PAEDIATRIC
GENERAL SURGERY
DEFINITION:Pediatric
General Surgery is the field of medicine that encompasses a broad range of
diseases and malformations, both operative and non-operative, from the fetal
period until the late teenage years. In addition to the body areas/systems
covered by General Surgery, Pediatric General Surgery also deals with
non-cardiac thoracic conditions and specific genito-urinary and gynecological
problems in children. These are detailed in the Primary Objectives. Other topics
that may be covered by Pediatric General Surgery, under some circumstances, are
listed in the Secondary Objectives.
GENERAL
OBJECTIVES:The
objectives of training in Pediatric General Surgery are to develop a Pediatric
General Surgeon who can assume complete responsibility for the preoperative,
operative, and postoperative management of the problems relegated to his area of
special expertise and who can interact appropriately with allied colleagues
involved in the care of pediatric patients. Additionally, it is expected that
the resident in Pediatric General Surgery will develop the sensitivity required
to deal not only with pediatric patients, but their families; while maintaining
the attitude and deportment commensurate with the primary care of pediatric
patients. Interwoven within these objectives will be those of an ethical and
academic nature that will reflect the conscience of modern Pediatric General
Surgery and help shape its future. The summary objectives are to ensure that
pediatric surgeons maintain the leadership and direction of the profession of
Pediatric General Surgery.
Different geographic locations place different
demands on pediatric surgeons. However, some educational objectives are
considered mandatory and basic to the practice of Pediatric General Surgery and
will be referred to as Primary Objectives. Certain other objectives are
considered desirable and appropriate to include under the umbrella of Pediatric
General Surgery, but are dependent on the trainee's personal objectives or those
of the environment in which the resident intends to work.
For both sets of objectives, comprehensive and
thorough understanding of the subjects listed will be expected. This will
include, where appropriate, embryology, anatomy, physiology, pathology, natural
history (both pre- and postnatal), diagnosis and management.
SPECIFIC
OBJECTIVES:At the completion of training, the resident will have
acquired the following competencies and will function effectively as:
Medical Expert/Clinical Decision-Maker
General Requirements
- Demonstrate
diagnostic and therapeutic skills for ethical and effective patient care.
- Access
and apply relevant information in clinical practice.
- Demonstrate
effective consultation services with respect to patient care, education
and legal opinions.
Specific Requirements
PRIMARY KNOWLEDGE OBJECTIVES
4.
Head and neck
Demonstrate knowledge of and
the capacity to manage patients in relation to the knowledge of the differing
patterns of disease, natural history, and responses to treatment of head and
neck disease in children. This will include:
- congenital
lesions: thyroglossal duct cyst, branchial cleft cysts; sinuses and
other remnants; cystic hygromas / lymphangiomas, hemangiomas
- salivary
glands (parotid, submaxillary): tumours, hemangiomas,
inflammation/calculi
- neck
masses: inflammatory (acute and chronic adenitis); tumours (lymphoma,
rhabdomyosarcoma, neuroblastoma, teratoma, (nasopharyngeal carcinoma);
congenital torticollis
- cranial
trauma: diagnosis and emergency management including indications for
increased intracranial pressure (ICP) monitoring, Glasgow Coma Scale
(GCS)
- cervical
trauma: injuries to the esophagus, trachea, blood vessels; airway
management; tracheostomy; recognition and emergency management of
cervical spine fractures
5.
Non-Cardiac Thoracic Surgery
Demonstrate knowledge of and
the capacity to manage patients in relation to the knowledge of the differing
patterns of disease, natural history, and responses to treatment of non-cardiac
chest conditions in children. This will include:
- esophageal
atresia and tracheoesophageal fistula (TEF): embryology, pathologic
types, diagnosis, treatment, complications with their treatment
- esophageal
achalasia, webs, stenosis (congenital and acquired), duplications
- acquired
esophageal conditions: gastroesophageal (GE) reflux, Barrett's
esophagus, hiatal hernia; strictures, perforations (cervical, distal),
foreign bodies, lye ingestion
- congenital
lung lesions: cystic adenomatoid malformation (CCAM), pulmonary
sequestration, lobar emphysema, blebs and spontaneous pneumothorax;
hypoplasia and pulmonary hypertension
- acquired
lung lesions: emphysema, abscess/pneumatocele, empyema, chylothorax,
pulmonary metastases, infiltrates in immunosuppressed patients, lung
complications in cystic fibrosis (CF).
- congenital
airway lesions: stenosis, broncho- and tracheomalacia
- acquired
airway lesions: bronchial adenoma (carcinoids, etc.); recognition of
foreign body aspiration
- mediastina
lesions: cysts, tumors according to location (anterior, middle,
posterior)
- chest
wall conditions: pectus excavatum and carinatum; tumors; reconstruction
- diaphragmatic
conditions: congenital diaphragmatic hernia (Bochdalek, Morgagni);
diaphragmatic eventration and phrenic nerve palsy; trauma
6.
Abdomen
Demonstrate knowledge of and
the capacity to manage patients in relation to the knowledge of the differing
patterns of disease, natural history, and responses to treatment of abdominal
disease in children. This will include:
- gastrointestinal
physiologic issues: secretions, absorption, motility, blood supply;
continence, defecation; short bowel syndrome, intestinal adaptation;
physiologic testing (manometry, pH study)
- gastric
conditions: pyloric stenosis (including physiologic disturbances),
antral web; spontaneous perforation, antral dysmotility; stress ulcer,
gastritis and other forms of acid-peptic disease
- duodenal
conditions: atresia, stenosis, webs (including windsock variant);
diverticula, duplications; peptic ulcer
- small
intestinal conditions: malrotation, jejunoileal atresia / stenosis,
meconium ileus and equivalent; Meckel's diverticulum and related
vitelline duct anomalies; necrotizing enterocolitis (NEC);
intussusception; duplications, mesenteric cysts; neoplasms; Crohn's
disease; congenital bands, mesenteric defects, bowel obstruction
- colonic
conditions: appendicitis; inflammatory bowel disease, typhlitis;
meconium plug syndrome, intestinal pseudo-obstruction; Hirschsprung's
disease, neuronal intestinal dysplasia; colonic atresia, polyps
(juvenile, familial, adenomatous)
- anorectal
conditions: imperforate anus (and variants); fissures, abscesses,
fistulae, condylomata, rectal prolapse; constipation, fecal incontinence
- hepatic
conditions: congenital and acquired liver cysts, trauma, tumors (see
oncology section); portal hypertension; liver abscess
- biliary
conditions: biliary atresia, biliary hypoplasia; bile duct perforation,
choledochal cyst; gallstones, acute / chronic cholecystitis; physiologic
jaundice, cholestatic syndromes; liver transplantation (indications,
complications, results)
- splenic
conditions: hereditary spherocytosis, thalassemia, sickle cell disease;
red blood count (RBC) enzyme deficiencies (pyruvate-kinase,
hexose-kinase); other hemolytic anemias, idiopathic thrombocytopenic
purpura (ITP); Gaucher's disease, splenic cyst, lymphangioma, abscess
- pancreatic
conditions: cystic fibrosis; pancreas divisum, annular pancreas;
pancreatitis (trauma, lipid, steroid, drug induced, gallstone induced,
ductal anomaly); congenital cysts, pseudocysts, tumours, hyperinsulinism
- abdominal
wall conditions: gastroschisis, omphalocele and variants; hernias
(umbilical, inguinal, epigastric, femoral, etc.); vitelline duct
remnants; umbilical granuloma
- abdominal
trauma: intestinal trauma, lap belt injury; hepatic trauma (operative
and non-operative management, hemobilia); splenic trauma (non-operative
management, indications for surgery, splenorrhaphy, partial splenectomy,
vaccines, prophylactic antibiotics, splenectomy risks)
7.
Genitourinary Tract Conditions
Demonstrate knowledge of and
the capacity to manage patients in relation to the knowledge of the differing
patterns of disease, natural history, and responses to treatment of
genitourinary conditions in children. This will include:
- penis:
phimosis, paraphimosis, balanitis, circumcision (indications and
contra-indications, including complications and their treatment)
- inguinoscrotal
area: cryptorchidism, varicocele, hydrocele, acute scrotum (torsion,
etc.)
- bladder:
exstrophy (bladder, cloacal); urachal anomalies
- tumours:
see oncology section
- trauma:
kidney, ureter, bladder with adequate knowledge of pelvic fractures and
urethral injuries
8.
Gynecologic Conditions
Demonstrate knowledge of and
the capacity to manage patients in relation to the knowledge of the differing
patterns of disease, natural history, and responses to treatment of gynecologic
conditions in children. This will include:
- congenital
conditions: vaginal atresia, hemato/hydro(metro)colpos, bifid vagina,
duplex uterus, urogenital sinus
- inflammatory
conditions: pelvic inflammatory disease, vulvovaginitis, vulvar abscess,
fusion labia minora
- traumatic/mechanical
conditions: vaginal laceration, child abuse; torsion (normal ovary,
cyst, tumour)
- neoplastic
conditions: ovarian cysts (follicular, teratomatous, carcinomatous,
serous, mucinous); ovarian solid tumours (yolk sac, teratoma, carcinoma,
theca/lutein, arrhenoblastoma, dysgerminoma); vaginal and uterine tumors
(yolk sac, rhabdomyosarcoma); vulvar lesions (cysts, nevi, hemangioma)
9.
Intersex Anomalies
Surgeons will care in
collaboration with other health care professionals for children with intersex
anomalies. They must therefore demonstrate knowledge of and the capacity to
manage patients with these conditions based on a knowledge of the differing
patterns of disease, natural history, and responses to treatment. This will
include patients with adrenogenital syndrome (variants, enzyme deficiencies,
diagnosis and treatment), mixed gonadal dysgenesis, true and pseudo-hermaphroditism;
and testicular feminization syndrome.
10.
Endocrine Anomalies
Surgeons will care in
collaboration with other health care professionals for children with endocrine
anomalies. They must therefore demonstrate knowledge of and the capacity to
manage patients with these conditions based on a knowledge of the differing
patterns of disease, natural history, and responses to treatment. This will
include:
- thyroid
problems: hyperthyroidism (diagnosis, medical therapy, management of
thyroid storm, preparation for surgery, surgical techniques);
thyroiditis; tumours (role of FNAC [fine-needle aspiratory cytology],
other diagnostic techniques; therapy by type, multiple endocrine
neoplasia syndromes); management of thyroid mass following neck
irradiation; postoperative management (hypocalcemia, respiratory
distress, hoarseness, follow-up for malignancy)
- parathyroid
conditions: hypoparathyroidism; hyperparathyroidism (primary, secondary,
tertiary)
- breast
conditions: neonatal hypertrophy, mastitis; gynecomastia; nipple
discharge; fibroadenoma, fibrocystic disease; cystosarcoma phyllodes;
premature thelarche
- gastrointestinal
problems: gut hormones; all endocrine disorders affecting the
gastrointestinal tract
- pancreatic
conditions: hyperinsulinism (newborn - adenoma vs. neonatal pancreatic
dysplasia, diagnosis, medical and surgical treatment; older child -
adenoma, hyperplasia); Tumours (islet cell tumours, VlPoma, gastrinoma
including Zollinger-Ellison (Z-E) syndrome); see also gastrointestinal
and trauma sections
- adrenal
conditions: adrenocortical tumours (aldosteronoma - Conn's syndrome;
Cushing's syndrome -hyperplasia vs. carcinoma ; virilizing tumours) ;
pheochromocytoma (diagnosis, sites including extra-adrenal, bilateral,
localization techniques, surgery - perioperative (peri-op) blood
pressure control, technique, search for multiple/extra-adrenal tumours);
also see section on tumours
- testicular
conditions: cryptorchidism; tumours - see genitourinary (GU) section
11.
Oncology
Surgeons will care in
collaboration with other health care professionals for children with cancer.
They must therefore demonstrate knowledge of and the capacity to manage patients
with these conditions based on a knowledge of the differing patterns of disease,
natural history, and responses to treatment. This will include:
- general
principles: oncogenes, DNA-flow cytometry (diploid, aneuploid);
paraneoplastic and tumour associated syndromes (e.g., opso-myoclonus);
hyperthermia, immunotherapy, radiation biology, immunosuppression and
opportunistic infections, cancer nutrition, chemotherapy and drug
action; surgical complications of chemotherapy and bone marrow
transplantation
- renal
tumors: Wilms' tumour, mesoblastic nephroma, nephroblastomatosis,
adenocarcinoma
- adrenal
tumors: neuroblastoma, ganglioneuroblastoma, carcinoma
- liver
tumours: benign (hemangioma, hemangiomatosis, hemangioendothelioma,
hamartoma, adenoma, focal nodular hyperplasia [FNH]); malignant (hepatoblastoma,
hepatoma)
- soft
tissue sarcomas: rhabdomyosarcoma (all sites; principles of therapy
according to site/histology), fibrosarcoma, leiomyosarcoma, liposarcoma,
neurofibromas
- teratomas:
sacrococcygeal and gonadal tumours with embryology, pathology, familial
teratomas, associated syndromes; other teratoma sites
- lymphoma:
Hodgkin's Disease; Non-Hodgkin's Disease, including pathology (surface
markers), sites, patterns of presentation including
post-transplantation/AlDS (acquired immunodeficiency syndrome)
- bone
tumours: osteogenic sarcoma and Ewing's sarcoma (including peripheral
neuroendocrine tumors [PNET]) as they relate to pediatric surgical
intervention (rib resection, lung metastases, etc.)
- gonadal
tumours: see gynecology and genitourinary sections
12.
Critical Care and Trauma
Surgeons will care in
collaboration with other health care professionals for critically ill and
injured children. They must therefore demonstrate knowledge of and the capacity
to manage patients with these conditions based on a knowledge of the differing
patterns of disease, natural history, and responses to treatment. This will
include:
- fluids
and electrolytes: maintenance requirements, management of dehydration,
third-space loss; renal output, acid-base equilibrium; correction of
peri-op electrolyte disturbances
- shock:
hypovolemic (hemodynamic monitoring, resuscitation, crystalloid vs.
colloid), cardiogenic (inotropic agents, etc.), septic (hyperdynamic
state, fluid resuscitation, Swan-Ganz monitoring, antibiotics)
- pulmonary
physiology: normal lung function and volumes, ventilation/perfusion
abnormalities; ventilators (pressure vs. volume cycled, positive
end-expiratory pressure [PEEP], continuous positive airway pressure [CPAP],
intermittent mandatory ventilation [IMV], high frequency and jet
ventilation); adult respiratory distress syndrome [ARDS]
- nutrition:
normal caloric requirements by age groups, carbohydrate, fat and protein
contributions and concentrations, vitamins, trace elements, minerals;
nutritional assessment techniques; enteral vs. parenteral nutrition;
enteral formulas, defined diets; parenteral nutrition (peripheral vs.
central solutions, techniques, complications
- coagulation:
normal coagulation cascade; management of specific coagulation disorders
(hemophilia, von Willebrand's disease, diffuse intravascular and
consumptive coagulopathy, fibrinolysis, sick platelet syndrome,
idiopathic thrombocytopenia purpura, thrombosis; effects of heparin,
anti-platelet agents, thrombolytics
- anesthesia:
inhalation agents, muscle relaxants, recognition and management of
malignant hyperthermia; differential diagnosis and treatment of cardiac
arrest during surgery; management of postoperative pain in infants and
children
- extra-corporeal
membrane oxygenation (ECMO): indications in neonates and older children,
techniques of cannulation, monitoring, and complications
- trauma:
demographics, epidemiology; recognizable patterns of injury (i.e., seat
belt syndrome, patterns of child abuse); initial priorities; principles
of operative and non-operative management of head, neck, chest, abdomen,
pelvis, genitourinary and extremity trauma
- burns:
pathophysiology of severe burn injury; fluid resuscitation (initial and
maintenance); nutritional management
13.
Neonatology
Surgeons will care in
collaboration with other health care professionals for premature and ill
newborns. They must therefore demonstrate knowledge of and the capacity to
manage patients with these conditions based on a knowledge of the differing
patterns of disease, natural history, and responses to treatment. This will
include:
- physiology
of the premature infant: comparison with small for gestational age
infants, complications, fluid requirements, thermal neutrality, response
to cold, metabolic rate, renal function, hepatic immaturity, formulas
and caloric requirements, etc.
- hyperbilirubinemia:
physiology, phototherapy, exchange transfusion, cholestasis
hypoglycemia, hypocalcemia
- intracranial
bleeding: staging, techniques of diagnosis, site of blood, management,
outcome newborn respiratory distress syndrome: etiology, diagnosis,
treatment, complications
- neonatal
sepsis: immune status (comparison of premature and full-term infant),
diagnostic workup, bacteriology, treatment, pharmacokinetics
14.
Skin and Subcutaneous Tissues
Demonstrate knowledge of and
the capacity to manage patients in relation to the following knowledge of the
differing patterns of disease, natural history, and responses to treatment of
cutaneous and subcutaneous conditions in children. This will include skin and
subcutaneous lesions (nevi, nevus sebaceous, pilomatrixoma, juvenile melanoma;
hemangioma, lymphangioma, lipoma; dermoid and epidermoid cyst), ingrown toenails
and paronychia; and pilonidal sinus and abscess.
15.
Transplantation
Surgeons will care in
collaboration with other health care professionals for children with organ
transplants. They must therefore demonstrate knowledge of and the capacity to
manage patients with these conditions based on a knowledge of the indications
for liver, kidney, small bowel transplants, and of immunosuppressive agents
(effects and complications).
PRIMARY SKILLS OBJECTIVES
By the end of training, the
resident should have acquired and demonstrate the following generic skills, as
they apply to a pediatric surgical practice.
p.
Surgical Skills
The resident is expected to be
able to perform independently the full spectrum of operative interventions
related to the primary Pediatric Surgery conditions listed above. Several
additional areas of skill expertise are listed below.
q.
Trauma
The Pediatric Surgery resident is expected to:
- function
as a trauma team leader
- function
as the operating surgeon for pediatric multiple trauma patients, and as
supervising surgeon in an operating room in which several specialty
groups may be working simultaneously
- have
primary responsibility for the non-operative care of the trauma patient
including major burns
- be
able to obtain airway and vascular access in the trauma patient, and
perform appropriate diagnostic procedures
r.
Endoscopy
The resident should be familiar
with the indications, techniques and complications of:
- laryngoscopy,
bronchoscopy
- esophagoscopy
/ gastroscopy / duodenoscopy
- thoracoscopy
- laparoscopy
- proctosigmoidoscopy
/ colonoscopy
s.
Other Procedures
The resident should be familiar
with the indications, techniques and complications of:
- central
line insertion (temporary and long-term), implantable ports
- tracheostomy
Communicator
General Requirements
- Obtain
and synthesize relevant history from patients, their families and the
community.
- Discuss
appropriate information with parents / families and the health care team.
- Listen
effectively.
- Demonstrate
effective communication skills.
Specific Requirements
- Demonstrate
an appreciation of the unique psychological needs of pediatric patients.
- Demonstrate
an appreciation of the unique relationship between pediatric patients and
their families and be able to deal effectively and compassionately with
family members by establishing therapeutic relationships.
Collaborator
General Requirements
- Consult
effectively with other physicians and health care professionals.
- Contribute
effectively to other interdisciplinary team activities.
Specific Requirements
- Use
effectively the team approach in the management of critically and
chronically ill patients, such as newborns with congenital anomalies and
children with cancer, inflammatory bowel disease, or transplantation.
Manager
General Requirements
- Utilize
resources effectively to balance patient care, learning needs, and outside
activities.
- Allocate
finite health care resources wisely.
- Work
effectively and efficiently in a health care organization.
- Utilize
health care technology to optimize patient care, life-long learning and
other activities.
Specific Requirements
- Demonstrate
an appreciation of the economic factors that influence decision-making and
the impact of such factors on families.
- Understand
the principles and practice of quality assurance and improvement, and
actively participate in hospital-based quality assurance and improvement
programs.
Health Advocate
General Requirements
- Identify
the important determinants of health affecting patients.
- Contribute
effectively to improved health of patients and communities and injury
prevention.
- Recognize
and respond to those issues where advocacy is appropriate.
Specific Requirements
- Be
knowledgeable about appropriate use of car safety restraints according to
the child's size (i.e., rear-facing infant seats, forward-facing car
seats, booster seats, lap-shoulder belts).
- Contribute
to health-maintenance advocacy for children, including such areas as
travel safety, helmet use, children operating machinery and accessibility
to firearms.
Scholar
General Requirements
- Develop,
implement and monitor a personal continuing education strategy.
- Critically
appraise sources of medical information.
- Facilitate
learning of patients, housestaff / students and other health care
professionals through formal and informal teaching opportunities.
Specific Requirements
- Contribute
to development of new knowledge to foster the academic growth of the
specialty of Pediatric Surgery by participating in scholarly work.
Professional
General Requirements
- Deliver
highest quality care with integrity, honesty and compassion.
- Exhibit
appropriate personal and interpersonal professional behaviours.
- Practise
medicine ethically consistent with obligations of a physician.
Specific Requirements
- Demonstrate
sensitivity to age, gender, culture and ethnicity in dealing with patients
and their families.
- Understand
the ethical principles as related to the complex issue of congenital
abnormalities and as applied to children submitted to medical treatment,
research, etc.
- Recognize
the importance of maintenance of competence and evaluation of outcomes.
- Understand
the legal issues related to consent, confidentiality, and refusal of
treatment.
Medical Expert/Clinical Decision-Maker
SECONDARY KNOWLEDGE OBJECTIVES
Emergency Care of Croup and Epiglottiditis
- Cardiac
Surgery
- Patent
ductus arteriosus (PDA), coarctation, arch anomalies, vascular ring /
sling (esp. as related to pediatric general surgical complications)
- systemic/pulmonary
shunts, pericardiectomy, pulmonary artery banding
- atrial
septal defect (ASD), ventricular septal defect (VSD), septum primum
- tetralogy
of Fallot, transposition of great vessels (TOGV), arterio-venous (A-V)
canal, hypoplastic left heart
- cardiac
transplantation
- Vascular
Conditions
- management
of vascular injuries
- methods
of arterial reconstruction
- management
of renal vascular hypertension related to arterial disorders (stenosis,
fibromuscular dysplasia, abdominal coarctation)
- angiographic
and Doppler imaging: indications and techniques
- A-V
fistulas for dialysis
- Urology
- kidney:
ureteropelvic junction (UPJ) obstruction, duplex systems, renal
transplantation
- ureter:
vesicoureteral reflux (principles of therapy and correction),
megaureter, ectopic ureter, ureterocele, ureteral duplication and
associated problems, ureteroureterostomy
- stones:
kidney (open vs. endourologic therapy), ureteral, bladder including
metabolic aspects
- bladder:
diverticulum, neurogenic bladder, bladder neck obstruction, bladder
augmentation
- urethra:
hypospadias, epispadias, urethral valves (anterior and posterior)
- urinary
diversion: indications and techniques (vesicostomy, nephrostomy,
ureterostomy, colonic conduit, continent diversions)
- endoscopy
of the urinary tract, urodynamics, evaluation of hematuria
- peritoneal
dialysis and hemodialysis access
- Plastic
Surgery
- head
and neck: contractures, facial anomalies, wounds
- skin:
frostbite, soft tissue injury, wound healing, wound management
- hand:
infection, lacerations (recognition of nerve and tendon injury)
- burns:
recognition and management of burn wound infection (including wound
biopsy techniques); burn wound excision; use of skin substitutes; burn
rehabilitation, (including psychological effects and recovery)
- techniques:
skin grafting, microsurgery, use of flaps and Z-plasty
- Orthopedics
- traumatic:
pulled elbow, major long bone injury (femur, humerus, supracondylar
fracture, Volkman's ischemic contracture, ankle, wrist injury, knee
injury and dislocation, compartment syndrome
- congenital:
hip dislocation, club foot
- acquired:
osteochondritis dissecans, slipped capital femoral epiphysis
- scoliosis:
idiopathic, hemivertebrae
- tumours
(osteogenic sarcoma, Ewing's tumour): concepts of limb salvage,
chemotherapy, (management of pulmonary metastases = primary objective)
- Neurosurgery
- spina
bifida, tethered cord
- V-P
(ventriculoperitoneal) shunt complications
- midline
dermoid lesions
SECONDARY SKILLS OBJECTIVES
Experience is recommended in the following areas:
- Other
thoracic surgery
- laryngotracheoplasty
- tracheobronchial
reconstruction
- bronchoscopy
for tracheo-bronchial foreign bodies
CONTENT AND
ORGANIZATION OF THE RESIDENCY PROGRAM
There must be an organized
program of rotations and other educational experiences, both mandatory and
elective, designed to provide each resident with the opportunity to fulfill the
educational requirements and achieve competence in the specialty.
The content and organization of each accredited
program in pediatric general surgery must be consistent with the specialty
training requirements.
The resident must be provided with progressively
increasing responsibility for the management of surgical patients. Operative
experience, ultimately including the major procedures in the specialty, must be
provided under appropriate supervision. A statement regarding the
responsibilities of senior residents in major procedures will be required.
RESOURCES:There
must be sufficient resources including teaching faculty, the number and variety
of patients, physical and technical resources, as well as the supporting
facilities and services necessary to provide the opportunity for all residents
in the program to achieve the educational objectives and receive full training
as defined by the specialty training requirements in pediatric general surgery.
In those cases where a university has sufficient
resources to provide most of the training in pediatric general surgery but lacks
one or more essential elements, the program may still be accredited provided
that formal arrangements have been made to send residents to another accredited
residency program for periods of appropriate prescribed training.
Learning environments must include experiences
that facilitate the acquisition of knowledge, skills, and attitudes relating to
aspects of age, gender, culture, and ethnicity appropriate to pediatric general
surgery.
- Teaching
Faculty
There must be at least three
teaching staff with acceptable qualifications to provide appropriate teaching
and supervision of residents. The surgeons attached to each clinical teaching
service must hold acceptable qualifications.
- Number
and Variety of Patients
The number and variety of
patients available to the program on a consistent basis must be sufficient to
meet the educational needs of the residents.
- Clinical
Services Specific to Pediatric General Surgery
- In-Patient
Pediatric surgical services
participating in the pediatric general surgery program must be organized into
one or more formal clinical services, each with an adequate number of patients
available for teaching and administered by a chief-of-service to whom the senior
resident is directly responsible.
- Ambulatory
In-patient and out-patient
facilities should be integrated in so far as possible, in order to provide
continuity of observation of patients both in and out of hospital. There must be
an out-patient department or alternative facilities for the provision of
experience in the pre-admission and pre-operative work-up of surgical patients
and for follow-up care on an ambulatory basis.
- Consultation
The program must provide
residents with the opportunity to obtain experience in the provision of a
consultant service in pediatric general surgery to primary care physicians and
other specialists.
- Emergency
Department
The program must provide
emergency experience in pediatric general surgery; consultations and trauma are
sufficient not as a separate rotation but a daily experience.
- Intensive
Care Unit
The program must provide
residents with experience in evaluation and management in a pediatric and
neonatal intensive care unit .
- Supporting
Services — Clinical, Diagnostic, Technical
Liaison with Other
Specialties and Subspecialties
There must be appropriate
liaison with teaching services in pediatrics including subspecialties
(hematology, medical oncology, gastroenterology, respirology, neonatology,
endocrinology, cardiology, nephrology), anesthesia, pathology, radiology, and
other pediatric surgical specialties such as urology, plastic surgery, cardiac
surgery, orthopedic surgery, neurosurgery, gynecology, otolaryngology and
ophthalmology.
ACADEMIC
AND SCHOLARLY ASPECTS OF THE PROGRAM:
The academic and scholarly
aspects of the program must be commensurate with the concept of a university
postgraduate education. The quality of scholarship in the program will in part,
be demonstrated by a spirit of enquiry during clinical discussions, rounds, and
conferences. Scholarship implies an in-depth understanding of basic mechanisms
of normal and abnormal states and the application of current knowledge to
practice.
- Organized
Scholarly Activities
Organized scholarly
activities such as journal clubs, research conferences and seminars must be a
regular part of the program.
- Basic
and Clinical Sciences Relevant to Pediatric General Surgery
The academic program must
include organized teaching in the basic and clinical sciences relevant pediatric
general surgery. The program must have an adequate number of qualified teaching
staff to supervise the residents and to provide teaching in the basic sciences
related to surgery
- Biomedical
Ethics
The academic program must
ensure that residents gain an understanding of the basic principles and practice
of biomedical ethics as it relates to pediatric general surgery.
- Communication
Skills
The program must ensure that
residents learn effective communication skills for interacting with patients and
their families, colleagues, co-workers from other disciplines and students.
Clearly defined educational objectives for teaching these skills and mechanisms
of formal assessment should be in place.
- Patient
Care Team
Residents must be given
opportunities to develop effective skills in collaborating with all members of
the patient care team.
- Teaching
Skills
Residents must be given
opportunities to develop effective teaching skills by teaching junior colleagues
and students, as well as through conference presentations, clinical and
scientific reports, and patient education.
- Management
Skills
Residents must be given
opportunities to develop skills in management as applied to pediatric general
surgery such as efficient practice and records management and the ethical use of
health care resources. Residents should also be prepared for their role as a
health care advocate.
- Quality
Assurance/Improvement
The program must provide
residents with opportunities to gain an understanding of the principles and
practice of quality assurance/improvement. Opportunities should be provided for
residents to participate actively in such programs in their hospital
departments.
- Research
Opportunities for Residents
There must be a faculty
member with the responsibility to facilitate the involvement of residents in
research and other scholarly work. The academic program must provide the
opportunity for residents to learn biostatistics and the critical appraisal of
research methodology and medical literature. Such teaching must include issues
related to age, gender, culture, and ethnicity in research protocols and data
presentation and discussion. Residents should be encouraged to participate in
clinical research during the course of the residency program.
- Faculty
Research
A satisfactory level of
research and scholarly activity must be maintained among the faculty identified
with the program.
- Life-Long
Learning
All programs must promote
development of skills in self-assessment and self-directed life-long learning.
To promote this end, the program should provide opportunities for residents to
attend conferences outside their own university.
SPECIALTY
REQUIREMENTS:
- Certification
in General Surgery.
- Approved
residency training in pediatric general surgery.
PROGRAMS (WITH
TRAINING REQUIREMENTS):
Master of
Surgery(M.S):
Thirty
six months of approved residency training.
Doctor of
Philosophy(Ph.D):
Sixty
months(five years)of approved residency training.