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Infertility.(By Craig)
1. INFERTILITY:
Update on Evaluation &
Treatment
LaTasha B. Craig, M.D.
Assistant Professor
Division of Reproductive Endocrinology
University of Oklahoma Health Sciences
Center
2. With Kind Regards
I have reproduced this topic as such in
origion for the benefit of students only.
I express my sincere thanks and kind
regards to the author from deepest core of
my heart.
Prof, M.C.Bansal
3. Objectives
Understand the different causes of infertility and
the specific evaluations to diagnose each
cause.
Comprehend the available infertility treatment
options including their chance of pregnancy,
complications and chance of multiple
gestations.
Have an understanding of the process and
success of in vitro fertilization (IVF) & the
concerns for long term outcomes of children
born from IVF.
4. Speaker Disclosure
I have no financial
relationships or affiliations
to disclose.
Many of the medications
used in in vitro fertilization
are not FDA approved for
this indication.
5. Considerations Pre-Pregnancy
Nutritional issues
Medical conditions
Medications
Immunization history
Family history and genetic risk
Tobacco, alcohol, caffeine & substance use
Occupational & environmental exposures
6. How to time conception
Cycle Day (CD) 1 is
the first day of full-
flow bleeding
Have intercourse
every 2 -3 days
(especially between
CD 10-20)
Avoid most over-the-
counter lubricants
Things to consider:
Ovulation Predictor Kits
Basal Body
Temperature Charting
Things to avoid:
Over the counter
fertility tests
Salivary hormone tests
Hormonal supplements
7. Basal Body Temperature
Monitoring
Newill RG, Katz M. The basal body temperature chart in artificial insemination by donor
pregnancy cycles. Fertil Steril 1982 Oct;38(4):431-8
9. What to Expect--Fecundability:
Cumulative pregnancy rate
0
10
20
30
40
50
60
70
80
90
100
% Pregnant
3 mos 6 mos 1 year 2 years
Duration of exposure
Guttmacher, 1956
10. Definition of Infertility
Failure to conceive after 1 year of
unprotected intercourse
The exception: For women ≥ 35
years old, 6 months unprotected
intercourse without conception
12. Historical perspective on fertility
In 1790 U.S. census, birth
rate was 55 per 1000
population with avg. of 8
births per woman
1995 National Survey of
Family Growth (NSGF),
birth rate of 15.5 per 1000,
with avg. births of 1.2 per
woman
Popular explanations for
declining U.S. fertility
Changing roles &
aspirations for women
Postponement of marriage
Delayed age of
childbearing
Increasing use of
contraception
Liberalized abortion
Speroff. Clinical Gynecologic Endocrinology & Infertility. Sixth edition.
15. Male Infertility Evaluation:
Semen Analysis
Volume 2.0 - 5.0 mL
pH >7.2
Concentration >20 million / mL
Total sperm number >40 million / ejaculate
Motility >50%
Forward progression >2 (scale 0-4)
Sperm morphology >30% normal (WHO 1992)
>14% normal (WHO 1999)
18. Female Infertility Evaluation:
Confirm ovulation by
History of regular cycles
Symptoms of ovulation
Ovulation predictor kits
Basal body temperature
Progesterone level around
CD 21
Ultrasound monitoring
Ovulation Dysfunction
20. Ten various
populations
ranging from
17th
to mid-
20th
century.
Marital fertility rates by 5-year age groups
Menken J, Trussel J, Larsen U. Age and infertility. Science 1986;23:1389-1394.
21. 2009 Assisted Reproductive Technology Success Rates, National Summary and Fertility Clinic Reports (CDC)
22. 2009 Assisted Reproductive Technology Success Rates, National Summary and Fertility Clinic Reports (CDC)
23. Female age
Cycle day 3
FSH &
estradiol
AMH level
Vaginal
ultrasound for
antral follicles
Assessment of Ovarian Reserve
24. Treatment Options
Directly correct a problem if possible
(i.e. thyroid tx, Bromocriptine, weight loss,
etc)
If unable to correct the underlying
problem, then use empiric treatment:
Intrauterine insemination (IUI or AI)
Ovulation Induction
Assisted Reproductive Technology (i.e. in vitro
fertilization – IVF)
26. Treatment Options:
Ovulation Induction
By mouth: Clomiphene (Clomid) or
Letrozole (Femara)
Pregnancy rate is 10% per cycle (higher in
PCOS patients).
Risk of twins 8-10% and risk of triplets or
more less than 1%
Side Effects: hot flushes, nausea,
headaches, mood swings, blurred vision, thin
uterine lining, poor cervical mucus.
27. Injectable medications: Gonadotropins
(FSH, LH)
Pregnancy rate is 10-20% each cycle
(controversial)
Risk of twins up to 30% and risk of triplets
or more 5-10%
Side effects of medication are minimal
because it is a natural hormone. Chance of
overstimulation and canceling cycle.
Treatment Options:
Ovulation Induction
30. Adjunct to Ovulation Induction
in PCOS
1500-2000 mg/ day
May not be covered by
insurance in non-diabetics
Re-introduce clomid
Metformin
Ovarian Drilling
Ovulation rates, 50-80%
Adhesion risk, 10-15%
Longest study, 5 year follow-up1
(206 patients)
70% Pregnancy rate (1/2 treated)
50% Live birth rate
1 Naether OG et al., Human Reprod 9(12):2342-9, 1994
31. Which of the following do you
believe:
All patients with PCOS should be on
metformin
All PCOS patients wanting to conceive
should be on metformin
Metformin is only indicated if a patient has
diabetes or impaired glucose tolerance.
34. Is metformin more
effective than clomid?
Randomized controlled trial of metformin
850 mg bid vs. clomiphene citrate 150 mg
qd cycle days 5-9
Cumulative ovulation rate not different (63
vs. 67%)
Pregnancy rate/cycle = 15.1% metformin;
7.2% clomiphene (p = 0.009)
Palomba et al. JCEM 90(7): 4068-74, 2005Palomba et al. JCEM 90(7): 4068-74, 2005
35. Does metformin decrease the
spontaneous miscarriage rate in PCOS?
Randomized controlled trial of metformin
850 mg bid vs. clomiphene citrate 150 mg
qd cycle days 5-9
Metformin group miscarriage = 3/31 (9.7%)
Clomid group miscarriage = 6/16 (37.5%)
P = 0.045
Palomba et al. JCEM 90(7): 4068-74, 2005Palomba et al. JCEM 90(7): 4068-74, 2005
36. Is metformin more
effective than clomid?
Legro et al. NEJM 356,6: 551-66, 2007Legro et al. NEJM 356,6: 551-66, 2007
Metformin +Metformin +
placeboplacebo
Clomid + placeboClomid + placebo Metformin +Metformin +
ClomidClomid
nn 208208 209209 209209
% of cycles that% of cycles that
were ovulatorywere ovulatory 29%29% 49%49% 60%60%
% pregnant/% pregnant/
ovulatory cycleovulatory cycle 8.4%8.4% 13.4%13.4% 13.7%13.7%
% live birth% live birth
7.2%7.2% 22.5%22.5% 26.8%26.8%
37. What if all the tests
are normal?
Unexplained Infertility
~10% of couples
38. Guzick et al. Efficacy of treatment for unexplained infertility.Fertil Steril. 1998 Aug;70(2):207-13.)
Treatment % preg
No treatment 2.6%
IUI 3.8%
Clomiphene 5.6%
Clomiphene+IUI 8.3%
Gonadotropins 7.7%
Gonadotropins+IUI 17.1%
IVFIVF 20.7%20.7%
Treatment Options:
Unexplained Infertility
See
next
slide
39. OU Reproductive Medicine IVF
Statistics
( (Delivered per embryo transfer in 2010)
Age group (years)
%PregnantorDelivered
* A comparison of clinic success rates may not be meaningful because patient medical characteristics,
treatment approaches and entrance criteria for ART may vary from clinic to clinic.
40. Treatment Options:
In Vitro Fertilization (IVF) & ART
Blocked tubes
Severe male factor
Unexplained infertility
Endometriosis/peritoneal factor infertility
Failure to conceive with less aggressive
treatment
Ovarian failure/↓ ovarian reserve (donor eggs)
42. Assisted Reproductive
Technology—ART
1978/1981 In vitro fertilization—IVF
1984 Donor oocyte (egg) cycle
1985 Cryopreserved Embryo Transfer
1990 Preimplantation Genetic Diagnosis—PGD
1992 Intracytoplasmic Sperm Injection—ICSI
As of 2004, more than 1 million children born
worldwide as a result of ART
49. Timing of Embryo Transfer
Day 3
Embryo Transfer
Day 5–6 Embryo Transfer
“Blastocyst Transfer”
Veeck LL, Zaninovic N. An Atlas of Human Blastocysts.
1st ed. New York: Parthenon Publishing, 2003;118.
62. When should you refer your
patient:
You’ve been trying to
conceive for > 1year
You do not have regular
periods
You are > 35 years old
You have a history of
sexually transmitted
diseases (i.e. chlamydia)
63. Conclusions
Basic Infertility Evaluation
Understand the treatment options
Understand the complications of treatments
We do not know all of the long-term effects
of ART because it is still a relatively young
field of study.
64. THANK YOU
QUESTIONS?
LaTasha B Craig, MD
University of Oklahoma Health
Sciences Center
Section of Reproductive
Endocrinology & Infertility
Department of Obstetrics &
Gynecology
www.OUInfertility.com
Notes de l'éditeur
Nutrition: lose weight if overweight Fertility issues with obesity: Irregular or infrequent menstrual cycles, increased risk of infertility, increased risk during fertility surgery, increased risk of miscarriage, decreased success with fertility treatments. Pregnancy complications with obesity: increased high BP and diabetes in pregnancy, increased birth defects, increased risk of high birth weight infant and C-section. Benefits of weight loss: weight loss of 5% to 10% may dramatically improve ovulation and pregnancy rates,
Fecundability – the ability to achieve conception in 1 cycle; Fecundity – live birth/ 1 cycle Human reproduction is inherently inefficient (despite impression from working in a county indigent hospital where unintended pregnancy rates approach 70%) European studies (“only in Europe” studies) have demonstrated a normal monthly fecundability rate of 20%. As a corollary, only 50% of the population will conceive by 3 mo., 75% by 6 mo., and 90% by 12 mo.
Fecundability – the ability to achieve conception in 1 cycle; Fecundity – live birth/ 1 cycle
Blocked fallopian tubes, endometriosis, pelvic adhesions, fibroids, endometrial polyps Testing: usually transvaginal ultrasound and HSG. May consider L/S, H/S, saline sonogram
Components of ovarian aging The depletion of primordial follicles The decline in quality of the oocytes when we are talking about ovarian aging, we are really talking about two separate, although frequently correlated events The first is the decline in the in the number of primordial follicles, The follicles that can potentially be recruited to develop in a natural or ART cycle. There appears to be a significant amount of variability in this process from one individual to another, and does not always correlate well with chronological age. The second is the decline in the quality of the oocytes that remain. This process is clearly correlated with chronological age, and the variability in this process from one individual to another is uncertain. The tests that we have to evaluate ovarian reserve correlate with the first aspect, but not necessarily the second Give examples. Next, I want to focus on the decline in primordial follicle number
First, I would like to review some data regarding the phenomenon of decreased fertility associated with aging. Marital fertility rates by 5‑year age groups. The 10 populations (in descending order a tages20‑24 years) are Hutterites, marriages 1921 to 1930 (solid triangles); Geneva bourgeois, husbands born 1600 to 1649 (solid squares); Canada, marriages 1700 to 1730 (solid circles); Normandy, marriages 1760 to 1790 (open circles);Hutterites, marriages before 1921 (open squares); Tunis, marriages of Europeans 1840 to 1859 (open triangles); Normandy, marriages 1674to 1742 (solid circles);Norway ,marriages 187 to 1876 (open squares); Iran, village marriages, 1940 to 1950 (solid triangles); Geneva bourgeois, husbands born before 1600 (open circles). (Reprinted with permission from Menken J. Trussell Larsen U. Age and infertility. Science 1986;23: 1389‑ 1394. A closer analysis of the Hutterite population NEXT
When older individuals do achieve a clinical pregnancy, their rates of miscarriage clearly increase with increasing age, reflecting an increase in chromosomal abnormalities in these embryos We know that in donor egg programs, miscarriage rates correspond with the age of the donor, not the recipient, therefore these miscarriages can’t be contributed to a uterine factor, and suggest that oocyte quality is what declines in older reproductive aged women. So these individuals have a number of hurdles to overcome, first, they must stimulate well enough to make it to oocyte retrieval, then their implantation rate per embryo is lower, and finally they have a higher miscarriage rate do to poorer oocyte (and thus embryo) quality.
With this background in mind, I want to discuss some of the tests that we have available to assess ovarian reserve. Again, these tests primarily are useful to assess remaining primordial follicle number rather that saying much about oocyte quality. Perhaps the most promising of the tools we have for assessing ovarian reserve is the ovarian antral follicle count obtained upon transvaginal ultrasound. Antral follicles are the small (2-10mm) fluid filled cystic structures observed in the ovary Good specificity, but poor sensitivity Useful for counseling patients undergoing IVF
Endometriosis: Operative (some controversy) Tubal factor: Operative (some controversy) or IVF Male factor: IUI or IVF-ICSI
McCaughey septuplets John & Kate + 8
McCaughey septuplets John & Kate + 8
Other causes of ovulation dysfunction: Hypogonadotropic hypogonadism, Prolactin, Thyroid, Decreased ovarian reserve, Ovarian failure
Wedge resection described by Stein in 1939 Improved ovulation in PCOS Too many post-surgical adhesions Laparascopic ovarian “drilling” first described in 1984 by Gjonness Cautery and laser used Decreases ovarian androgen production Results from studies Naether 1994, Vegetti 1998, Lazoviz 1998, Bayram 2001, Farquhar 2001 Ovulation rates related to the amount of tissue destruction Only one second look surgery 1 of 10 in laser group, 1 of 7 in electrocautery group had severe adhesions Another study, 5 of 46 (11%), minimal and unilateral adhesions Largest published series, 1994 from Germany 72% of pregnancies occurred in year 1 88% of pregnancies occurred in the first 2 years Frequently drilling is combined with CC or COH to achieve pregnancy
Initially randomized to metformin or palcebo for the first 35 days. Metformin 14 of 35 patients ovulated & Placebo 1 of 26 ovulated. At day 35, if no ovulation, given clomid and checked for ovulation 18 days later (day 53). Metformin + CC 19 of the 21 remaining ovulated. Placebo + CC 2 of 25 remaining ovulated. Met+CC placebo+CC BMI 34 32 Fasting ins 14 13 Fasting glc 81 76 Aucinsulin 3479+455 5100+55 micrU/min Free T 0.8ng/dl 0.6ng/dl Total T 66 59 DHEAS 201 microgr/ dl 155 microgr/dl SHBG 2.7 microgr/ dl 3.6 microgr/dl
Valeasquez et al in 1994 showed that metformin lowered insulin and testosterone levels but originally believed it only did this in lean patients. Glueck and group showed it whether obese or not (I think…need to pull both articles).
Randomized controlled double blind trial of metformin vs. clomid. Metformin plus placebo (45 patients, 205 observed cycles) Clomid plus placebo (47 patients, 221 observed cycles) This was considered a large study, because in 2003 there was a metanalysis that included 14 RCTs of metformin and pregnancy. The median # of patients was 16 in each arm (range 10-45).
Randomized controlled double blind trial of metformin vs. clomid. Metformin plus placebo (45 patients, 205 observed cycles) Clomid plus placebo (47 patients, 221 observed cycles) Interestingly, metformin was discontinued at the time of pregnancy, so one would have to speculate that its impact on decreasing the miscarriage rate was a result of preconceptual/early implantation events. Question remains unanswered as to the benefits of continuing metformin AFTER pregnancy is diagnosed
A full 44% of patients in the metformin group never ovulated Over the course of the study, conceptions among patients that ovulated on metformin were only 22% vs. 40% in patients who ovulated on clomid. So, not only is a patient considerably more likely to ovulate on clomid than on metformin, but is almost twice as likely to conceive in an ovulatory cycle of clomid than in an ovulatory cycle of metformin. They were followed up to 6 months or pregnancy. No difference in miscarriage rates between the 3 groups. The multiple pregnancy rate in CC + placebo was 6%. In Metformin + clomid = 3.1%
1978 —Birth of Louise Brown, 1st IVF baby. She gave birth on 20 December 2006 to a baby boy [2] , after trying to get pregnant for around six months. The child was conceived naturally [3] . Cameron John Mullinder was born in Bristol, England weighing just under 6 pounds. [4] 2004 —More than 1,000,000 children born to date as result of ART
OCP’s and lupron are not FDA approved for this treatment