Training program for clinical master of Internal Medicine 2 Training program for clinical master of Surgery 26
Training content and requirements
Download 2.52 Mb.
|
- Navigate this page:
- Neurosurgery
- Ophthalmology
- Research training (specific requirements seen in general regulations)
- Dissertation defense and degree award
- Degree curriculum design and teaching arrangement (specific requirements seen in the general regulations)
- Clinical skill training
- Training content and requirements Aim of rotation in the discipline of medical imaging
Training content and requirements Oral-maxillofacial surgery Master the etiology, pathogenesis, clinical presentations, diagnosis, differential diagnosis, principles and methods of treatment of common diseases of oral and maxillofacial surgery. Know the relationship between orbit and adjacent organs and their imaging diagnosis, the reconstruction of orbital deformity and emergency treatment of trauma. Learn the diseases and their theoretical knowledge. ENT Have the knowledge of applied anatomy and physiology of ENT, head and neck organs. Have the basic knowledge of common ENT diseases. Know the standardized examination methods and the application of examination instruments of ENT. Learn to identify the normal anatomy, morphology and landmarks of ENT. Master the diagnosis, differential diagnosis and treatment of common diseases. Neurosurgery Leaning of theories Systemically master the basic knowledge and theory of neurosurgery. Master the methods of nervous system examinations and localization and quantitative diagnosis. Be familiar with the diagnosis and principles of treatment of common neurosurgical diseases. Clinical practices Master the skills of writing a medical record correctly; learn to master the skills of neurosurgical history taking and recording. Master the technique of lumbar puncture, interpretation of skull, spinal CT and MRI of common diseases. Ophthalmology Rotation to the following ophthalmologic divisions or subspecialized sections: Outpatient examination room, cornea section, ocular optic section, ocular muscle section, glaucoma section, uveitis section, fundus section, neuro-ophthalmology section, laboratory and ward; auxiliary examinations (ultrasound, visual field, ocular electrophysiology, fundus fluorescein angiography and coherent optical tomography); before performing outpatient minor surgery and microscopic surgery, complete more than 100 eye surgeries in experiments with animals. Aim of rotation Master the anatomy, histo-embryologic and physiochemical knowledge of eye. Master the clinical presentation, diagnosis, differential diagnosis and treatment of common and partial difficult diseases of ophthalmology. Master the mechanism, application and side effects of common ophthalmologic medications. Master the ocular manifestations of systemic diseases Master the basic skills and techniques of ophthalmologic microscope. Basic requirements Diseases to be learned and case number requirements:
Clinical basic skill requirements: Master methods for the measurement of visual acuity, intraocular pressure (IOP); master the use of direct ophthalmoscope and slit lamp microscope; Master the methods of optometry, strabismus and diplopia examinations; Master the operation of microscope and the maintenance methods; Master the procedures in the operating room in ophthalmology; Master the examination method of preset lens, indirect ophthalmoscope, gonioscope and three mirror lens; Master the examination methods and report the results of ocular ultrasound, visual field, ocular electrophysiology, fundus fluorescein angiography and coherent optical tomography; Master the examination methods of optometry, strabismus and diplopia.
Surgical training: After passing amicrosurgery in an animal experiment, trainees can participate in the clinical practice. They should be able to complete the following operations:
Under the guidance of supervisor and doctors, perform or participatein the following surgeries:
Further requirements Diseases to be learnedand case number requirements:
Clinical knowledge and skill requirement: To understand the methods and reporting of the results of ultrasound biomicroscopy and coherent optical tomography. Research training (specific requirements seen in general regulations) The professional clinical medical master’s degree candidates must participate invarious academic activities (case discussion, consultation, lectures, reading, academic conference, etc.) during the period of clinical ability training. At the same time, they should organize and complete at least one case discussion and at least one book reading report. By reading literature and writing of literature review, master the thinking process of topic selection method, learn data collecting, data processing, statistical analysis and other basic methods of scientific research, and cultivate their clinical thinking abilities and analytical abilities. Under the guidance of a mentor, they complete a dissertation highly related to clinical practice and publish at least one case report (including literature review) in statistical source journals. Generally, beingoff-the-job to finish their dissertation should not be arranged for professional clinical master’s degree candidates. Dissertation defense and degree award After they meet all the requirements of this professional training program and pass the integrated clinical skills assessment, they can apply for the dissertation defense. Training program for clinical master of Medical Imaging and Nuclear Medicine Training time: 3 years Degree curriculum design and teaching arrangement (specific requirements seen in the general regulations) Common compulsory courses and optional courses are offered and examinations are arranged by the postgraduate office in the first semester of the first academic year. Professional foreign language and curriculum are offered by respective professionals, and examinations are arranged by respective schools or affiliated hospitals in the second academic year. Clinical skill training Rotation and schedules in Medical Imaging and Nuclear Medicine Department
Rotation and schedules in related departments
Rotation to the subspecialized sections of medical imaging departmentfor 14 monthsis initially required. Then, according to the specific circumstances of the trainees and clinical training base, rotation to related departmentsis feasible. Rotation to internal medicine, surgery, and other non-specific departments for 2 months, respectively, (according to the departments includedin the professional arrangement, including pediatrics, obstetrics and gynecology, neurology and neurosurgery, ear, nose and throat (ENT), and stomatology, etc.)is required. Finally, according to the tutor’s specialty, the trainees continue the training rotation in radiology (including X-ray, CT, MRI and Intervention), ultrasound, and nuclear medicine for a total of 13 months. Training content and requirements Aim of rotation in the discipline of medical imaging: Master and be familiar with the basic theory, basic skills, the basic principles of diagnosis and treatment of common diseases and frequently occurring diseases that are involved in this subject. Understand the daily work procedures, content and related clinical knowledge of each section. Basic requirements Directory: upload -> article -> files upload -> Internship &Volunteer Opportunities upload -> Darwin’s First Principle Rev. Tim Temerson uu church of Akron February 28, 2010 article -> Shanghai International Studies University and University of Bayreuth: ma dual degree structure Program Agreement (1) Language-Interaction-Culture or intercultural Anglophone Studies: ma students from shisu files -> Guidelines for the international students of zhongnan university of economics and law files -> Course information Download 2.52 Mb. Share with your friends:
|