The MGB MLS Training Program is designed to offer students high-quality laboratory science education and hands-on training in a student simulation laboratory. The MLS training program trains future laboratory scientists through a rigorous and integrated curriculum, including hands-on didactic instruction, on-site clinical experiences, and online learning.
The program consists of a didactic training block and clinical training block.
For the first six months, student will learn the fundamentals of medical laboratory science with lectures and hands-on laboratory experiences in each of the major laboratory disciplines. The didactic component of the MLS program has been divided into major and minor coursework. Major courses include Clinical Chemistry, Hematology, Immunohematology, and Microbiology. Minor courses include Introduction to Medical Laboratory Science & Laboratory Practice, Clinical Immunology & Serology, Urinalysis & Body Fluids, Molecular Diagnostics, and Lab Management & Quality. All courses, expect for Lab Management & Quality, will include both in-person lecture and laboratory sessions.
The didactic component of the program is presented with an integrative curriculum, with students taking two major courses and one minor course simultaneously. The courses are mapped in a logical sequence to equip students with the prerequisite knowledge needed to foster connections among each of the laboratory disciplines in our 6-month program. Students must pass each didactic course to progress to the clinical training block of the curriculum.
The clinical training block is a four-month clinical experience at one of the affiliated MGB hospital clinical laboratories. Students will complete rotations in each of the major laboratory disciplines: chemistry, hematology & coagulation, immunohematology, microbiology, and urinalysis. Students will be required to meet specific competencies while on each rotation.
The MGB MLS program is a 10-month, full-time, in-person program. The didactic training block runs Monday through Friday from 9:00 AM to 4:00 PM at the MGB MLS Training Laboratory located in Boston, MA.
While in the clinical training block, students will report to the MGB clinical affiliate for 8 hours, with start times varying from site to site.
Students must complete the entire program to graduate and meet eligibility to sit for a board of certification exam. Criteria for acceptable performance are determined by the student’s academic, practical, and professional performance throughout the entire program. Details and standards regarding academic progression criteria required to complete the program can be found in the Program Policies section of the student handbook.
Upon successful completion of the 10-month Mass General Brigham (MGB) MLS program, students will be awarded a certificate of completion. The program is currently pursuing accreditation through the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS).
The program has received NAACLS "Serious Applicant Status". MGB MLS Program graduates are eligible to sit for the Medical Laboratory Science board of certification exam (BOC) through Route 1 of the American Society for Clinical Pathology (ASCP).
Certification is a voluntary process. We encourage all graduates to seek certification within twelve months of graduation.
Jennifer Nicoloro, PhD, MLS(ASCP)CM
MLS Training Program Director
Nicolas Troisi, MS, MLS(ASCP)CM
MLS Training Program Manager & Clinical Coordinator
Kristin Palladino, MS, MLS(ASCP)CM
BWH Senior Medical Technologist
Elizabeth Szymczak, MS, MT(ASCP)
MLS Training Program Consultant
Colby Alves, BA, MLS(ASCP)CM
MLS Training Program Laboratory Coordinator
Abigail Auger, BS, MLS(ASCP)CM
MLS Laboratory Instructor
MGB Clinical Laboratory Medical Directors, Supervisors, and Senior Techs, in addition to Brigham & Women’s and Mass General Hospital Clinical Pathology residents will provide supplemental lectures in their area of expertise.
Brigham & Women’s Hospital
75 Francis St. Boston, MA 02115
Brigham & Women’s Faulkner Hospital
1153 Centre St, Jamaica Plain, MA 02130
Cooley Dickinson Hospital
30 Locust St, Northampton, MA 01060
Harbor Medical Associates
541 Main St. Suite 114, South Weymouth, MA 02190
Massachusetts General Hospital
55 Fruit St, Boston, MA 02114
2014 Washington St, Newton, MA 02462
81 Highland Ave, Salem, MA 01970
Wentworth Douglass Hospital
789 Central Ave, Dover, NH 03820
MLS.4000 Introduction to Medical Laboratory Science & Laboratory Practice
The course will serve as an introduction to basic clinical laboratory practices and techniques, including principles of laboratory safety, patient confidentiality, specimen collection, handling, and processing, and control of pre- and post-analytic variables. Basic laboratory math concepts and professional ethics will follow. Laboratory exercises will focus on microscopy, pipetting, and solution preparation.
MLS.4100 Clinical Immunology & Serology
Basic immunological techniques will be explored in this course which introduces the fundamental concepts of immunology, focusing on the molecules, cells, and tissues associated with the recognition of substances that can elicit an immune response, the various mechanisms via which immune responses are initiated and executed upon recognition of these substances, and the biochemical and physiological regulatory pathways of immune responses. The applications of immunological principles will be explored through serological methods and antigen-antibody reactions. Serological methods will be elucidated for the diagnosis of infectious and autoimmune conditions and disease.
MLS.4120 Molecular Diagnostics
Topics in molecular diagnostics will be discussed in this course by providing an overview of molecular biology and the clinical application of molecular techniques used to diagnose and manage human disease. Techniques discussed include specimen collection and handling, DNA purification, direct and amplified nucleic acid testing, Southern blot analysis, in addition to semiautomated and automated methods. Students will perform hands on laboratory activities in addition to interpretation of clinical data.
MLS.4130 Laboratory Management & Quality
This course will acquaint the student with the many managerial, educational, technical, and administrative theories and practices, as well as moral and ethical issues that may confront the health care professional functioning within a clinical or research laboratory setting. The course will also delve into the topics of total quality management and the processes and responsibilities associated with it.
MLS.4200 Clinical Hematology
This course will introduce the study of normal and pathologic hematology, with emphasis on hematopoiesis, cellular components, and morphology as it relates to the field of medical laboratory science. Topics include the diagnosis and management of blood cell disorders, the analysis, classification, and monitoring of blood cell abnormalities, and routine and specialized hematology and coagulation testing. In addition, the evaluation of cerebrospinal, serous, and synovial fluids will be discussed. The laboratory portion of the course focuses on routine hematology procedures, including cell enumeration, cell identification, and recognition of abnormalities in both blood and bodily fluids.
MLS.4300 Clinical Chemistry
This course will cover clinically significant lipids, proteins, heme derivatives, hormones, carbohydrate, acid-base balance, and electrolytes. Endocrinology, vitamins, nutrition, therapeutic drug monitoring and toxicology will be included. Principles of test methodology and automation will be covered. Correlation of clinical laboratory data with the diagnosis and treatment of disorders is introduced. Laboratory exercises will reinforce lectures.
MLS.4310 Urinalysis & Body Fluids
This course explores the analysis and interpretation of urine and various body fluids. Through a combination of lectures and practical laboratory exercises, students will develop a thorough understanding of the principles and. The course covers a wide range of topics, including the anatomy and physiology of the renal system, the formation and composition of urine, the identification and significance of normal and abnormal constituents, and the microscopic examination of urinary sediment. Additionally, students will gain practical experience in handling and analyzing other body fluids such as cerebrospinal fluid, pleural fluid, synovial fluid, and peritoneal fluid. With a focus on quality control, safety protocols, and the use of advanced laboratory instruments, students will be equipped with the skills to accurately interpret test results, troubleshoot technical issues, and effectively communicate findings to healthcare professionals.
MLS.4400 Clinical Microbiology I
This course consists of instruction in the basic principles and diagnostic test methods of Clinical Microbiology with a focus on bacteriology. The clinical significance of commonly isolated pathogenic and non-pathogenic bacteria will be covered in detail, along with the laboratory procedures required for routine identification and antimicrobial susceptibility testing of these organisms.
MLS.4410 Clinical Microbiology II
This course consists of instruction in the basic principles and diagnostic test methods of Clinical Microbiology with a focus on mycology, parasitology, and virology. The student will be introduced to the taxonomy, life cycles, clinical significance, and laboratory identification of pathogenic and non-pathogenic fungi and parasites. Virus structure and the association between viruses and clinical disease will also be discussed.
MLS.4500 Clinical Immunohematology
This course explores the principals, techniques, and clinical significance of major blood group antigens and antibodies. Topics will include compatibility testing, antibody screening and identification techniques, blood donation and donor selection, transfusion therapy, record keeping, and quality control. The laboratory portion of the course is designed to provide the student with practical experience with foundational laboratory techniques used in the blood bank. The lab will reinforce lecture concepts, including ABO and Rh typing, identification of other red cell antigens, antibody screening and identification, direct antiglobulin testing, cross-matching, and other advanced techniques.
MLS.4600 Clinical Practicum I: Clinical Hematology & Hemostasis
This course consists of supervised clinical training in the hematology department at an affiliated laboratory. Students will rotate through the core hematology laboratory, including hemostasis. Students will participate and gain hands-on experience with hematology and coagulation instrumentation, quality control, instrument maintenance and operation, result interpretation, critical value reporting, and applying troubleshooting skills to different lab situations.
MLS.4610 Clinical Practicum II: Clinical Chemistry & Urinalysis
This course consists of supervised clinical training in the chemistry and urinalysis departments at an affiliated laboratory. Students will rotate through various benches in the core chemistry lab (elective specifical chemistry lab if available) and urinalysis. Students will participate and gain hands-on experience with multiple clinical chemistry instruments and methodologies, quality control, instrument maintenance and operation, result interpretation, critical value reporting, and application of troubleshooting skills.
MLS.4620 Clinical Practicum III: Immunohematology
This course consists of supervised clinical training in the immunohematology department at an affiliated laboratory. Students will rotate through various benches in the assigned blood bank department. Students will participate and gain hands-on experience with various techniques used in the blood bank to identify antibody/antigen interactions, interpret serologic and clinical data used in the procurement, selection, and preparation of safe blood products for transfusion.
MLS.4630 Clinical Practicum IV: Clinical Microbiology
This course consists of supervised clinical training in the microbiology department at an affiliated laboratory. Students will rotate through the various benches of the bacteriology laboratory. Students will participate and gain experience in performing methods used to isolate and identify clinically significant bacteria, in addition to susceptibility testing. Students will also rotate through either the TB, mycology, parasitology, or virology laboratory.