretion and spz, with alteration sperm motility and survival.
Factor vaginal
• Vaginitis
• Causes anatomical (stenosis, hypoplasia, septum)
• Trauma

Cervical factor
• Causes anatomical (DTC, conization, synechiae)
• Alteraz. Cervical mucus (endocerviciti, anovulation, idiopathic)

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16
Q

CAUSES of MALE STERILITY

A

Cryptorchidism
Primary and secondary hypogonadism
-Kallman syndrome
-Klinefelter syndrome
Inflammation (orchitis, TBC, mycoplasma,
chlamydia)
Seminal tract obstruction
Varicocele
Immunological factor

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17
Q

Epidemiology of couple sterility

A

Each year about 240,000 new form in Italy
couples; about two years of marriage to 48,000
they find they have infertility problems. Over
20,000 pairs each year ask for advice
sterility and of these about 10,000 undergo infertility treatment (AIED 1992) the tit (AIED 1992)

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18
Q

Diagnostic procedure of the infertile couple

A

History

Clinical examination (Visit + USG)

First evaluation factor infertility

No conceptions -> Primary infertility

Prev. Pregnancies
-> secondary infertility

abortions are also important

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19
Q

Diagnosis of sterility for female

A

DIAGNOSIS STERILITY ‘

FEMALE
History
Menarche
Features menstrual flow
Hirsutism
Galactorrhoea
Sexual habits
Dyspareunia
Familiarity for infertility
Diabetes
Drugs or Drugs
Means of contraception

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20
Q

Physical examination gynecological
hormonal tests

A

Physical examination gynecological
Hormonal assays
FSH
LH
Estradiol
Prolactin
Progesterone
DHEA - S
Δ4-Androstenedione
TSH
FT

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21
Q

BASIC instrumental tests

A

CTB + Score + MC PCT
Echography
ISG
Hysteroscopy
Coelioscopy

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22
Q

Indications for diagnostic hysteroscopy

A

INDICATIONS for diagnostic hysteroscopy
appearance of endocervical polyps;
Sonographic suspicion of octopus
abnormal uterine bleeding
(Metrorrhagia, menometrorrhagia)
Dystrophies endometrial
LOST IUD
Sterility and infertility

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23
Q

Possible hysteroscopy findings

A
  • CAVITY ‘UTERINE,
  • POLYPOSIS ENDOMETRIAL
  • polipus endocervical,
  • Submucosal myoma,
  • sinechia,
  • Neoformation
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24
Q

Histerosalpyngography

A

And a radiographic examination that consists injecting into the uterus, through the cervical canal a contrast medium cervical canal a contrast medium iodized
Assess the state of tubal patency

25
Q

Possible findings of histerosalpyngography (ziureti skaidrese)

A

Patency ‘tubal(PERVIETA’ TUBARICA)

Tubal occlusion

26
Q

DIAGNOSIS of Male sterility

A

MALE
History
Diabetes
Pubertal development
Sexual habits
Medications and Drugs
Alcohol
Smoke
Libido
Infectious diseases (mumps, tbc)
Surgeries (varicocele)

27
Q

CAUSES MALE infertility

A

Cryptorchidism
Primary and secondary hypogonadism
-Kallman syndrome
-Klinefelter syndrome
Inflammation (orchitis, TBC, mycoplasma,
chlamydia)
Seminal tract obstruction
Varicocele
Immunological factors
Idiopathic infertility

28
Q

Physical examination of a man

A

Physical Examination
Scrotal examination
volume
consistency
pain
Examination semen
Macroscopic characters:
Volume (N = 1.5 to 5 ml)
5 ml)
Viscosity
pH (N = 7.2 to 8)

Microscopic features:
Concentr. Sperm
Morphology
Motility

29
Q

Other tests of a male

A

Hormonal assays
FSH, LH
Testosterone
Prolactin
Estradiol
Scrotal ultrasound
Doppler
(Grade varicocele)
Testicular biopsy
(Azoospermic)
Vescicolodeferentografia

30
Q

what is PCT?

A

PCT

Test interaction mucus
Cervical and sperm
live

31
Q

Possible choices of sterility therapy

A

DRUG THERAPY
Chirurgia

MEDICALLY ASSISTED
fertilization

32
Q

SURGERY

A

The surgery involved in infertility for
correction of malformations Mullerian not
compatible with there prosecution
pregnancy (uterine septum, Uterus didelphys), or
solve diseases that occur as a
mechanical barrier to fertilization and
implantation of the embryo (myomas, adhesions
tubal).

33
Q

Possible surgical operations for infertility treatment

A
  • Removal of uterine septum (HSG / laparotomy)
  • Metroplasty (Uterus didelphys)
  • salpingolisis
  • Myomectomy
34
Q

Par. II: Assisted reproduction
Main Features
definition, techniques

A

To facilitate the solution of reproductive problems resulting from sterility or by infertility, you can
resort to assisted reproduction techniques.
For assisted reproduction techniques means all proceedings involving the processing of
human eggs, sperm or embryos in a project that seeks pregnancy:
• Techniques of fertilization intracorporeal
• Techniques of IVF

35
Q

Par. II: Assisted reproduction
intracorporeal fertilization

A

Fertilization intracorporeal
It represented intrauterine insemination, which involves introducing instrumental seed,
suitably treated in the laboratory, inside the uterine cavity (alternatively, in the vagina, in the neck
uterus or even the tuba), of the natural cycle in ovulatory phase or after pharmacological induction
ovulation:

36
Q

Par. II: Assisted reproduction
intracorporeal fertilization. indications.

A

• Indications
or idiopathic infertility
or mild oligoasthenospermia
or Anovulation
or Endometriosis
or cervical factor infertility from organic or immunological
or Sexual difficulties of the individual or couple

37
Q

Par. II: Assisted reproduction
intracorporeal fertilization​. aims.

A

Aims
or Increase the number of pregnancies per cycle
or reduce ovarian stimulation
or reduce the incidence of side effects
or Get a singleton pregnancy

38
Q

Par. II: Assisted reproduction
intracorporeal fertilization​. preliminary tests.

A

• Preliminary tests
or tubal Functionality
or Any infections in place: in fact, the legislation requires to verify that there are no
HBV, HCV or HIV

39
Q

Par. II: Assisted reproduction
intracorporeal fertilization​. Technique.

A

Technique:
or preparation of semen (homologous or heterologous) is concentrated, selected
and capacitated. In particular, the concentration helps to avoid the introduction of PG
(Present in the semen), which would induce uterine contraction and expulsion of
liquid
or Waiting natural ovulation or ovulation induction
or insertion of sperm

40
Q

Par. II: Assisted reproduction
IVF. techniques

A

Techniques
or IVF (In vitro fertilization with embryo transfer)
or ICSI (intracitoplastic sperm injection): These two techniques differ only in the
mode of production of embryos in the laborator

41
Q

Par. II: Assisted reproduction
IVF. phases

A

Phases

  • or induction of superovulation (ie grow more than one follicle): requires drugs that induce ovulation
  • or follicular aspiration (ie aspirate and research follicle) and oocyte collection
  • or Recognition of gamete and embryo obtaining
  • or embryo transfers (no more than three embryos):
42
Q

Par. II: Assisted reproduction
IVF. induction of superovulation.
Protocol of ovulation induction

A

Protocol of ovulation induction
• Choice of drugs

• Choice of treatment regimens
or multiple daily doses Protocol
or protocol with a single dose
• Timing:

43
Q

Par. II: Assisted reproduction
IVF. induction of superovulation.
Protocol of ovulation induction. choice of drugs.

A

or Preventing premature luteinization and ovulation: GnRH
or Induction multiple follicular development: FSH, LH
or Induction of oocyte maturation and follicular outbreak: hCG
or luteal phase support: progesterone

44
Q

Par. II: Assisted reproduction
IVF. induction of superovulation.
Protocol of ovulation induction​. timing

A

Timing: there are no significant differences in terms of pregnancy rate, but may be:
or first day of the cycle
or Regardless of the stage of the cycle
or late luteal phase: would have the advantage of a hypothetical majority
follicular recruitment

45
Q

Par. II: Assisted reproduction
IVF. induction of superovulation. medications.

A
  • Gonadotropins: induce superovulation
  • GnRH Analogs: prevent early luteinisation

•or Agonists: have a greater affinity for the GnRH GNRHR, on which still more time, preventing the binding of GnRH

  • or antagonists
  • Progesterone (oral or vaginal): during the luteal phase
46
Q

Par. II: Assisted reproduction
IVF. induction of superovulation. gonadotrophins

A

or Recombinant: FSH, LH
or Urinary: FSH, LH, hCG but also, which has a β chain identical

47
Q

Par. II: Assisted reproduction
IVF. induction of superovulation. GNRH analogs. agonists

A

or Agonists: have a greater affinity for the GnRH GNRHR, on which
still more time, preventing the binding of GnRH
Effects
• Initial flare-up
• Down-regulation of gonadotropic cells
• Blocking endogenous preovulatory LH
• Synchronization of follicular recruitment
Regimens
• Long protocol
• Short protocol
• Ultrashort protocol
• Stop protocol

48
Q

Par. II: Assisted reproduction
IVF. induction of superovulation. GNRH analogs. antagonists

A

or antagonists
Competitive inhibition for pituitary GnRH receptor>
20 times greater affinity GnRH native and 2 times
greater of agonisit
Dose-dependent effect
Immediate action after administration (hours)
without flare-up
Locking the spontaneous LH peak in late follicular phase

49
Q

Par. II: Assisted reproduction
IVF. induction of superovulation. GNRH analogs. antagonists advantages over the agonists

A

Advantages over the agonists
• Rapid inhibition of premature LH peak
• Minor duration of stimulation
• Lower levels of E2 per day

50
Q

Par. II: Assisted reproduction
IVF. induction of superovulation.
Parameters that influence the choice.basic.

A

• basic
or Anamnestic: age medical history, previous cycles
or Clinical: associated diseases (DM, hyperandrogenism, endometriosis)
or biochemical and instrumental

51
Q

Par. II: Assisted reproduction
IVF. induction of superovulation.
Parameters that influence the choice. in the course of stimulation.

A

• In the course of stimulation: evaluation ovarian response
or curve increase estradiol
or E2 / number of follicles after 4-6 days to stimulation

52
Q

Par. II: Assisted reproduction
IVF. induction of superovulation.
monitoring of superovulation​

A

Monitoring of superovulation
• Ultrasound
• Dosage RIA-17 βestradiolo

53
Q

Par. II: Assisted reproduction
IVF. or follicular aspiration and oocyte collection

A

or follicular aspiration (ie aspirate and research follicle) and oocyte collection

(Pick up): the removal of the ovarian follicular fluid is performed with transvaginal
the use of an ultrasound-guided fine needle. Advantages are:
Absence of general anesthesia
Reduced operating time
Minor risks
Most acceptability
Low cost

54
Q

Par. II: Assisted reproduction
IVF. or Recognition of gamete and embryo obtaining. IVF

A

IVF: you take the oocyte surrounded by cells of the corona radiata and put it
Test tube with 5,000 sperm. After 18 hours it is checked whether the sperm is
entered in the oocyte: this means that it must be employed a semen
capacitated

55
Q

Par. II: Assisted reproduction
IVF. or Recognition of gamete and embryo obtaining. ICSI

A

ICSI: it takes one sperm and inject directly into the oocyte,
in its cytoplasm. To do this, you must first denude the oocyte from the cells of
corono radiata and the combined ooforo

56
Q

Par. II: Assisted reproduction. IVF.
embryo transfers​

A

or embryo transfers (no more than three embryos): the product of the process of fertilization
is transferred to the uterus of the woman. The process is similar to insemination, but
differs for the type of catheter used

57
Q

Par. II: Assisted reproduction
indications for it.

A

Indications
or Male Infertility: oligoasthenospermia serious
or tubal factors
or idiopathic infertility
or multiple female factor
or immunological infertility

58
Q

Par. 2. assisted reproduction. GIFT

A

GIFT
It is the Gamet intrafallopian transfer, which involves the insertion of the tube through a gamete
laparoscopy under general anesthesia