Pathology Basic Medicine
- Author:
- Kelli Rose
Pathology is the main course for completing basic science courses, and it is a bridge between basic science and clinical medicine. It is the field of studying the etiology and diagnosis of diseases. Pathologists are doctors who diagnose diseases through microscopes and laboratories. They analyze disease mechanisms and how events at the cellular level affect the entire patient.
The pathway is taught in the second year. The focus is to understand the basic principles and mechanisms of tissue and body response to injury and the morphological expression of these responses. In addition to attending lectures, students also work with their tutors in classrooms around the laboratory and clinical pathology meetings. In the pre-clinical years, the department offers various elective courses, such as molecular pathology, immunopathology, autopsy, and neuropathology.
The fourth study and study is the fourth year of biography. Pathology is the only department of basic science and clinical planning in the medical school. The Department of Pathology includes diagnostic services of anatomical pathology (surgical pathology, cytopathology, autopsy, and molecular diagnosis) and the clinical laboratory of Georgetown University Hospital. In addition, the department has also carried out exciting research projects involving cancer molecular and cell biology, in which medical students choose reincarnation to learn the basic principles of medical research.
In addition to teaching medical students, the pathology education curriculum also includes a doctorate. Experimental pathobiology courses, fully accredited inpatient training courses for anatomical pathology, clinical pathology, blood pathology, and blood transfusion medicine, and post-doctoral training programs under research
What does the pathologist do?
A pathologist is a doctor who has undergone postgraduate training in one or more sub-specialties with Free Custom Assignments Online. Service pathologists often perform imaging and clinical work in hospitals (anatomical pathologists, hematologists, clinical biochemists, medical microbiologists, immunologists, and molecular cytogenetics). In many research and teaching. Many medical pathologists have service and academic functions.
Medical scientists trained in pathology also have a service and academic role, including diagnostic laboratories and medical research.
Who teaches pathology?
The academic staff of the Department of Pathology participated in a series of courses related to a wide range of pathology disciplines, including basic pathology in the second stage and more specialized courses in the third stage, which focused on the molecular basis of the disease process such as inflammation and infectious diseases. Musculoskeletal diseases and cancer undergraduate pathology research to remove various disease processes such as inflammation (including infection), wound healing, and cancer examination. Students who are familiar with examining macroscopic specimens and microscopic differences between normal and abnormal cells, tissues, and organs. In our modern teaching facilities, computer-based "virtual" microscopes are used for extensive research on microscopic anomalies. The courts that can be used for pathology allow in-depth study of many fascinating and important diseases and human versions such as meningitis, tuberculosis, autoimmune diseases, congenital diseases, cancer, HIV/AIDS, heart disease, asthma, musculoskeletal diseases, etc." Crazy "cow disease".
Students can obtain advanced training by conducting graduate research courses in the pathology research unit. These units participate in basic and applied research that is vital to our understanding of common diseases such as infectious diseases, atherosclerosis, asthma, colorectal cancer, and arthritis, and the educational effect of breeding in teaching. Please visit the research group section to learn more about current research areas.
Amino acids-the basic building blocks of proteins; there are 20 common types of amino acids, and their order will determine the properties and functions of each protein.
Amine-a chemical substance in the body with a structure similar to ammonia; a family of hormones (adrenal medulla-adrenaline and norepinephrine) or neurotransmitters in the brain (dopamine, norepinephrine, epinephrine, serotonin) .
Amyloid-The extracellular protein substance deposited in amyloidosis. It is a waxy, amorphous, acidophilic, and hyaluronic acid material. When dyed with Congo Red, it exhibits red and green birefringence under polarized light.
Amyloid deposits consist of straight, non-branched fibrils with a diameter of 7.5 to 10 nm and variable length. Each fibril consists of the same chain of cells arranged in a stacked anti-parallel β-pleated sheet (this is the characteristic birefringence under polarized light.
Several precursor proteins are then deposited in tissues as amyloid; amyloid light chain (AL)-immunoglobulin component occurs in multiple myeloma; amyloid-associated protein (AA); amyloid family (AF) )-Abnormal transthyretin.