reproductive medicine division
TRANSCRIPT
Reproductive Medicine Division
Department of Obstetrics and Gynecology
Faculty of Medicine
Prince of Songkhla University
Curriculum
for
Subspecialty Training
in
Reproductive Medicine
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Table of Contents
Page
I Introduction 2
II Purposes 3
III Educational objectives 3
IV Contents 5
V Learning experience (Training program) 24
VI Evaluation 26
VII Requirements for trainees 26
VIII Staffs 26
IX Clinical workload and facilities 28
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I. Introduction
Subspecialists in reproductive medicine are gynecologists having a broad knowledge of
endocrine and fertility problems in female and male patients. They must be clinically
competent in reproductive endocrinology and the surgery relevant to fertility in these
disorders. They must be involved in basic and applied investigation in reproductive
endocrinology and must be able to provide a consultancy service to other obstetricians/
gynecologists.
The following advanced knowledge and skill must be acquired :-
a) an advanced understanding of :-
1. basic endocrine physiology, pharmacology of substances that regulate the
reproductive systems and the relevant aspects of the thyroid and adrenal systems.
2. the endocrine dynamics of pregnancy and the menstrual cycle.
3. the physiology of conception and reproductive tracts related to fertility and
reproduction, aspects of embryology and the techniques of in vitro fertilization
4. immunology and genetics related to reproduction.
5. psychosomatic aspects of reproductive endocrinology.
b) basic knowledge of :-
1. clinical pharmacology of hormones.
2. gross and microscopic pathology relating to reproductive medicine.
3. Good clinical practice in reproductive medicine
c) the capacity to interpret, perform and/or supervise endocrine laboratory diagnostic
procedures with the relevant statistical methodology. This includes a module of laboratory
training with personal involvement in an established assay and in the development of a new
assay.
d) clinical competence in the management of endocrine and fertility problems including : -
1. diagnosis of pituitary, central nervous system, thyroid and adrenal disease relating to
reproduction.
2. diagnosis and management of reproductive organs disease related to reproduction.
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II. Purposes
The purposes of the curriculum are :-
1) to improve knowledge, practice, teaching and research in reproductive medicine.
2) to promote the concentration of very specialized expertise, special facilities and
clinical material that will be of considerable benefit to patients.
3) to establish a close understanding and working relationship with other disciplines
involved in each of the subspecialty fields.
4) to encourage co-ordinated network of relevant clinical services throughout various
regions in Thailand.
5) to accept a major regional responsibility for highter training, research and audit in the
subspecialty fields.
6) to improve the recruitment of talented graduates into the recognized subspecialties
and into the specialty of obstetrics and gynecology as a whole.
III. Educational Objectives
The trainee is determined to
1. be able to evaluate clinically and manage patients with problems related to the
clinical pharmacology of hormones as related to reproductive medicine.
2. have a knowledge of gross, miscroscopic histology, and immunohistochemical
technics as they relate to the diagnosis and further clarification of reproductive
endocrine pathology.
3. be able to evaluate, diagnose and manage patients with infertility and endocrinologic
diseases of immunologic origin.
4. be able to diagnose and manage patients with congenital abnormalities of the female
internal and external genitalia.
5. be able to interpret pedigree data and care for patients with inherited and sporadic
genetic disorders affecting the male and female reproductive system.
6. be able to take a comprehensive medical history, perform a general physical
examination in addition to a specific gynecologic history and physical examination ;
be able to select, organize, accomplish and interpret the diagnostic techniques
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needed to establish a diagnosis, evaluate co-existing diseases or factors which may
have a bearing on selection of and response to treatment, and evaluate the response
to therapy.
7. be able to discuss neuroendocrine physiology and function and to diagnose and
manage patients with diseases originating in the neuroendocrinologic system.
8. be able to discuss ovarian physiologic processes including folliculogenesis,
ovulation, corpus luteum development, maintenance and regression and
steroidogenesis and to diagnose and manage patients with disease involving in
these systems.
9. be able to discuss thyroid function and physiology and be able to diagnose and treat
patients with thyroid disorders.
10. be able to discuss adrenal function and physiology and be able to diagnose and
treat patients with adrenal disorders.
11. be able to discuss and be able to diagnose and treat patients with androgen
disorders.
12. be able to discuss the problems of and to diagnose and manage patients with
disorder of menstruation.
13. be able to diagnose and treat patients with amenorrhea.
14. be able to diagnose and treat patients with endocrine deficiency states.
15. be able to discuss the physiology of growth and development as it relates to normal
puberty, recognize deviations from normal, develop a plan for differential diagnosis
and treat patients with abnormal pubertal development.
16. be able to discuss the problems, diagnose and manage patients during the
menopausal periold.
17. be able to evaluate a woman for infertility and be able to develop and carry out an
appropriate plan for management of the infertile woman.
18. be able to evaluate the male partner and diagnose relative and absolute infertility,
evaluate and manage patients with these problems.
19. be able to discuss the psychosexual aspects of reproductive medicine.
20. be able to discuss the indications for, identify results and perform surgical
procedures appropriate to reproductive endocrinology.
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21. be able to discuss maternal and fetal physiology and pathophysiology and diagnose
and manage endocrinopathy in obstetrical patients.
22. be familiar with methods of contraception, and be able to select the most appropriate
method for a high risk patient and induced abortion.
23. understand the principles of (IVF) in-vitro fertilization and other assisted reproductive
techniques (ART)
24. be able to discuss the nature, application, limitation, interpretation and methodology
of :
24.1 routine semen analysis and computer assisted semen analysis.
24.2 hormone assays in reproductive endocrinology.
24.3 basic laboratory procedures related to assisted reproductive technologies.
25. be able to participate fully in the theoretical and technical aspects of clinical and/or
basic science research projects.
26. be able to participate and be responsible for teaching in reproduction health.
27. be able to discuss and have knowledge of ethical and legal aspects of reproductive
medicine.
28. be given some administrative experience and responsibility.
IV. Contents
1) Clinical pharmacology of hormones 1.1) absorption, excretion, distribution and biotransformation of drugs and
hormones, showing knowledge of these mechanisms for transferring
across membranes (e.g. placenta) and into breast milk, into and across
cells, storage, metabolism, enzyme systems, renal, hepatic and fecal
excretion.
1.2) Mechanisms of drug and hormone action including structure-activity
relationships, receptors and sites of action.
1.3) Drug and hormone effects, including dose-response, biological variations,
spectrum of effects and factors that modify effects (e.g. age, sex, body
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weight, route of administration, tolerance and drug or hormonal
interactions), teratogenicity, agonist and antagonist.
1.4) Drug toxicity and hormone reaction to allergy, teratogenicity, dependence
and addiction.
1.5) Governmental and pharmaceutical regulations pertaining to drugs and
hormones and their development.
1.6) Design and analysis of clinical trials.
2) Pathology 2.1) vagina :
2.1.1 the gross and microscopic findings of endometriosis and
adenomyosis.
2.1.2 the pathophysiology and possible consequences of antenatal
hormone exposure.
2.1.3 the mechanisms of action and effects of various hormones upon the
vagina.
2.2) cervix :
2.2.1 the mechanisms of action and effects of hormones upon the cervix.
2.2.2 the pathophysiology and possible sequences of antenatal hormone
exposure.
2.2.3 the gross and microscopic findings of the cervix under condition of
human papilloma virus (HPV), chlamydial, and other infections.
2.3) endometrium :
2.3.1 histological preparations of normal and abnormal endometrium.
2.3.2 the current data relating estrogen with endometrial hyperplasia and
adenocarcinoma.
2.3.3 developmental stages of the endometrium (dating).
2.3.4 implantation, the placenta and uterus in early pregnancy.
2.4) myometrium :
2.4.1 the gross and microscopic findings of adenomyosis, leiomyoma and
other myometrial lesions related to reproductive endocrinology.
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2.4.2 the relationships of leiomyoma to infertility including each of the
different types (e.g.subserous, intramural and submucous).
2.5) oviduct :
2.5.1 the gross and microscopic findings of diseases of the oviduct related
to reproductive endocrinology (e.g. acute and chronic salpingitis,
granulomatous salpingitis, endometriosis).
2.5.2 the natural history and clinical course of acute and chronic salpingitis
and relate these to subsequent fertility.
2.6) ovary :
2.6.1 the gross and microscopic findings and describe the natural history
of ovarian tumours related to reproductive endocrinology (e.g.
follicular cysts, luteoma, corpus luteum, polycystic ovarian syndrome,
endometrioma, granulose-theca cell tumour, Sertoli-Leydig cell
tumour, gynandroblastoma, cystic teratoma, dysgerminoma,
gonadoblastoma and mixed germ cell or gonadal tumours).
2.6.2 the different compartments of the Graafian follicle (e.g. granulose
cells, theca and adjacent stroma) and the primordial, preantral, antral
and Graafian follicles, including the dynamic changes which occur in
the ovary from embryo to menopause.
2.6.3 specific staining technics and cellular ultrastructure as related to
function.
2.6.4 the gross and microscopic findings and the development of gonadal
structures found in various forms of gonadal dysgenesis and intersex
conditions.
2.7) hypothalamus ; CNS :
2.7.1 the function and relationships of the various hypothalamic centers
involved in reproductive endocrine function.
2.7.2 other endocrinologically related central nervous system structures
(e.g. third ventricle, highter centers).
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2.8) pituitary :
2.8.1 cellular morphology of normal and neoplastic cells of the
adenohypophysis.
2.8.2 cellular function of the neurohypophysis.
2.9) testis :
2.9.1 the various stages of normal and abnormal spermatogenesis.
2.9.2 the gross and microscopic findings in testicular disease.
2.10) thyroid / adrenal :
2.10.1 the normal thyroid structures and the various thyroid lesions
associated with altered reproductive endocrine function (e.g.
Graves disease, thyroiditis, neoplasia).
2.10.2 the normal adrenal structures and the various adrenal lesions
associated with altered reproductive endocrine functions (e.g.
hyperplasia, adenoma, carcinoma, pheochromocytoma).
3) Immunology 3.1) the essentials of basic immunology.
3.2) the usefulness and limitations of immunological tests in infertility.
3.3) the pathophysiology of autoimmune disease to gonadal failure and other
primary endocrine dysfunction, including the autoimmune aspects of
gonadal dysgenesis.
3.4) the developing knowledge of immunology to contraception.
3.5) the effect of active and passive immunization upon changes in hormone-
specific target tissues.
3.6) the clinical features and interactions of autoimmune endocrinological
diseases (e.g. of thyroid, adrenal, gonad).
4) Embryology 4.1) the embryonic development of the genital tract including the factors
controlling male and female development of the gonadal primordial, internal
duct system and external genitalia.
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4.2) developmental abnormalities of the genital tract including ambiguous
gentalia, imperforate hymen and vaginal septa, uterine anomalies, Mullerian
agenesis and gonadal dysgenesis
4.3) the embryology of the hypothalamic-pituitary and other pertinent endocrine
systems.
4.4) the embryology of the urological system.
4.5) the various stages of oocyte and sperm maturation and fertilization.
4.6) the pre-implantation development of the human embryo in vitro and in vivo.
5) Genetics 5.1) normal genetics (e.g. Mendelian inheritance, the structure and identification
of chromosomes and gametogenesis).
5.2) abnormal genetics including chromosome abnormalities and genetically
transmitted abnormalities of sexual development (e.g. hermaphroditism).
5.3) inherited, non-reproductive disorders referable to reproductive medicine
(e.g. congenital adrenal hyperplasia, diabetes mellitus).
5.4) genetic studies including pedigree, karyotype analysis, antenatal diagnosis
of genetic disease, and including use of gene probes and associated
technics.
5.5) infertility and early pregnancy loss.
5.6) indications and arrangements for specialized genetic diagnosis and
counseling.
5.7) genetic aspects of artificial inseminaton.
5.8) preimplantation genetic diagnosis.
6) Clinical diagnostic techniques 6.1) operative procedures : including biopsies of the vagina, cervix and
endometrium, cytological studies, laparoscopy with dye instillation and
laparoscopic biopsy, laparotomy with biopsy, diagnostic laparoscopy,
hysteroscopy and other intraabdominal diagnostic techniques.
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6.2) imaging including hysterosalpingography, sella turcica radiography,
arteriography, computerized tomography, arterial catheterization, digital
subtraction angiography, venous catheterization, intravenous and
retrograde urography and isotope imaging methods, nuclear magnetic
resonance, bone densitometry.
6.3) endocrinological measurement of hormonal substances in biological fluids
for evaluation of the various endocrine systems including the hypothalamus,
pituitary, parathyroid, thyroid, adrenal gonadal systems and pregnancy and
also be able to perform and interpret dynamic endocrinological testing of
these systems.
6.4) techniques including visual field examination, chromosomal studies and
karyotyping.
6.5) ultrasound of the ovaries and the uterus during menstrual cycle, hormonal
stimulation and in early pregnancy.
6.6) risks and limitations of procedures, diagnosis and evaluation of diagnostic
procedures, understanding the validity of diagnostic tests, variability and
reliability criterias.
6.7) clinical record keeping and data storage including use of photography.
7) Neuroendocrine function and disease states 7.1) anatomical-functional aspects of the hypothalamus, neurovascular
relationships and target cells of the pituitary.
7.2) suprahypothalamic structures and neuronal systems relevant to regulation
of reproductive processes.
7.3) control of secretory activities of the pituitary hormones, including long and
short term rhythms, and their target organs and feedback systems.
7.4) biochemical basis of the neuroendocrine interactions and the use of
neuropharmocological agents.
7.5) anatomical and functional aspects of the peptidergic and
catecholaminergic system and their control of the pituitary hormone
secretion.
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7.6) the site of production, biological action and control of secretion of oxytocin,
vasopressin and neurophysins.
7.7) distribution and cellular characteristics of pituitary homone producting cells
with special reference to gonadotrophe and lactotrophe.
7.8) anatomical arrangement of hypothalamic-hypophyseal portal circulation.
7.9) structure and function of pituitary reproductive hormones and
neuropeptides.
7.10) the pineal gland : the blood brain barrier.
7.11) sex steroid concentrating neurones.
7.12) biochemical basis of neuropharmocology of agonists and antagonists.
Euro-endocrine regulation of the menstrual cycle.
7.13) neuroendocrine function of the fetus and placenta.
7.14) hypothalamic and pituitary hypopituitarism and disorders of over secretion
of pituitary hormones.
7.15) organic lesions and/ or functional disorders of the hypothalamic-pituitary
system.
7.16) ectopic hormone syndromes.
8) Ovarian function and disease states 8.1) hypothalamic-pituitary control of the ovarian cycle.
8.2) cyclic changes in endocrine activities within the ovary.
8.3) synthesis and secretion of hormone substances by the various
compartments and cell types of the ovary. Intra and extra ovarian control
mechanisms.
8.4) mechanism of protein/steroid hormone action in the ovary.
8.5) atresia and selection of the dominant follicle.
8.6) regulation of hormone receptors.
8.7) luteolysis.
8.8) age-related changes in ovarian structure and function.
8.9) ovarian activity during gestation.
8.10) hormone producing tumours of the ovary.
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8.11) clinical and pathophysiological correlates of disorders of the human ovary
(structure and function).
9) Thyroid function and disease states 9.1) TRH-TSH-thyroid physiology.
9.2) the diagnostic value of TSH, thyroid hormones total and free, thyroid
stimulating immunoglobulins and related diagnostic tests.
9.3) the biosynthesis, control and metabolism of thyroid hormones.
9.4) the clinical and pathophysiological correlates of hypo and hyperthyroidism,
particularly related to menstrual disorders and fertility.
9.5) pregnancy and hormone induced changes of thyroid function in the mother
and the effect of abnormal maternal thyroid function on the fetus.
9.6) thyroid physiology in the newborn, identification of cases at high risk of
neonatal thyrotoxicosis and hyperthyroid
9.7) the effects of thyroid replacement and anti-thyroid drug therapy on the
fetus.
9.8) pathophysiology of thyroiditis.
9.9) thyroid function in struma ovarii, molar pregnancy and choriocarcinoma.
9.10) the therapy of hyperthyroidism.
9.11) pharmacology of thyroid medications.
10) Adrenal function and disease states 10.1) regulation and secretion of adrenocortical functions.
10.2) clinical and laboratory assessment of adrenocortical function.
10.3) pharmacology of naturally occurring and synthetic glucocorticoids and
mineralocorticoid.
10.4) adrenocortical hypo-and hyperactivity (e.g. Cushing?s hyperplasia,
adenoma, carcinoma).
10.5) congenital adrenal hyperplasia (see Genetics).
10.6) effects of aberrations of adrenocortical function on hypothalamic-pituitary-
ovarian function, including Nelson?s syndrome.
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10.7) aldosterone and disorders of the rennin-angiotensin system.
10.8) catecholamine disorders.
11) Androgen disorders 11.1) production, physiology and metabolism of androgens in normal women
and the mechanisms of action of androgen.
11.2) the symptoms and signs of androgen excess together with any causes
based on pathophysiology of androgen excess.
11.3) the physiology of normal and abnormal hair growth.
11.4) ovarian tumors, benign and malignant, which secrete androgens.
11.5) those benign stromal changes in the ovary which may result in increased
androgen production.
11.6) polycystic ovarian syndrome and abnormal hormone production
11.7) congenital and acquired adrenal hyperplasia in terms of etiology, genital
morphology, general metabolic effects and treatment.
11.8) the management of androgen excess and hirsutism.
11.9) the pharmacology of anti-androgens.
11.10) androgen production and its control in the testis.
12) Disorders of menstruation 12.1) endocrine criteria of the normal menstrual cycle, the effects of sex steroids
on the endometrium.
12.2) the effects of steroids in relation to proliferation of the endometrium,
secretory changes, and menstruation, including spiral arteriolar change,
lysosome stability and fibrinolysis.
12.3) the physiology of menstruation.
12.4) the pathophysiology of disorders of menstruation including dysfunctional
uterine bleeding (DUB)
12.5) anovulation and the resultant hormonal change syndicating any effect on
the endometrium, including endometrial hyperplasia.
12.6) methods of quantitating menstrual blood loss.
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12.7) methods of evaluation of abnormal uterine bleeding.
12.8) the medical and surgical treatment of patients with abnormal uterine
bleeding especially DUB.
12.9) non-gynecological causes of abnormal bleeding (e.g. hypothyroidism,
blood dyscrasias and anticoagulants).
13) Amenorrhea 13.1) the pathophysiology of primary and secondary amenorrhea, including
nutritional and psychological aspects.
13.2) structural abnormalities of the genital tract associated with amenorrhea.
13.3) amenorrhea in relation to puberty and menarche.
13.4) the clinical manifestations of conditions associated with amenorrhea (e.g.
polycystic ovarian syndrome, hypopituitarism, gonadal dysgenesis).
13.5) the physiology and pathophysiology of prolactin secretion, the
management of patients with inappropriate prolactin secretion.
13.6) the technics for the evaluation and therapy of patients who require
ovulation induction.
13.7) the interpretation of tests used to evaluate amenorrhea.
13.8) a rational diagnostic and therapeutic approach to patients with
amenorrhea.
13.9) the treatment options for young women with ovarian failure, with particular
regard to future fertility.
14) Endocrine deficiency states 14.1) deficiencies of the hypothalamic-pituitary system (e.g. hypothalamic or
pituitary deficiency).
14.2) deficiencies of the thyroid including hypothyroidism in pregnant or non-
pregnant women and women on various hormonal medications including
the differentiation of hypothyroidism resulting from thyroid, pituitary or
hypothalamic disease.
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14.3) deficiencies of the adrenal, including hypoadrenalism resulting from
pituitary or adrenal diseases or hormonal medications in pregnant or non-
pregnant women.
14.4) the management of patients during the perimenopause and menopause.
The various therapies for such patients and the pharmacology of sex
hormonal preparations.
14.5) receptor and enzyme abnormalities (e.g. androgen resistant states).
15) Puberty 15.1) the normal sequence of pubertal changes in the female and male and their
chronology.
15.2) the effects of hormones on bone growth and epiphyseal closure.
15.3) the hormonal changes and gametogenesis relative to the reproductive
cycle from intrauterine life to the development of normal reproductive
cycles (e.g. gonadotrophin secretion in the fetus and the neonate),
sensitivity of the feedback system during fetal and neonatal life and
childhood, the role of adrenal androgens).
15.4) delayed puberty indicating the differential diagnosis evaluation,
appropriate therapy, and counseling.
15.5) sexual precocity indicating the differential diagnosis, evaluation,
appropriate therapy, and counseling.
16) Menopause 16.1) the epidemiology and physiology of the menopause.
16.2) all aspects of the menopause.
16.3) counseling to each individual and general public.
16.4) Topics of
- Short-term consequence
- Vasomotor Symptoms
- Urogenital Symptoms
- Sexual problems
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- Skin problems
- Long-term consequence
- Osteoporosis
- Cardiovascular disease
- Skin problem
16.5) proper various therapies for normal and complicated menopausal women.
16.6) side effects of HRT.
17) Female infertility 17.1) an appropriate history and a physical examination oriented to infertility.
17.2) evaluation of an infertile female.
17.3) the overall management of the infertile couple, knowledge related to :
17.3.1 Ovulatory disorders, including : correct utilization and
interpretation of basal body temperatures, plasma progesterone
and endometrial biopsy, diagnoses of causes of anovulation
including polycystic ovarian syndrome, syndromes of
inappropriate prolactin secretion, CNS-hypothalamic-pituitary
syndromes and other causes, selection of ovulation induction
utilizing clomipherne, human gonadotropin, bromocryptine and
other agents, appropriate monitoring of ovulation induction
including estrogen determinations, ultrasound, LHRH and other
agents.
17.3.2 Tubal disorders, including : correct utilization and interpretation
of studies of tubal function (e.g. hysterosalpingography and
laparoscopy). Indications for tubal reparative procedures
including the specific indications for microsurgery and laser
surgery.
17.3.3 Uterine factors, including: correct utilization and interpretation of
studies of the uterine cavity, such as hysterogram and
hysteroscopy and indications for corrective procedures.
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17.3.4 Endometriosis and other peritoneal diseases, including :
diagnosis and staging of endometriosis and other peritoneal
causes of infertility, knowledge of the medical management of
endometriosis (i.e. pseudopregnancy, danazol, continuous
progesting, androgen therapy, and GnRH analog), indications for
surgery for these diseases, the rationale for pharmacologic
adjuncts to surgical therapy.
17.3.5 Cervical factors, including : the several causes of cervical
infertility (e.g. chronic cervicitis, inadequate mucus production
and cervical antibody formation), utilization and interpretation of
the various tests of cervical mucus-sperm interaction : application
of current therapeutics (e.g. estrogen, antibiotic, cryosurgery,
condom therapy, artificial insemination-homologous and
heterologous).
17.3.6 Artificial insemination (homologous and heterologous
techniques), including: the indications and contraindications, the
evaluation of the male partner in infertility, proper screening of
donors to exclude genetic disorders and transmissible infection,
including HIV.
17.3.7 Adoption, including : the indications for adoption, knowledge of
appropriate counseling methods, familiarity with various local
agencies and legal implications dealing with adoption.
17.3.8 In vitro fertilization/embryo transfer, including : indications,
techniques, and limitations. Awareness of current developments
with this and related techniques of assisted reproduction.
17.3.9 Outcome of various managements, including : the statistics
related to outcome of various modalities of management of
causes for infertility. Include life table analyses.
17.3.10 Unexplained infertility, including : knowledge and evaluation of
current methods of diagnosis and therapy.
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17.4) the incidence of infertility as related to age and the prognosis for
treatment of infertility.
18) Male infertility 18.1) an appropriate history and a physical examination oriented to infertility.
18.2) evaluation of an infertile male.
18.3) Topics of
18.3.1 The cycle of spermatogenesis, including endocrinologic control,
mechanisms and its abnormalities.
18.3.2 The formation and content of seminal fluid.
18.3.3 The physiology and pathophysiology of ejaculation, including
diseases which inhibit it.
18.3.4 Abnormalities in sperm transport including ductal obstruction and
retrograde ejaculation
18.3.5 The medical and surgical therapies of male infertility.
18.3.6 The biosynthesis of estrogen, androgen and progestin by the
human testis and the biological action of testosterone in man.
18.3.7 Sperm banking. Cryobiology of semen.
18.3.8 Methods of evaluating semen quality and fertilizing capabilities.
18.3.9 Environmental factors, including drugs that may affect the
endocrine and exocrine function of the testis.
18.3.10 Sperm preparation techniques.
19) Psychosexual aspects of reproductive medicine 19.1) the psychodynamics of growth and development, puberty and the
establishment of the gender role.
19.2) antenatal hormone influence on subsequent behaviour and psychological
function.
19.3) psychological factors in amenorrheoa
19.4) the psychological changes associated with treatment of infertility.
19.5) the psychological changes associated with hormonal therapy.
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19.6) the psychological and endocrine factors associated with the
premenstrual syndrome.
19.7) the psychological and endocrine factors associated with the menopause.
19.8) the effects of infertility upon the family.
19.9) the general concepts of normal and abnormal sexual function and
gender and awareness of local facilities for counseling.
20) Surgical techniques 20.1) fertility control : including laparoscopy and laparotomy techniques.
Reversal of sterilization.
20.2) diagnostic techniques : including hysterosalpingography and
Endoscopy.
20.3) infertility surgery : including
20.3.1 uterus-reconstruction of bicornuate or septate uterus,
myomectomy, lysis of uterine synechiae.
20.3.2 tube-reparative techniques ofr tubal and /or adhesive pelvic
disease.
20.3.3 ovaries ; wedge resection, cystectomy.
20.3.4 endometriosis ; staging, surgical therapy.
20.4) the role of endoscopic surgery in the treatment of the above conditions.
20.5) developmental disorder : including those of
20.5.1 vagino-vaginal reconstruction by dilatation or surgery, imperforate
hymen, vaginal septa.
20.5.2 uterus- Mullerian anomalies with obstruction of drainage.
20.6) ambiguous genitalia : including involvement in the assignment of sex of
rearing for an infant with ambiguous genitalia, techniques for surgical
construction of unambiguous functioning female external genitalia and
vagina (e.g. vaginoplasty, clitoridectomy and clitoral resection),
indications and techniques for gonadectomy.
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20.7) complications : including the incidence and the preventive and other
therapeutic measures for immediate and late complications of
reproductive and infertility surgery.
21) Endocrinology of pregnancy 21.1) the feto-placental unit as it relates to the physiology and pathophysiology
of steroid hormones (e.g. estrogen, progestogen, corticosteroids).
21.2) the physiology of deciduas-chorionic-placental peptide hormones (e.g.,
gonadotrophins, somatomammotrophin, thyrotropin, ACTH/opioid
peptides and prolactin).
21.3) the initiation of parturition including physiology, pathophysiology and
pharmacology of prostaglandins.
21.4) the physiology of fetal adrenal glands.
21.5) the endocrine pathophysiology of the preeclampsia and eclampsia
including the possible roles of rennin, angiotensin, aldosterone and
prostaglandins (refer to fetal medicine)
21.6) the physiology and pathophysiology of fetal hypothalamic pituitary
gonadal function and pancreatic function.
21.7) the pathophysiology of altered maternal thyroid, adrenal and pancreatic
status during pregnancy.
22) Family planning and reproductive tract infection 22.1) the pharmacodynamics, metabolic effects and complications of the
various oral, injectable and implantable contraceptive preparations.
22.2) the mechanism of action and complications in intrauterine contraceptive
devices (e.g. inert, copper and progestogen containing).
22.3) the indications, advantages, disadvantages, side effects, complications,
and efficacy of traditional contraceptive methods (e.g. barrier, vaginal
spermicide and periodic abstinence) as compared to non-utilization of
contraceptives.
22.4) male contraception and sterilization.
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22.5) female sterilization.
22.6) interruption of pregnancy, including : techniques of estimation of
gestational age. The various techniques of pregnancy interruption (e.g.
postcoital contraception, menstrual extraction, medically induced
methods, dilatation and evacuation, mid trimester abortion with
prostaglandins and other agents). And details of the possible hazards
and long-term fertility complications of such procedures.
22.7) potential techniques applicable to male and female contraception
indicating any appropriate findings.
22.8) counseling techniques in family planning and reproductive tract infection.
22.9) HIV infection in Reproductive Medicine.
22.10) Management of contraceptive complications
23) Techniques of assisted reproduction 23.1) the facilities and personnel required for such a program
23.2) mechanism controlling oocyte development and maturation. The
appearance of the mature compared with an immature oocyte.
23.3) indication and contraindication of ART
23.4) methodology for inducing of preovulatory follicles and describe methods
for monitoring follicular development.
23.5) methods for oocyte retrieval, including ultrasound guided transvaginal
oocyte recovery, sperm retrieval techniques including PESA, MESA,
TESA.
23.6) techniques for extracorporeal fertilization and in-vitro growth of embryos.
23.7) the technique of embryo transfer.
23.8) the selection of patients for IVF, and gamete intra-fallopian tube transfer
(GIFT) and the expected results.
23.9) techniques for preservation of embryos.
23.10) the ethical consideration of ART.
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24) Laboratory capability 24.1) specific techniques for hormone assays (e.g. steroids, proteins
receptors).
24.2) assay validation and description of standard curve, precision, specificity,
bias, sensitivity, and assay drift.
24.3) biochemical methodology including extraction, purification and
identification of steroid and protein hormones.
24.4) enzyme kinetics as they relate to steroid and protein metabolism.
24.5) kinetics of production, distribution, interconversion and metabolism of
specific hormones.
24.6) basic molecular biology technics including oligonucleotide probes, in situ
hybridization, Southern, Western and Northern blotting, restriction
fragment length polymorphism (RFLP), polymerase chain reaction (PCR).
24.7) national and international regulations related to laboratory safety, animal
and human experimentation, radiation hazards, quality control, etc.
24.8) routine semen analysis as recommended by the World Health
Organization and computer assisted semen analysis (CASA).
24.9) sperm washing techniques : swim-up, percoll gradients.
24.10) sperm function tests : hypoosmotic swelling test, sperm cervical mucus
interaction, assay for sperm antibodies, hamster egg penetration assay
etc.
24.11) basic IVF laboratory technics : oocyte identification and grading, oocyte
culture and insemination, identification and grading of early embryo,
preparation of media for IVF, basic tissue culture technics, assisted
fertilization techniques including ICSI.
24.12) experimental design, data interpretation and statistical analysis
25) Research and thesis 25.1) Topics of
25.1.1 epidemiological techniques (e.g. cohort studies and case control
studies, cumulative rate calculation and assessment of bias).
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25.1.2 population parameters and sampling techniques.
25.1.3 measures of comparisons of means and variations.
25.1.4 analysis of
25.1.4.1 the question examined
25.1.4.2 the hypothesis
25.1.4.3 the sampling technique (including sampling bias and
sample size).
25.1.4.4 the expression and correlation of raw data.
25.1.4.5 the selection and application of appropriate statistical
tests
25.1.4.6 significance of the results.
25.1.4.7 the conclusions.
25.1.4.8 the appropriate reference which can be obtained.
25.1.5) application of the following statistical tests :
25.1.5.1 parametric tests such as unpaired, paired t-tests and
chi-square.
25.1.5.2 non-parametric tests.
25.1.5.3 correlation and regression.
25.1.6) definition of the terms significance, confidence interval, type I
error and type II error.
25.1.7) statistical analysis of assay data and evaluation of quality control.
25.1.8) the value of discussion and collaboration with the Department of
Biostatistics.
25.2) Topics of
25.2.1 experimental design (e.g. laboratory, epidemiology).
25.2.2 data acquisition, storages, interpretation and statistical analysis.
26) Teaching 26.1) some responsibility for teaching junior staff in reproductive medicine.
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26.2) full participation in the unit?s postgraduate program, with some
administrative responsibility for the organization of teaching in
reproductive medicine.
26.3) participation in the undergraduate teaching program.
27) Ethical and legal aspects 27.1) legislation, particularly recent, relevant to clinical practice.
27.2) in vitro fertilization and embryo transfer.
27.3) gamete storage and donation.
27.4) surrogacy.
27.5) fertility control.
28) Administrative experience Some administrative responsibility which will allow the development of skills
relevant to the future provision and organization of clinical services.
V. Learning Experience (Training Program)
The training program in reproductive medicine is two years in duration.
The first year is devoted to the development of clinical expertise and skill in the field of
reproductive medicine. The trainee will spend 6 months in the reproductive endocrinology,
menopause, and infertility clinic to see and evaluate patients who are referred with
gynecological endocrinologic problems or infertility. The third quarter will be spent in
gynecologic pathology and surgery, learning the techniques of laparoscopy, hysteroscopy,
tubal microsurgery and other reproductive surgery. The trainee is expected to review not only
gross but also microscopic pathology at the time of surgery on all surgical cases in which the
trainee participates. The fourth quarter will be spent in general endocrinology and genetics. The
training in general endocrinology will include rotations through the diabetes, thyroid, pituitary,
and adrenal clinics. This quarter also includes an assignment to medical genetics where the
trainee will participate in clinical as well as didactic training in medical genetics.
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In the second year, the trainee will spend 3 months in the family planning and
menopause clinic to see and manage patients who seek advice in fertility control. An elective
period of 3 months is provided for trainee to avail himself more deeply in the field of their own
interest such as clinical pharmacology, advanced immunology, reproductive physiology,
embryology, genetics, urology, or clinical imaging technics etc. The last 6 months will be spent
entirely in the laboratory, where the trainee will have a chance to learn basic laboratory technics
such as semen analysis, hormonal assays, sperm washing, sperm penetration test and other
related technics. During the two year program, the trainee will be encouraged to participate in
one or more research projects related to reproductive medicine.
Throughout the program, the fellow will be required to organize reproductive medicine
conferences, teach residents and medical students and complete at least one research paper
acceptable for publication in a medical journal or for presentation in national/ international
congress in reproductive medicine.
Month
Year 1-3 4-6 7-9 10-12
Reproductive
Endocrine,
Menopause,
Infertility Clinic, &
Sexual health
Clinical Core
Curriculum
(Clinical Tech.)
Gyn. Surgery and
Pathology.
Clinical Core
Curriculum (Surg.
Tech.)
Reproductive
Endocrine,
Menopause,
Infertility Clinic,
Family planning &
Sexual health
Didactic Core
Curriculum
General Endocrine
Clinic. Didactic Core
Curriculum
1
Reproductive Endocrine, Menopause, Family Planning & Infertility Seminars
Family Planning
Clinic
Elective Laboratory techniques 2
Research project in reproductive medicine
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VI. Evaluation
1. Formative evaluation
The assessment will be arranged by the training institute once a year. The
examinations comprise of multiple choice questions (MCQs), multiple essay questions (MEQs),
essay, and oral examination. Clinical and surgical skills, and attitude are evaluated by
observation. When the trainee is clinically competent and has acceptable attitude in
reproductive medicine, assessed by the reproductive medicine staffs, he or she will be eligible
for summative evalutation.
2. Summative evaluation
The Royal Thai College of Obstetricians and Gynecologists will conduct the
Examinations.
VII. Requirements for Trainees. To be eligible for subspecialty training in reproductive medicine a trainee have to :-
1. be an active member of The Royal Thai College of Obstetricians and Gynaecologists.
2. have a valid medical license in Thailand.
VIII. Staffs
1. Sopon Cheewadhanaraks, Assistant Professor, MD, Dip Thai Board of Obstetrics and
Gynecology, Fellowship in Reproductive Biology, Royal Women Hospital, Melbourne,
Australia, Dip Thai Board of Reproductive Medicine, Program Director
2. Sutham Pinjaroen, Assistant Professor, MD, Dip Thai Board of Obstetrics and
Gynecology, Dip in Epidemiology and Applied Statistics, Chinese University of
Hong Kong, Dip Thai Board of Reproductive Medicine
3. Verapol Chandeying, Associate Professor, MD, Dip Thai Board of Obstetrics and
Gynecology
4. Hatern Tintara, Associate Professor, MD, Dip Thai Board of Obstetrics and
Gynecology, Certificate in shortcourse training of LAVH and Laparoscopic surgery,
Arizona, USA.
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5. Chatpavit Getpook, Assistant Professor, MD, Dip Thai Board of Obstetrics and
Gynecology, M. Med. Sci. in Assisted Reproduction, Univ. of Nottingham, UK.
6. Karanrat Soonthornpun, Assistant Professor, MD, Dip Thai Board of Obstetrics and
Gynecology
7. Saranya Wattanakumtornkul, MD, Dip Thai Board of Obstetrics and Gynecology,
Certificate in Reproductive Endocrinology and Infertility, Washing University, School
of Medicine, St. Louis, Missouri, USA, Certificate in Reproductive Endocrinology and
Infertility, Mayo Clinic, Rochester, Minnesota, USA.
8. Krantarat Peeyananjarassri, MD, Dip Thai Board of Obstetrics and Gynecology,
Fellowship in Menopause, Sydney Menopause Centre, Royal Hospital for Women
Randwick, New South Wales, Australia.
9. Somchit Jaruratanasirikul, Professor, MD, Dip Thai Board of Pediatrics, Fellowship in
Pediatric Endocrinology.
10. Supamai Soonthornpun, Assistant Professor, MD, Dip Thai Board of Internal
Medicine.
11. Monthira Tanthanuch, Assistant Professor, MD, Dip Thai Board of Urology,
Certificate in Thai Studies.
12. Kobkul Tungsinmunkong, Assistant Professor, MD, Dip Thai Board of Pathology,
Fellowship in Gynecologic Pathology, University of Maryland, USA.
13. Pornprot Limprasert, Assistant Professor, MD, Ph.D. (Human Genetics), American
Board of Medical Genetics (Clinical Molecular Genetics), Research Fellow
(Neurogenetics), Postdoctoral Fellow (Human Molecular Genetics)
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IX. Clinical Workload and Facilities
9.1 Outpatients
Year
2000 2001 2002 2003
Endocrine and Infertile cases (n) 1,368 1,234 1,396 1,522
Menopause (n) 1,920 1,877 1,758 1,523
Family planning (n) 4,897 5,363 4,830 5,255
9.2 ART and Sperm bank
Year
2000 2001 2002 2003
IVF (n) 48 14 29 38
GIFT (n) 7 15 6 9
ART patients with
cryopreserved embryos (n)
15 2 18 23
IUI patients with cryopreserved
sperm (n)
1 2 28 48
9.3 Endoscopic surgery
Year
2000 2001 2002 2003
Operative laparoscopy (n) 36 31 21 52
Operative hysteroscopy (n) 7 2 22 24
Diagnostic laparoscopy (n) 172 158 159
9.4 Tubal microsurgery