13 May 2009

Chronic Pelvic Pain



Chronic Pelvic Pain
Presentation lecture by:Jennifer Griffin, MD
University of Nebraska Medical Center

Chronic Pelvic Pain
* Definition = Pain of apparent pelvic origin that has been present most of the time for 6 months
* Difficult to diagnose.
* Difficult to treat.
* Difficult to cure.
* =Physician and patient frustration.
Just because you’re a hammer doesn’t necessarily make every problem a nail.

* Gynecologic
* Gastrointestinal
* Urologic
* Musculoskeletal/ Pelvic Floor
* Psychological

Getting the History
* Nature of the Pain:
* Timing of the Pain:
* Modifying factors:

Review of Systems
* Gynecologic:
o Association with menses?
o Association with sexual activity? (be specific)
o New sexual partners/ practices?
o Symptoms of vaginal dryness / atrophy?
o Other changes in menses?
o Use of contraceptives?
o Childbirth history and any associations?
o History of pelvic infections?
o History of other gyn problems/ surgeries?

* Gastrointestinal:
o Regularity of bowel movements?
o Diarrhea/ constipation/ flatus?
o Relief with defecation?
o History of hemorrhoids/ fissures/ polyps?
o Blood in stools, melena, or mucous?
o Nausea, vomiting, or appetite change?
o Weight loss?

* Urologic:
o Pain with urination?
o History of frequent / recurrent UTIs?
o Blood in urine?
o Symptoms of urgency or incontinence?
o Difficulty voiding?

* Musculoskeletal:
o History of trauma?
o Association with back pain?
o Other chronic pain problems?
o Association with position or activity?

* Psychological:
o History of abuse (verbal/ physical/ sexual)?
o Diagnosis of psychiatric disease?
o Association with life stressors?
o Exacerbated by life stressors?
o Family/ spousal support?

* Diagnosis
o History and Physical
o Targeted imaging studies (U/S best for gyn evaluation)
o EMB/D&C
o Laparoscopy
o Cystoscopy/ Colonoscopy
o Physical therapy evaluation

* Gynecologic Origin
o Endometriosis
o Primary Dysmenorrhea
o Leiomyomas
o Dyspareunia
o Vaginismus
o Adenomyosis
o Infectious causes
o Pelvic congestion syndrome
o Pelvic organ immobility
o Cancer


* ACOG Practice


Gyn Causes

* Cyclic:
o Primary dysmenorrhea
o Endometriosis
o Adenomyosis
o Mittleschmertz
* Non-cyclic:
o Pelvic masses
o Adhesions
o Infections
o Non-gyn causes
* Related to intercourse:
o Endometriosis
o Vaginismus
o Vaginal atrophy
o Musculoskeletal
o Any non-cyclic cause could be exacerbated.

* Endometriosis
o 7-10% of women (up to 50% in premenopausal women)
o 33% of women undergoing laparoscopy for pelvic pain will be diagnosed with endometriosis
o Found in 38% of infertile women
o Family history increases risk 10x
o Significant cause of morbidity

Chronic Pelvic Pain: Cyclic
* Endometriosis: Etiology
o Retrograde menstruation
o Hematogenous/lymphatogenous
o Coelomic metaplasia
o Immunologic dysfunction

* Endometriosis: Classic Triad
o Dysmenorrhea
o Dyspareunia
o Infertility
* But may present with:
o Chronic pelvic pain
o Adnexal mass

* Endometriosis: Diagnosis
o Clinical suspicion
o Presence of endometrial glands in biopsy outside endometrial cavity
o Elevated CA-125 without evidence of other pathology
o Relief of pain with empiric GnRH agonist
o Laparoscopy
+ Multiple appearances: red, brown, scar, white, puckering, powder burn, adhesions, endometriomas
+ Multiple locations: ovary, uterosacral ligaments, cul-de-sac, rectovaginal septum, and others

* Endometriosis:
o Classification
o ASRM 1996

* Endometriosis: Treatment
o Laparoscopic removal/destruction
o NSAID’s
o OCP’s
o Danazol
o GnRH analogs x 6-12 months
o LUNA
o TAH-BSO
o Pain clinic/TENS units
o Presacral neurectomy

* Dysmenorrhea
o NSAID’s
o OCP’s
o Vitamins: B6, B1
o Mg++
o Omega-3-Fatty acids

* Leiomyomas
o Pressure
o Pain
o Degeneration
o Treatment:
+ NSAID’s
+ OCP’s
+ Lupron
+ Myomectomy
+ Hysterectomy

* Adenomyosis =endometrial glands within the myometrium

o Rarely diagnosed via ultrasound
o May be inferred with laparoscopy
o Will have complaints related to bleeding and pain.
o May be anemic.
o Definitive Dx and Tx: hysterectomy/pathology

* Dyspareunia
o Endometriosis
o Adnexal masses
o Vulvovaginitis
o Chronic endometritis
o Vaginal dryness
o Vaginal atrophy
o Obstetrical trauma
o Surgical scars
o Vaginismus

* Vaginismus
o Primary
o Secondary
o Treatment:

* Pelvic Floor Muscle Spasm and Strain
o Piriformis m.
o Coccygeus m.
o Levator ani m.
o Peripartum pelvic pain syndrome
o Treatment:

Chronic Pelvic Pain: Non-cyclic

* Pelvic congestion syndrome
* Pelvic organ immobility
* PID
* Infectious causes
* Gynecologic malignancies
* Other Gynecologic origin:
o IUD
o Intra-uterine, cervical polyps
o Ovulatory pain (Mittelschmerz)
o Ovarian retention/remnant syndrome
o Adhesions
o Adnexal cysts
o Pelvic relaxation

* Treatment of Gynecologic Problems
o Empathic listening
o Analgesics (preferably NSAID’s, avoid opioids)
o OTC products (Astroglide, Replens, KY)
o OCP’s
o Antibiotics
o Removal of IUD, polyps
o GnRH analogs
o Surgery (Destruction/removal lesions, adhesiolysis, LUNA, hysterectomy, presacral neurectomy etc)
o Biofeedback/PT
o Antidepressants and Psychotherapy
o Marital/partner counseling
o Massage
o Acupuncture
o Exercise

* Urologic Origin, Level A:
o Bladder malignancy
o Interstitial Cystitis
o Radiation Cystitis
o Urethral Syndrome

Chronic Pelvic Pain
* Bladder origin, Level B:
o Uninhibited Bladder Contractions (Detrusor dyssynergia)
o Urethral diverticulum

* Urologic origin, Level C:
o Chronic UTI
o Recurrent, acute UTI
o Urolithiasis
o Urethral caruncle
o Urologic evaluation:
+ Urinalysis
+ Urine culture
+ Urine cytology
+ Cystourethroscopy +/- hydrodistension
+ IVP

* Urologic origin: Interstitial Cystitis
o Urinary urgency/frequency
o Glomerulations
o Potassium chloride test
o Emuron
o Antihistamines
o Tricyclic antidepressants (Imipramine 25-50mg @ hs)
o Intravesical treatments: DMSO, BCG
o Avoidance of acidic foods

* Gastrointestinal Origin, Level A:
o Carcinoma of colon
o Constipation
o Inflammatory bowel disease
o Irritable Bowel Syndrome
* IBS

Chronic Pelvic Pain
* IBS Treatment
* Colon carcinoma
* Constipation
* Inflammatory Bowel Disease
* Gastrointestinal origin, Level C (no Level B):
* Musculoskeletal, Level A:
* Musculoskeletal origin, Level B:
* Musculoskeletal origin, Level C:
* Other Non-Gynecologic Origin, Level A:
* Psychological
* Other Non-Gynecologic origins, level B:
* Other Non-Gynecologic origin, Level C:
Clinical Pearl of Wisdom
Pelvic Pain Treatment Triad
6 Case Studies
* Conclusions:

Chronic Pelvic Pain.ppt

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PELVIC ORGAN PROLAPSE



PELVIC ORGAN PROLAPSE
Presentation lecture by:Neena Agarwala,M.D.
Laparoscopic Surgery & Urogynecology

Elements comprising the Pelvis
* Bones
o Ilium, ischium and pubis fusion
* Ligaments
* Muscles
o Obturator internis muscle
o Arcus tendineus levator ani or white line
o Levator ani muscles
o Urethral and anal sphincter muscles
* Endopelvic fascia
o Meshwork of collagen, elastin and smooth muscle
o Extends from the level of uterine artery to the fusion of the vagina and levator ani
o Attached to uterus is parametrium – cardinal-uterosacral ligament complex
o Attached to vagina is paracolpium – pubocervical and rectovaginal fasciae

Normal Vaginal Support Anatomy
* Bladder, upper two-third vagina and rectum lie in a horizontal axis
* Urethra, distal one-third vagina and anal canal are vertical in orientation
* Pelvic floor is horizontal and like a hammock – levator plate
* Levator ani muscles and perineal body support the vertical orientation

The axes of pelvic support
* Three support axes
* Upper vertical axis (cardinal-uterosacral ligament complex)
* Horizontal axis leads to lateral and paravaginal supports
o Two platforms pubocervical fascia and rectovaginal septum
* Lower vertical axis supports the lower third of the vagina, urethra and anal canal

DeLancey’s three levels of vaginal support
* Apical suspension
o Upper paracolpium suspends apex to pelvic walls and sacrum
o Damage results in prolapse of vaginal apex
* Midvaginal lateral attachment
o Vaginal attachment to arcus tendineus fascia and levator ani muscle fascia
o Pubocervical and rectovaginal fasciae support bladder and anterior rectum
o Avulsion results in cystocele or rectocele
* Distal perineal fusion
o Fusion of vagina to perineal membrane, body and levators
o Damage results in deficient perineal body or urethrocele

Fascial and Muscular layers of the Pelvic Floor
Attachments of cardinal/uterosacral ligaments
Perineum
External genital muscles and the Urogenital diaphragm
Pelvic Relaxation
* Cystocele
* Stress urinary incontinence
* Rectocele
* Enterocele
* Uterine and vaginal prolapse

Boat in dock analogy
* Boat- pelvic organs
* Water- levator muscles
* Moorings- Endopelvic fascial ligaments
* Problem is with the water or moorings or both
* Result is sinking of the boat
* Really the boat itself is fine

PROLAPSE

* Mutifactorial involving both neuromuscular and endopelvic fascial damage
* Relaxation of the tissues supporting the pelvic organs may cause downward displacement of one or more of these organs into the vagina, which may result in their protrusion through the vaginal introitus.

Factors promoting prolapse
* Erect posture causes increased stress on muscles, nerves and connective tissue
* Acute and chronic trauma of vaginal delivery
* Aging
* Estrogen deprivation
* Intrinsic collagen abnormalities
* Chronic increase in intraabdominal pressure

Clinical Evaluation
* Hormonal and neurologic evaluation
o Level of estrogenization
o Sensory and sacral reflex activity
* Quantitative site-specific assessment of pelvic floor components
o in lithotomy position, patient sitting
o at rest and with valsalva
o ability to contract levator and anal sphincter muscles

Patient position for evaluating pelvic floor defects
Anterior compartment defects
* Urethral hypermobility
* Cystocele
Evaluation of a cystourethrocele
Posterior compartment defects
Rectocele
Evaluation of a rectocele
Apical defects
Uterine prolapse
Complete Uterovaginal procidentia
Complete genital procidentia
Enterocele
Principles of reconstructive pelvic surgery
Conservative treatments

PELVIC ORGAN PROLAPSE.ppt

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Complications of Early Pregnancy & Pregnancy Loss



Complications of Early Pregnancy & Pregnancy Loss
Presenttaion by: Dotun Ogunyemi, MD

TOPICS
• Spontaneous abortions :
pregnancy
termination prior to 20 weeks' gestation or
less than 500-g birthweight
• Congenital abnormalities
• Chromosomal abnormalities
• Hyperemesis gravidarum
• Ectopic pregnancy: extra-uterine
gestation
• Gestational trophoblastic disease

OBJECTIVES
• To be aware of the different types and
causes of abortions
• To understand the causes and risks
factor of birth defects
• To obtain knowledge on types of
abnormal early pregnancy
• To be aware of the effects of severe
vomiting in early pregnancy

Threatened Abortion
• Bleeding through a closed cervix in first half of
pregnancy
• Bleeding of expected menses, decidual reaction,
Cervical lesions
• No effective therapy
• Half will abort
• Increased risk for preterm delivery, low birthweight,
& perinatal death
• Vaginal sonography, serial serum quantitative
human chorionic gonadotropin (hCG) levels, serum
progesterone values
• Anti-D immunoglobulin because up to 5 % of D-
negative women become isoimmunized

Inevitable Abortion
• Leaking amniotic fluid
• Cervical dilatation
• Heavy bleeding
• Severe pain
• Impending abortion
• Risk of incomplete abortion or sepsis
• Uterine evacuation

Incomplete Abortion
• Partial expulsion with retained products
of conception (POC)
• Open internal cervical os, bleeding,
• Ultrasound or pelvic exam shows POC
• Hemorrhage, Sepsis
• Uterine evacuation
• Complete Abortion
• Closed internal cervical os
• Ultrasound = Normal endometrial stripe

Missed Abortion
• Dead products of concept is
retained inside uterus
• Maybe associated with
coagulation defects
• Expectant, medical or surgical
management

Recurrent Abortion
• 3 or more consecutive spontaneous
abortions
• Risk of 1 loss = 10-15 %,
• Risk of 2 losses = 2.3 %
• Risk of 2 losses = 0.34 %
• Parental cytogenetic analysis
• Antiphospholipid antibodies
• If previous liveborn; risk for subsequent
abortion was 30 %.
• If no liveborn, the risk of subsequent
abortion was 46 %

Frequency of chromosomal anomalies in abortuses & stillbirths.
First- and second-trimester spontaneous abortions
by maternal age.
Findings in Abortuses
Abnormality not specified
Sex chromosome polysomy
Mosaic trisomy
Autosomal monosomy G
Others—XXY, monosomy 21
Triple trisomy
Double trisomy
Structural anomaly
Tetraploidy
Triploidy
Monosomy X (45,X)
Autosomal trisomy
Abnormal (aneuploid)
Normal (euploid), 46,XY& 46,XX

Chromosomal Studies
Incidence in Percent
Chromosomal Findings in Abortuses

Etiology ofAbortions
FETAL
Abnormal Zygotic
Development (40%)
Aneuploid Abortion (50%)
MATERNAL: Systemic
Infections
Chronic Diseases
Tuberculosis
carcinomatosis.
Celiac sprue
MATERNAL: ENDOCRINE
Hypothyroidism
Diabetes Mellitus
Progesterone Deficiency
MATERNAL: Environment
Tobacco Alcohol
Caffeine
Radiation
intrauterine devices failure
anesthetic gases
MATERNAL: Systemic
Antiphospholipid
antibodies
Inherited Thrombophilia
MATERNAL: Local
Uterine leiomyomas
Asherman syndrome
Müllerian duct defects
DES offsprings
Incompetent Cervix
Physical Trauma
PATERNAL
FACTORS

Cervical Incompetence
• Painless cervical dilatation in 2nd
trimester, with prolapse and ballooning of
membranes into the vagina, followed by
expulsion of an immature fetus.
• Transvaginal ultrasound cervical length &
funneling
• Previous trauma to the cervix—dilatation
and curettage, conization, cauterization, or
amputation, delivery
• Abnormal cervical development,
diethylstilbestrol
• McDonald cerclage or Shirodkar cerclage

McDonald cerclage

Abortion Techniques
Medical Techniques
Intravenous oxytocin
Intra-amnionic hyperosmotic
fluid saline or urea
Prostaglandins
Intra-amnionic injection
Extraovular injection
Vaginal insertion
Parenteral injection
Oral ingestion
Antiprogesterones—RU 486
(mifepristone) & epostane
Methotrexate—intramuscular
& oral
Various combinations
Surgical techniques
Cervical dilatation
followed by uterine
evacuation
Curettage
Vacuum aspiration
(suction curettage)
Dilatation and
evacuation(D & E)
Dilatation and
extraction (D & X)
Menstrual aspiration
Laparotomy:
Hysterotomy
Hysterectomy

Septic Abortion
• Criminal abortion Spontaneous abortion
• Legal elective abortion
• Anaerobic bacteria; coliforms, Haemophilus
influenzae, Campylobacter jejuni, group A
streptococcus
• COMPLICATIONS:
• Severe hemorrhage
Bacterial shock
• Acute renal failure
Uterine infection
• Parametritis
Peritonitis
• Endocarditis
Septicemia
• DIC
Infertility
• TREATMENT:
• supportive care; antimicrobials & evacuation

Hyperemesis gravidarum (HEG)
• Nausea and vomiting occurs in 50-90% of
pregnancies (morning sickness)
• HEG =persistent nausea & vomiting
associated with ketosis and weight loss (>5%
of prepregnancy weight)
• ETIOLOGY
• Unknown
psychological,
• sociocultural factors,
HCG levels,
• estradiol levels,
gastric dysrhythmias
• Vestibular and olfaction dysfunction

HEG: Risk Factors
• Hyperthyroid disorders
Psychiatric d
• Previous molar disease
Gastrointestinal d.
• Pre-gestational diabetes
Asthma
• Female fetuses
Multiple fetuses
• Occupational status
Fetal anomalies
• Increased body weight
Infertility
• Nausea & vomiting in a prior pregnancy
• Prior intolerance to oral contraceptives.
• Maternal smoking & older maternal age
decreased risk.
• DIAGNOSIS OF EXCLUSION.

HEG treatment & outcome
• Intravenous fluids
Diet
• Anti-histamines
Vitamin B6
• Anti-emetics
Ginger
• Promotility agents
Parenteral Nutrition
• if low pregnancy weight gain, increased risks
of:
• Low birth weight,
• Small for gestational age,
• Preterm delivery
• 5-minute Apgar <7.

Congenital abnormalities
• Malformation: "programmed" to develop
abnormally; thus intrinsically genetically
abnormal.
• Deformation: a genetically normal structure
develops an abnormal shape because of
mechanical forces imposed by the uterine
environment
• Disruption: severe change in form or
function when genetically normal tissue is
modified due to a specific insult
• Phenocopies

Spina bifida
anencephaly

omphalocele
gastroschisis

Endocardial cushion defect
Hypoplastic Left Heart
4 chambered heart

Teratology
• Dose:
• No effect at low dose,
• Organ effect at immediate dose
• Severe effect/abortion at high dose
• Timing:
• Up to 2 weeks gestation: all or none effect
• 3-8 weeks gestation is period of
organogenesis when can birth defects occur
• After 4
th
month usually decreased growth

Oligohydramnios, growth restriction, limb
shortening, maldevelopment of calvarium
ACE Inhibitors = renal
ischemia,
Microcephaly & severe brain damage
Methyl Mercury:
neuronal
& cell division migration
skull defects, cutis aplasia, porencephaly,
subependymal/periventricular cysts, ileal
atresia, cardiac anomalies; visceral infarcts
Cocaine: vascular
disruption
ileal atresia; hydrocephaly, hand defects,
microcephaly, omphalocele, gastroschisis,
cleft lip/ palate,
Tobacco: vascular
disruption
Phocomelia; Limb-reduction defects
Thalidomide
dysmorphogenesis/disruption
CNS & skeleton defects

Antifungals
vaginal clear-cell adenocarcinoma,adenosis,
cervix/vagina defects, hypospadias
Diethylstilbestrol (DES)
25%
Ear defects, cardiac outflow tract defects ,
hydrocephaly system, & thymus aplasia
Isoretinoin

Clefts, cardiac anomalies, urinary tract
malformations
Phenobarbital 10–20%
Neural-tube defects
Carbamazepine
Valproate 1–2%
Fetal hydantoin syndrome: craniofacial
anomalies, fingernail hypoplasia, growth
deficiency, developmental delay, cardiac
defects, facial clefts
Phenytoin 5–11%
accumulation in fetal tissues of
free oxide radicals, with
toxic,carcinogenic, mutagenic
effects.
Fetal warfarin syndrome: nasal & midface
hypoplasia; stippled vertebral and femoral
epiphyses.
Dorsal CNS dysplasia, mental retardation
Coumarin: 9%
inhibiting
posttranslational carboxylation
of coagulation proteins.
hemorrhage leading
to disharmonic growth and
deformation from scarring
IUGR, craniosynostosis , microcephaly,
limb abnormalities
Anti-neoplastic drugs
Fetal alcohol syndrome: Craniofacial
anomalies; Cardiac defects; Behavior
disturbances, Failure to thrive, ADD
Alcohol

Fetal alcohol syndrome. A. At 2 ½ years. B, C. At 12 years. Note persistence of short palpebral fissures
Fetal alcohol syndrome

Toxoplasmosis
Syphilis
Rubella
CMV
HSV
Varicella
Congenital Infections

Intracranial
Infections
Hydrops: Features
Scalp edema
Ascites
Dilated ventricles with
bilateral perventricular
calcifications (arrows)
Congenital Infections
Hepatomegaly,
Splenomegaly

ANEUPLOIDY
• Trisomy: extra chromosome nondisjunction
of meiosis I increases with maternal age
• Only autosomal trisomies 13, 18, and 21
result in viable term pregnancies
• Monosomy: missing a chromosome
monosomy X,
• Polyploidy: number of haploid chromosomal
complements hydatidiform mole fertilization
of one egg by two sperm
This is 45 slides presentation in pdf format

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